Upload
others
View
4
Download
0
Embed Size (px)
Citation preview
١
����� ��
) ��� ���� ���CV( 1- ���� ���
��� ��� �� � �� �� ��� ����
���� !�� 10/08/1337
���� '(� (�*�� +,!-�./) �123�
'4� 5678� ��9�� �� : � � � '41�
��9��/ ;��� �!<6� ���=��� �>� ?
;@A� � B��/ � ;�=A� �C!D ��- B��� 56-�� ;@A� �- E F175-14115 + �I�
JK�� �@���� / 82883440
�@���� 82883440
6���1=� 52D� 1- [email protected], 2- [email protected]
2- �� ��6�(� M- ��
��6�(� ;��� ;@A� � �� ��6�(� C1�� N��� O� !��
1 ��P��Q B�D �� C���� �!<6� � ���1359
2 ��� ��P��Q :��-�1�Q �� 5PQ ;@A� �- +12�@� �!<6� :�S� �PK� 1363
3 ����� :�1Q� U�Q<@P6Q- +�P� ;@A� �- +12�@� (���=��� � �>� ) �!<6� ;� �./1368
3- ��V� M- ��
56�7� W�� �Q '(� +�9
!�1� ?���=��� � �>� �!<6� � B��� 56-�� ;@A� � 01-12-1368
?���=��� � �>� �!<6� �6A� � B��� 56-�� ;@A� � 06-03-1387
?���=��� � �>� �!<6� �1� B��� 56-�� ;@A� � 17-04-1391
4- �>� X�,� �� 5!�Y
X>,� �� J1��6D +�9
1 + �! �!<6� J>,� 01/01 /1369
2 + �! ��P� ��Q � ��P����- J>,� ;��./1375
3 + �! �6����� � �61D J>,� 1381
5 - �Z6Z(� C*� ���� :4 CP6�9
J!�P
1 ?4 5!9�[�Q ��� ?4�36� ��� ?(�!��� �7- - � �. ?J-�Q �!��� :4 C���) ��� :��/ J� - � �� 5��� C7�\� ] ?4 �^��_/��A� C!
2 �A� �� �(- `! �� �� � �� F �� ����-? �� �=!�1=� :4 + �6� � ?
3 <��* +��� ?+� � :4 �,P� a6� ? :�<6� ���b � ?� ��
3 �,P� a6�SERS?
4 ?�\� �6c �=61D 56d� - :4���- C7�\�� ���
5 ?��� :�� :4��� �-
6 ?J6!D :4�� �!<6�
٢
7 �P�?4� �6� 9 ;�K1� - � �� ��� ; � 9 �!
8 ?;�� - ��� '�7� �-�,� � :�S� �7�\�
9 ��3�(� � �-�,� �,P� a6�Raman �SERS?
10 .�26�PV���1=� f �� :4 g.b � �\� �6c �=61D 56d� - :4�1�� ��� C7�\� � 5��
6- ��A1Q � � �1�
1� + �P W � 53h !�� � ;�>� 4 ��� C6_Y* ;�* W �1� 5h C��
1 C��� B>� J-�Q 5�� 56741 i���12-11-87
4 j4�kD +�9� `��� ;���6!�): >��- 17Pd�
;�>� �� + �! 1062/415 i���17/05/88 (
2 �l�� �m ;��lQ �l>Q Cl- �!6>6l� �l�- :� Ol� g�l�� n126�
�Q ��1Q � - �=!�1=� <��
C���Io 53h38711170 i���05/11/1387 ;�>�
W �1� 53h �1��56744
3 ;���� p � :4 n6� �>Q C- �!6>6� ��- :� O� g��� n126�
<�� �Q ��1Q � - �=!�1=�
C���Io 53h38711169 i���058/11/1387 ;�>�
W �1� 53h �1��56750
4 j4�kD +�9� `��� ;���6!�): >��- 17Pd�
;�>� �� + �! 1721/415 i���03/11/88(
4 :l4�36� ��l� �l6��� 5lIb J6[l� ��1=� C��� 5�� � �m ��
:�>6�D 5!9�[�Q
C���Io 53h387121331 i���26/12/1387 ;�>�
W �1� 53h �1��58412
5 ) n6�1D '6�16� �K2� ���- ���KTP( C���Io 53h387121332 i���26/12/1387 ;�>�
W �1� 53h �1��65810
4 j4�kD +�9� `��� ;���6!�): >��- 17Pd�
;�>� �� + �! 1790/415 i���28/11/1388(
6 J�6l� ��D 5!9�[�Q � �62Q +6� ��D :�>6�D :4�36� ��� �6���
�62Q – J6[� ��1=� q�� C- :�� �62Q
C���Io 53h38802321 i���22/02/1388 ;�>�
W �1� 53h �1��58840
7 m ��� 4�� C7�\� C���: �7�� � al6� 9 ;�K1� - 4���-���
,P�� ��PQ �D rD� �<6�: 4�� �� +� �: ?]-
C���Io 53h388030738 i���22/09/1388 ;�>�
W �1� 53h �1��62590
8 ��lQ �!��l� :4���D �6��� ;�6lA�DNd:YAG nl4 q�� Cl-
;�� s�d �-���
C���Io 53h388090591 i���08/03/1389 ;�>�
W �1� 53h �1��65810
4 j4�kD +�9� `��� ;���6!�): >��- 17Pd�
;�>� �� + �! 9101649 i���14/06/1391(
9 �1!����lQ �6� �l� ClA6� �!��� <1P�Mg2Al4Si5O18 Cl-
� �P6tD q�� CP6I- +/ �1�� :9�
C���Io 53h389030223 i���08/03/1389 ;�>�
W �1� 53h �1��65562
10 C��� ��� 5�� : �- u�* + �P C- �P-�Q :4 C��� ��� 9 ;�K1�
��=6�6� :4
C���Io 53h389010490 i���28/01/1389 ;�>�
W �1� 53h �1��64880
11 �� CA6� <1P�) �1!����Q �6� 2MgO.2Al2O3.5SiO2 - (
'� q�� 9 ;�K� - �^
C���Io 53h389010256 i���21/01/1389 ;�>�
W �1� 53h �1��64615
12 +/ �=61D F �� ����- � ;�Z� � �. ��� <1P� C���Io 53h389030222 i���08/03/1389 ;�>�
W �1� 53h �1��65810
7- �]Z��A4�kD � �>� ��,� �� ;�� Ev �>�
+ �P C7b �� '(�
1 ���>� J6- ��,� �� ;�� Ev �>� �]Z� ;�>� C>6>81
2 ��� � ��,� �� ;�� Ev �>� �]Z� ;�>� C>6>83
٣
8- �>� X�,� �� ;�� C_ � �]Z� 5��I�
+ �P C7b �� '(�
1 � �� ;�� C_ � �]Z� 5��I����>� J6- �>� X�, ;�>� C>6>82
2 ��� � �>� X�,� �� ;�� C_ � �]Z� 5��I� ;�>� C>6>84
9- � �* 5�� �� ! � ;�� �b ��Z6Z(� :Im��
s�� + �P �b '(�
1 u� �� �!� J6-��� �� ;@A� �56- w���B
2 J�6� ��D�62Q 5!9�[�Q :4�36� ��� �6���– Q ) :�� �62PEO-ZnO ��� ?(
C1��D �6� �� :4�36�– ��6�16� �62Q :� � :�� �62Q : C124
)2TiO-ZnO J6[� ��1=� q�� - (
��� �6D ;@A� �– <Q�� :��
3 ���� 5�� �,P� +=� CP6@�� - ;�� B2m :�6���� :44 ���� � 9/ ;@A� �– ���9� �m �
4 ;�K1� ���� �!6>6��6- a6d�� : �- +� � �,P� a6� �6P=� 9 :4
I�/ <!>� � �>6A� <� :�6P-
�� ;@A� �w�� 56-�B – ��� ;@A4�kD
���PI�52!9 � �61�^:��xP�
10- C>b�� ! �(q�@�) g1Q
g1Q + �P �A1� '(�
- - -
11- �� � ;�� �!>P4 � :4 C�� +!D J!�P+!�,A� � �
+ �P C7b �� '(�
1 B��� 56-�� ;@A� � �� ;�� �!>P4 � :4 C�� +!D ;�>� C>6>85
2 I4@A� � �!� �� ;�� �!>P4 � :4 C�� +!D ;�>� C>6>86
12- +!�,A� � ��� � ;�� ;��A� :4 C�� +!D J!�P
+ �P C7b �� '(�
1 :4 C�� +!D� ;��AB��� 56-�� ;@A� � �� ;�� ;�>� C>6>87
2 :4 C�� +!D ;��A�I4@A� � �!� �� ;�� ;�>� C>6>88
13- +!�,A� � ��� � �!>P4 � 5(� :4 C�� +!D J!�P
+ �P C7b �� '(�
1 B��� 56-�� ;@A� � �� �!>P4 � 5(� :4 C�� +!D ;�>� C>6>89
2 I4@A� � �!� �� �!>P4 � 5(� :4 C�� +!D ;�>� C>6>810
14- +!�,A� � ��� � ;��A� 5(� :4 C�� +!D J!�P
+ �P C7b �� '(�
1 B��� 56-�� ;@A� � �� ;��A� 5(� :4 C�� +!D ;�>� C>6>811
2 I4@A� � �!� �� ;��A� 5(� :4 C�� +!D >8 ;�>� C>612
٤
15- +!�,A� � ��� � ;�� �!>P4 � :4�P6>� J!�P
+ �P C7b �� '(�
1 B��� 56-�� ;@A� � �� ;�� �!>P4 � :4�P6>� ;�>� C>6>813
2 I4@A� � �!� �� ;�� �!>P4 � :4�P6>� ;�>� C>6>814
16- � � ��� � �!>P4 � 5(� :4�P6>� J!�P+!�,A
+ �P C7b �� '(�
1 B��� 56-�� ;@A� � �� �!>P4 � 5(� :4�P6>� ;�>� C>6>815
2 I4@A� � �!� �� �!>P4 � 5(� :4�P6>� ;�>� C>6>816
17- ;�� r!��� B���
;�� r!��� B��� + �P ��6�(� X\Z� r!��� '(�
1 ?q7�� � f�� �!<6� ��P��Q @A� �+ �! 57Pd� n� ;
2 ?�>1� �Q �6�=� ��� ��P��Q B��� 56-�� ;@A� �
3 [� =?�!<6���1 ��� ��P��Q B��� 56-�� ;@A� �-+ �I� n�7� 56-�� ;@A� �
4 �>1� �Q �6���1=� ��� ��P��Q B��� 56-�� ;@A� �
5 �<6� ��� ��P��Q (96� j6D) B��� 56-�� ;@A� �
6 ?�<6� �!<6� ��� ��P��Q B��� 56-�� ;@A� ��>� + �I� ���� � 9/ ;@A� � ?
7 ?: C!<,� �[=���1=[� ��� ��P��Q B��� 56-�� ;@A� �
8 ?C1��A6D ��b 5�m �!<6� ��� ��P��Q B��� 56-�� ;@A� �
9 ?C1��A6D � �� F �� :�1Q� � ��� ��P��Q 6-�� ;@A� � B��� 5
10 ?�6�P!���1=� ��� ��P��Q B��� 56-�� ;@A� �
11 ?:�<6� �[=���1[=� ��� ��P��Q B��� 56-�� ;@A� �
12 �!<6� C1��A6D ;@A!�9/ ��� ��P��Q B��� 56-�� ;@A� �
13 >� ) �!<6� �� ;k!� ��8���
��=��� ��(
��� ��P��Q B��� 56-�� ;@A� �
14 C1��A6D �>1� �Q �6�=� ��� ��P��Q B��� 56-�� ;@A� �
15 ;@A!�9/C1��A6D- �!<6� )>� � ��=��� �� ��b 5�m � - I(
��� ��P��Q B��� 56-�� ;@A� �
16 �6����� ��� ��P��Q B��� 56-�� ;@A� �
17 C1��A6D :�<6� �!>� gP6- :�1Q� B��� 56-�� ;@A� �
18 �l>� �!<6� �� ;k!� ��8��
���=��� �
:�1Q� B��� 56-�� ;@A� �
19 1D 6c �6\��� :�1Q� B��� 56-�� ;@A� �
20 :��ll� � �ll=!�1=� :� F �ll�
� ��b
��� ��P��Q B��� 56-�� ;@A� �
٥
18-
19- �_ �b :I16�7�
56�7� +�9 � W��
1 �!�1� ? �6A� � �1� � ;@A� � ?C!D ��� ;�=A� � ?�!<6� j�- ;� �PK� 9 B��� 56-��1368 .
2 ��6�(� �� ��� ��P��Q :�� �� +��9/ �!<6� C1�� ����� C16>Q �� B��� 56-�� ;@A� � ;�P!>�70 – 1369 ��
.a!�� �17Pd ;@A� �
3 �� f��- � < ����� :�1Q� :�� �� +��9/ �!<6� C1�� ����� C16>Q �� B��� 56-�� ;@A� � ;�P!>� ��6�(�70
– 1369 .a!�� �17Pd ;@A� � ��
4 � �l�� ��P��Q X�Z� �� ��AQ 9 f�� �� �� �! '6�(� C- 'c� +!�,A� � �!>4��� �8!� � �!<6� C16>Q 5��D��
;� � ��� ?:�1Q�1369.
5 � � '� � �� �� �! '6�(� C- 'c� +!�,A� � �!>4��� �8!� � �!<6� C16>Q 5��D�� ��P��Q X�Z� �� ��AQ 9 f�
;� � ��� ? :�1Q� � ��� 1370 .�!>4��� C��>� �1� + �P7- ;�� g�1� �
6 ;l>!� ��l q9�l�/ � ylP4�� �� 9� �!�,lA� � 5��7� ?f�� +!�,A� � ��� � B��- 'Q ;� � ?�!<6� C1�� �>� ��A�
1369 ;� 5AI3!�� 5!V�1376.
7 A� � ;�P!>� ��6�(� �� ��� ��P��Q :�� �� +��9/ �!<6� C1�� ����� C16>Q �� B��� 56-�� ;@71 – 1370 ��
.+IKd �17Pd ;@A� �
8 ��6l�(� �l� f�l�- � < ����� :�1Q� :�� �� +��9/ �!<6� C1�� ����� C16>Q �� B��� 56-�� ;@A� � ;�P!>�
71 – 1370 .+IKd �17Pd ;@A� � ��
9 �� ;@lA� � 5l�!� ;�P!>� � B��� 56-�� ;@A� � �>� �64 :Y �4�� ��� �1� C16>Q �� C!D ��� ;�=A� � ;�P!>�
;� J>I- ��QO� C16>Q1374 –1369
10 ;>!� B��� 56-�� ;@A� � �>� �64 :Y J=2� ���7� 5Q�� ?;�!�� �64 r6_� � �Y ?r���1371- ;>!�1375
11 ;� �I� B��� 56-�� ;@A� � ? C!D ��� ;�=A� � C���- � s�� C16>Q �Y1369 ;� �PK� 5!V�1372.
12 ;� +-/ B��� 56-�� ;@A� � C!D ��� ;�=A� � �A4�kD C16>Q �Y1369 ;� �PK� 5!V�1372.
13 �Q +��9/ :� <��- �@P4>4 C2�b �� B��� 56-�� ;@A� � ;�P!>� ��6l�(� �l� �� �l!<6� ��� ��P�72 – 1371 ��
?�IA� ������ ;@A� �
14 +P>� �� q9��/ X1>,� ��=� 9 �!�9- 5Ib �� q9��/ � yP4�� �� 9� 5*� ��9��/ 5��7� z�� 9 �� < ;�P!>�
;� 5AI3!�� ?�!<6� :�6-� ;��� :9 �� ; � 5Ib1370.
15 z�� 9 �� < ;�P!>� �l4<� ;@A� � �!<6� ;��� ��=� 9 �!�9- 5Ib �� q9��/ � yP4�� �� 9� 5*� ��9��/ 5��7�
;��6� ?�!<6� :��-�Q ��P��Q ;��� :9 �� ; � 5Ib (B)1370 .
16 ;� +-/ ?C6��� ;@A� � C- �� q9��/� yP4�� �� 9� �-!9� � ��S��1� z��9 �� < �64�Y74 .
17 ��l� � �*�lZm 5l��7� ?+ �lI� �Il� ���l� : ��l� r�,� ;��� J6>,PD �-�1� ���9- ?+ �I� �I� ���9- �64 �Y
?��AQ �� 9� ?r�,�10 5!V� �PK� 20 ;� �PK� 1374.
18 ;� ��!�I� �� q9��/ � yP4�� �� 9� �4�� ��� �1� �6-�1374 ;� 5AI3!�� 5!V�1376.
19 6-� �� q9��/ � yP4�� �� 9� 'Q + �!�� : ��� �1374 ;� 5AI3!�� 5!V�1376.
20 ?�� q9��/ � yP4�� �� 9� ?'-- �� C��� �@P4�� ?��Z6Z(� ?��9��/ <Q�� 5��D��1374 ;� 5AI3!�� 5!V�1376 .
21 / � yP4�� � �9� :� � �S� s�d � ��2� :��6� :<!� C���-�1��Y ?�� q9��30/10/1374 5AI3!�� 5!V�1376 ?
22 >� ;�P!>�� � 5AI3!�� ?C6���6* ;�* �� �� �! +!�,A� � 5��D��1376 ;� �6� 5!V�1379.
23 ;��6� 9 ?B��� 56-�� ;@A� � ?�!<6� j�- ?�!<6� C1�� ����� C16>Q �Y1379 -… .
24 �!<6� j�- �!����� ;�=A� � ? !�� 9 B��� 56-�� ;@A� � ?C!D15-01-83 5!V� 13-02-85
25 �>� C16>Q �Y J>I- ?+ �! �6����� � �61D r� �KPQ J6>4�9!1383?�1AI- �6I� ;@A� � ?�<6� ;�=A4�kD ?
26 �>� C16>Q �Y >4�9 ��6 J>I- ?+ �! �6����� � �61D r� �KPQ J1384?9 �6� ;@A� � ?
27 �>� C16>Q �Y J>I- ?+ �! �6����� � �61D r� �KPQ J6>4�<6�1385..+ �I� ?+ �! � �-�� �Z6Z(� <Q�� ?
٦
28 �>� C16>Q �Y >4��Iv6�KPQ J J>I- ?+ �! �6����� � �61D r� 1386?+,P2�� (.... U) ��76�� ;@A� � ?
29 {<b ;�� ;�!<��- Ab J6��� ?���- J6ZZ(���P� ;� �P: ?+ �! ��� ��P� C7��� ;k!� �1�: ��I>b 5�!� ?���: .+ �! .
30 �!<6� j�- �!�� !�� 9 B��� 56-�� ;@A� � ?C!D ��� ;�=A� � ?21-01-87 5!V�01-11-1388
31 >� C16>Q �6-�� J>I- ?+ �! �6����� � �61D r� �KPQ J6>4�<�D1387;@A� � ? ?+IKd
32 �>� C16>Q �Y >4�<��6 J>I- ?+ �! �6����� � �61D r� �KPQ J1388 ;@A� � ?!?�<
33 ���=��� � �>� �!<6� C�� '�� �6-��� !�� 9 01 /06 /1388
34 �� 9� ;9�m 'Q�!�� � �!9� ��A����P� � �Z6Z(� ?��� �� 9� ?: !�� 9 ?17-08-88 5!V�02-06-1392.
35 � � ;�!�� �64 �Y+ �! �6����� � �61D J>,� r6_� u! !�� 9 19-05-1389 V�! 517-07-1392?
36 �>� C16>Q �Y J6>>4�K4 J>I- ?+ �! �6����� � �61D r� �KPQ1389 ?- <Q��6��>� J� ̂�l��P=� � ��l�: D lA6 � C1��
(� ���6\� +4�– +��Q.
37 P� �64 �Y :'- 9 ;@A� �
38 '- 9 ;@A� � :P� �64 �>_ � +�626>Q r6_� �� 9 ! 12-11-88 V�! 507-10-92
39 �Y:����!�� ;@A� � :P� �64 �!!�� ��� ��I- v �� 9 ! 23-06-89 V�! 5
40 :����!�� ;@A� � :P� �64 �>_ � +�626>Q r6_� �I-v �� 9 !V� ! 507-10-92
41 �Y+12v��- � +126� ;@A� � :P� �64
42 +12v��- � +126� ;@A� � :P� �64 �>_ � +�626>Q r6_� �� 9 ! 12-11-88 V�! 507-10-92
43 �� q9��/ �-!9� � ��S� �� : ��� �Y :��P� � �Z6Z(� ?��� �� 9� �� 9 ! 26-10-88 V�! 503-06-92
44 ��� :��P� : ��� �Y )IT( �� 9�:��P� � �Z6Z(� ?��� �� 9 ! 27-10-88 V�! 527-10-91
45 '��6c �P� �D C16>Q �Y �� 9� :��P� � �Z6Z(� ?��� ��9 ! 18-11-88 V�! 503-06-92
46 + �! �6����� � �61D r� �KPQ J6>4�K4 �>� C16>Q �Y
47 �Q �Y�b�� :4 ���2� �- ��S� ;��� :��P� � �Z6Z(� ?��� �� 9� �� 9 ! 25-03-89 V�! 503-06-92
48 ;<6>� �64 �Y ?: C124 +�P� � ��� ;@A4�kD+ �! �>� :^�� +�9� �� 9 ! 05-02-89
49 :� � �K��� C- ���6�� �S� �!�,� �64 ��d �Y � �Z6Z(� ?��� �� 9� :��P� �� 9 ! 23-04-89 V�! 523-04-92
50 B��� 56-�� ;@A� � ��� ����� C16>Q �Y �� 9 ! 08-02-89 V�! 508-02-91
51 C!D ��� ��6>=� ��6�(� ;@A� � ;<6>� �64 �Y– +,�9 �� 9 ! 26-10-89 �26-10-91
52 C6��� ;@A� � :P� �64 �Y �� 9 ! 19-03-89 V�! 519-03-93
53 ;@A� � ;<6>� �64 �Y <!�3�17-02-91 5!V�17-02-93
54 ;@A� � ;<6>� �64 �Y +12v��- � +126� �� 9 ! 05-08-89 �05-08-91
55 C!D ��� ����� +�62>Q �Y :��P� � �Z6Z(� ?��� �� 9� �� 9 ! 21-11-88 �
56 >�! � �� 9� ;�P-� +PQ�Q jP!<� :<Q�� �64 �6 - :��P� � �Z6Z(� ?��� �� 9� 17-08-88 V�! 506-07-92
57 r6_� u_� 46�� �! ;� + �! �6����� � �61D J>,� �� 9 ! 19-05-89 V�! 523-06-92
58 ��AQ :9� u�P� :�6@6D� �@P4>4�1��� :��P� � �Z6Z(� ?��� �� 9� ;�P!>�- +�9� ��AQ �12!<I- �02-06-92
59 �64 �Y ;<6>� ;@A� � �PI� �17Pd)<!�3�( 9 ��! 10-04-91 �10-04-93
60 +12v��- � +126� ;@A� � ?C!D ��� ����� +�626>Q �Y 9 08-05-91 �08-5-93
61 � �64 :Y gOb <Q�� ?C!D ��� ;��� �>� �!� �� ����- ;����Q �Y�> �03-06-92
62 ;@A� � ;<6>� �64 �Y �� 9 n*! 29-02-92 29-02-94
62 r6_�46�� �! ;�+ �! �6����� � �61D J>,� �� 9 ! 23-06-92 - ...
63 ��!� ;��� �6<!>� �� ��=��� ��� j�- ?6<!D ��� ;�=A� � ?�!-�� ;@A� � ?C6�� 9 B��� 5! 23-09-92� 02-10-94
64
65
��� '6>=� !�� 29/06/1394
٧
���� ���
�� ���� ���� ��
��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( by Rasoul rs published in Scientific JournalsPape
MALEKFAR
Author(s) Title Journal Volume Pages Year Publisher
1 Malekfar, R. &
Sherman, W.F.. Optical and dielectric parameters of
KAl(SO4)2.12H2O derived from IR reflection measurements,
Journal of Molecular
Structure,
Vol. 247 343-354 1991 Elsevier
2 Malekfar, R.; et
al. High-pressure Raman Study and pressure-
induced phase transitions of sodium niobate
NaNbO3
Journal of Raman
Spectroscopy,
Vol. 31 439 - 443 2000
John Wiley
& Sons
3 Malekfar, R. &
Hatefi, Y.
Open atmosphere laser patterning of RBCO
high –temperature superconductors,
Superconductor Science and
Technology
17 155-159 2004
Institute of
Physics, UK.
4 R. Malekfar and
B. Abbasi
The growth and Raman scattering studies of
TGSP crystal as the room temperature
infrared detector,
Infrared Photoelectronics Vol. 5957 348-359 2005 SPIE- The
International
Society for
Optical
Engineering
5 M. Hadi, A.
Rouhollahi, M.
Yousefi, F. Taidy
and R. Malekfar,
Electrochemical characterization of a
Pyrolytic Carbon Film Electrode and the
Effect of Anodization
Electroanalysis 18 (8) 7870792 2006 John Wiley
6 R. Malekfar and
B. Abbasi
Raman spectra of mono and tri-glycine
sulpho-phosphate (MGP & TGSP)
single crystals at various H3PO4
concentrations,
Asian Chemistry Letters Nos. 3 and 4
Vol. 10
1-7 2006 Anita
Publications
7 R. Malekfar,
A. Daraei and A.
Abbasi
The investigation of phase transitions of TGS
crystal doped with cobalt phosphate by
Raman scattering spectroscopy at low
temperatures,
Asian Journal of Physics 16 7-12 2007 Anita
Publications
8 R. Malekfar and
M. Rezvani Jalal
The study of Raman, FT-IR reflection and
transmission spectroscopy
of acidic α-LiIO3 crystal and its
birefringence properties,
Asian Journal of Physics 16 1-6 2007 Anita
Publications
٨
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
9 Malekfar, R. &
Badrouj, M., The pH effects on the growth rate of KDP
(KH2PO4) crystal by investigating Raman
active lattice modes,
Journal of Raman
Spectroscopy,
Vol. 38,
No. 8,
439-443 2007 John Wiley
10 Ghamami, S.;
Malekfar, R.; et al. Synthesis, Characterization, 81Br NMR and
electronic Spectra of [(C4H9)4N][CrO3Br]
and [(C4H9)4N][FeCl3Br],
Asian Journal of Chemistry, Vol. 20 439 - 443 2008
11 Ghamami, S.;
Malekfar, R.; et al. �Synthesis and Characterization of two new
bromo complexes, [(C4H9)4N][MoO3Br] and [(C4H9)4N][AlCl3Br],
Inorganic Chemistry: An
Indian Journal
10 155-159 2008
Institute of
Physics, UK.
12 Rasoul Malekfar
and Ali Daraei Raman Scattering and Electrical Properties
of TGS:PCo (9%) Crystal as Ambient
Temperature IR Detector
ACTA Phyisca Polonica A 114 (No.4) 859-867 2008 Polish
Academy of
Sciences,
Institute of Physics
13 Rasoul Malekfar,
S.A. Babanejad and
S.M.R.
Seyyedhosseini
Dispersive Micro Raman Back-Scattering
Spectroscopy Investigation of Arc Discharge
Synthesized CNTs Doped by Boron and
Nitrogen
ACTA Phyisca Polonica A 116, (No.2) 217-220 2009 Polish
Academy of
Sciences,
Institute of Physics
14 R. Malekfar,
A. Cheraghi,
G. Ahmadi,
M. Khanzadeh
Raman Spectra and Structural Data of the
Nanocrystalline KTP (KTiOPO4)
Synthesized by Pechini Method
ACTA Phyisca Polonica A 116
1073-75 2009 Polish
Academy of
Sciences,
Institute of
Physics
15 R. Malekfar,
G. Ahmadi,
A. Cheraghi,
J. Rohollahnejad,
F. Sahraiyan,
M. Khanzadeh,
Micro-Raman scattering of KTP (KTiOPO4)
nanocrystallites synthesized by modified sol-
gel Pechini method,
Vibrational Spectroscopy 51 308-312 2009
Elsevier
٩
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
16 R. Malekfar and S.A. Bagheri,
Investigation on optical properties in the surface of KClXBr1-X mixed crystals
irradiated to gamma radiation (A new approach)
Iranian Journal of Radiation Research
7 (3) 165-169 2009
ISSN: 17284554,
17284562
17 Malekfar, Rasoul,
Sahraiyan, Fatemeh,
Motahari, Hamid,
Rohollahnejad, Jalal
Raman, dielectric and optical
investigation of DLC thin films,
Surface Review and Letters 16 (Issue 5) 731-736 2009
World
Scientific,
18 M. H. Majles Ara, S.
Mehrabani and R.
Malekfar,
Phase Conjugation Using Four-
WaveMixing in Fast Green FCF Dye-
Doped Gelatin Film
Advances in nonlinear
optics
Doi:
10.1155/200
9/371974
4 pp. 2009
Hindawi
Publication
Corporation
19 Neda Baheri,
Mohammad Hossein
Miran Beigi, Rasoul
Malekfar
Applying Principle Component Analysis for Detecting Skin Damage Caused by Using
Detergents: A Raman Spectroscopy Study
International Conference on
Information Management and
Engineering
(ICIME 2009)
Full paper (IEEE
conference
series)
(3-5 April 2009)
267-270
3-5 April
2009
2009 Kuala
Lumpur,
Malaysia
,
IEEE Computer
Society
20 Neda Baheri,
Mohammad Hossein
Miran Beigi, Rasoul
Malekfar
Improved Skin Xerosis detection by
combinig extracted features from Raman
spectra,
Applied Sciences in Biomedical
and Communication
Technologies, ISABEL, 2nd
International Symposium,
Full paper,
(IEEE
Conference
series)
6 pp. (24-27
November
2009)
2009 Bratislav
a, Slovak
Republic
IEEE
21 Rasoul Malekfar,
Nasim
Mohammadian, Sara
Abbasian and
Fatemeh Sadeghi,
A back scattering laser Raman
combination method of EFIRS and SERS
to study TiO2 nanoparticles
Alloys and Compounds 488 325-327 2010
Elsevier,
١٠
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
22 Rasoul Malekfar,
S.Ahad Bagheri, Gamma radiation dosimetry using
transmission and reflection spectroscopy
of KClx Br1-x as TL crystals
European Physical Journal of
Applied Physics
-EPJAP
49 30902P1-
30902P5 2010
Cambridge
University
Press
23 R. Malekfar, A.M.
Nikbakht, S.
Abbasian, F. Sadeghi,
M. Mozaffari
Evaluation of tomato juice quality using
Surface Enhanced Raman Spectroscopy
(SERS)
ACTA Phyisca Polonica A 117 333-335 2010
Polish
Academy of
Sciences,
Institute of Physics
24 Rasoul Malekfar,
M. Hassan Rajabi
and M. Hossein
Majles Ara,
Structural and Optical Characteristics of
Silica Nano- tubes Using CNTs as
Template
Nano – Micro letters
Vol. 2, No.
4
268 - 271 2010
ISSN: 2150-
5551
25 A.M. Nikbakht, T.
Tavakoli,
R. Malekfar,
G. Ghobadian,
Nondestructive Determination of Tomato
Fruit Quality Parameters Using Raman
Spectroscopy,
Journal of Agricultural
Science and Technology
(JAST)
Vol. 13
No. 4
517- 526 2011
Tarbiat
Modares
Universtiy,
26 R. Malekfar
and S. Arabgari, Temperature effects on the structure and
surface morphology of Nd:YAG
nanocrystallites
Current Applied Physics 11 1077-1082 2011
Elsevier,
27 S. Arabgari,
R. Malekfar and
K. Motamedi
Parameters effects on the surface
morphology and structure of Nd:YAG
nanopowders synthesized by co-
precipitation method
Journal of Nanoparticle
Research
13 597 - 611 2011
Springer-
Verlag
١١
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
28 M.H. Majles Ara,
M. Afsary, M.
Hatami, R. Malekfar, P.
Boroojerdian
Investigation of third-order nonlinear
optical properties of lead sulfide
nanoparticles
Optics and Precision
Engineering
Vol. 19 –
No. 9
2242 -
2246 2011
Oriprobe
Information
Services,
Inc.
29 Hamid Motahari
and Rasoul
Malekfar
The distance effects investigation on the
quality of DLC thin films produced by
HWCVD technique
International Journal of
Materials Engineering and
Technology
Volume 6,
Issue 2 (October 2011)
133-141 2011
Pushpa
Publication
House
30 S. Basir Jafari,
R. Malekfar,
S.E. Khadem
Radial breathing mode frequency of
multi-walled carbon nanotubes via
multiple-elastic thin shell theory
International Journal of
Nanoscience and
Nanotechnolgy
Volume 7,
No.: 3
137-142 2011
IJNN, IR
Iran
31 Babak Parvin,
Rasoul,Malekfar, Two different regimes in a V-type three-
level atom trapped in an optical cavity
Journal of Modern Optics Vol.59,
Issue 9
848-857 2012
Taylor &
Francis
32 S. Basir Jafari,
R. Malekfar,
S.E. Khadem
Modeling of the microstructure of carbon
nanotube with two nonlocal elasticity
theories.
Journal of Applied Physics Vol. 111
Issue 3 p. 034315-
034315-6
2012 American
Institute of
Physics
33 Babak Parvin, Rasoul
Malekfar,
The behavior of a system with one atom
confined in a Fabry-Perot optical cavity
with a nonlinear mirror
The European Physical
Journal D,
Atomic, Molecular,
Optical and Plasma
Physics
Vol. 66, No. 6
1-6 2012
EDP Sciences,
Springer-
Verlag
34 S. Basir Jafari, S.E.
Khadem,
Rasoul Malekfar,
A comprehensive study of sound
pressure in a finite-length fluid-filled
multi-walled carbon nanotube,
Ultrasonics 52 655-662 2012
Elsevier
١٢
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
35 H.R. Darabi, M.J.
Tehrani, K.
Aghapoor, F.
Mohsenzadeh,
R. Malekfar
A new protocol for the carboxylic acid
sidewall functionalizaion of single
walled carbon nanotubes,
Applied Surface Science 258 8953-
8958 2012
Elsevier
36 S. Basir Jafari,
R. Malekfar,
S.E. Khadem
Low loading of carbon nanotubes to
enhance acoustical properties of
poly(ether)urethane foams,
Journal of Applied Physics 112,
Issue 10
104312-
104312-8 2012 American
Institute of Physics
37 Babak Parvin,
Rasoul Malekfar, The nonlinear effects over time evolution
of a three-level atom confined in a single
mode optical cavity,
Journal of Modern Optics, Vol. 59,
Issue 1,
1841-1855 2012
Taylor &
Francis
38 M. H. Majles Ara,
H. Naderi,
A. Mobasheri,
M. H. Rajabi,
R. Malekfar,
E. Koushki,
Characterization and Nonlinear Optical
Properties of PVP/TiO2 Nano-fibers
Doping with Ag Colloid Nano-particles
Physica E,
Low-dimensional Systems
and Nanostructures
48 124-127 2013
Elsevier
39 S. Basir Jafari,
S.E. Khadem,
R. Malekfar
Radial breathing mode frequencies of
carbon nanotubes for determination of
their diameters,
Current Applied Physics Vol. 13,
Issue 3,
594-598 2013
Elsevier
40 S. Basir Jafari,
S.E. Khadem,
R. Malekfar
Validation of shell theory for modellng
the radial breathing mode of single
walled carbon nanotube (Research note),
International Journal of
Engineering
Transactions
A, Basics,
Vol. 26- 2
661-670 2013
Materials
and Energy
Research
Center
١٣
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
41 Somaiyeh Adibi,
Najmeh Adibi,
Rasoul Malekfar and
Saeid Davatolhagh
Structural, morphology and optical
properties of ITO/PEDOT:PSS and
ITO/Ag nanoparticles/PEDOT:PSS thin
films
The European Physical
Journal Applied Physics
61,
Issue 3
DOI:
30301
(6 pages)
2013 EDP
Sciences
(Cambridge
Journals)
42 S. Basir Jafari,
S.E. Khadem,
R. Malekfar
Determination of the inner diameter of a
double-walled carbon nanotube from its
Raman spectra
Journal of Applied Physics 113, Issue 6
DOI:
10.1063/1.4
790162
(7 pages)
2013 American Institute of
Physics
43 S Z. Mortazavi, P.
Parvin, A. Reyhani,
R. Malekfar and S.
Mirershadi
Hydrogen storage property of laser
induced Pd-nanoparticle decorated multi-
walled carbon nanotubes
RSC Advances, 3,
2013
1397-1409
DOI:
10.1039/C2
RA22224H
2013 RSC
Journals,
UK
44 R. Malekfar, A. Cheraghi, G. Ahmadi,
H. Nanakar, A.
Mansori, A. Amerian
The Elemental Doping Effects on the
Vibronic Properties of Nd: KTP
Nanocrystallites
International Journal of
Nanoscience and
Nanotechnolgy
9,
No.: 3
145-150 Sept.
2013
IJNN, IR
Iran
45 H.Ghanbaria, R.
Sarraf-Mamoory,
J. Sabbaghzadeh,
A. Chehrghanic,
and R. Malekfar
Nonlinear Optical Absorption of Carbon
Nanostructures Synthesized by Laser
Ablation of Highly Oriented Pyrolytic
Graphite in Organic Solvents,
International Journal of
Optics and Photonics
(IJOP)
7 (2) 113 - 124 2013
Iranian
Optics &
Photonics
Society
46 Z. Deghani-Bidgoli,
M.H. Miran Baygi, E.
Kabir, R. Malekfar
A Comparative study between carcinoma
and sarcoma using Raman spectroscopy
Journal of Applied
Spectroscopy
80, No. 6 893-898 2014
Springer
47 R. Malekfar, M.
Nadafan, Z.
Dehghani,
Optical and Physical properties of SiO2
nanoparticles and tetra ortho silicate
doped in polyeurthane foams
International Journal of
Engineering Sciences and
Research Technology
3
No. 2
842-846 2014
ISSN:
2277-9655
48 Z. Deghani-Bidgoli,
M.H. Miran Baygi, E.
Kabir, R. Malekfar
Developing an instrument-independent
algorithm for Raman spectroscopy: A
case of cancer detection
Technology in Cancer
Research and Treatment
13 (2) 119-127 doi:
10.7785/tcrt.2012.50
0373
2014 PubMed
Commons
١٤
� % %��� ����� ��1:
��� ���� ��� � �!� "�#��� )�����% &( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
48 N. Rajabi,
F. Heshmatipour,
R. Malekfar,
H.R. Bahari-Poor,
S. Abyar
A comparative study of dip coating and
spray pyrolysis methods for synthesizing
ITO nanolayers by using Ag colloidal sol
Materials Science- Poland 31 (1), 102-106 2014
Versita
49 Marzieh Nadafan,
Rasoul Malekfar, Ali Izadi-Darbandi, Zahra Dehghani
High loading of SiO2 nanoparticles to
investigate optical and mechanical
properties of polyurethane open cell
Advanced Materials
Research
829 30-35 2014
Trans Tech
Publications
Switzerland
50 R. Malekfar1, M.
Nadafan and Z.
Dehghani
Optical and Physical Properties of SiO2
Nanoparticles and Tetra Ortho Silicate
Doped in Polyurethane Foams
International Journal of
Engineering Sciences &
Research Technology
3 (2) 842 - 846 2014
ISSN:
2277-9655
51 Hadi Zarei,
Rasoul Malekfar
Characterization of CIGS thin films
fabricated from nanoparticles under
selenization process
Advanced Materials
Research
829 357-361 2014
Trans Tech
Publications
Switzerland
52 Z. Deghani-
Bidgoli, M.H.
Miran Baygi, E.
Kabir, R.
Malekfar
Common laser Raman markers for
cancer detection in different tissues
Iranian Journal of Medical
Physics
11 (4) 308-315 2014
Mashhad
university of
Medical
Sciences
53 Akbar Cheraghi,
Rasoul Malekfar
Optical and Structural Characterization
of Nanocrystallites α-cordierite
International Journal of
Optics and Photonics
(IJOP)
8 (1) 49 - 54 2014
Iranian
Optics &
Photonics
Society
54 Z. Dehghani-
Bidgoli, M. H.
Miran Baygi,* E.
Kabir, and
Rasoul Malekfar
A Comperative Study Between
Carcinoma and Sarcoma Using Raman
Spectroscopy
Journal of Applied
Spectroscopy
80 (6) 893 -898 2014
Springer -
Verlag
١٥
� % % ����� �����1:
��� � �!� "�# ��� ���� ) �������% &�( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
55 F. Ashrafi,
R. Malekfar,
S.A. Babanejad,
M. Norouzi
Synthesis of Titanium Dioxide Shell-
Core Ceramic Nano Fibers by
Electrospin Method
International Journal of
ChemTech Research
6 (1) 807 - 815 2014
Sai
Scientific
Communica
tions
56 Marzieh Nadafan,
Rasoul Malekfar,
and Zahra
Dehghani
Nonlinear Optical Properties of Rigid
Polyurethane Foam/SiO2
Nanocomposite
International Journal of
Optics and Photonics
(IJOP)
8 (2) 85 - 94 2014
Iranian
Optics &
Photonics
Society
57 Marzieh Nadafan,
Rasoul Malekfar,
and Zahra
Dehghani
Structural and optical properties of
cordierite glass-ceramic doped in
polyurethane matrix,
AIP Advances 5, 067135
(2015); doi:
10.1063/1.49
22838
067135;
doi:
10.1063/1.4
922838
2015 American
Institute of
Physics
58 Zahra Seidalilir,
Rasoul Malekfar,
Hui-Ping Wu, Jia-
Wei Shiu, and
Eric. W.G. Diau,
High-Performance and Stable Gel-State
Dye-Sensitized Solar Cells Using Anodic
TiO2 Nanotube Arrays and Polymer-
Based Gel Electrolytes
ACS Applied Materials &
Interfaces,
7 12731−
12739
DOI:
10.1021/acs
ami.5b0151
9
2015 American
Chemical
Society
59 Marzieh Nadafan,
Rasoul Malekfar,
and Zahra
Dehghani
Microstructural and nonlinear optical
properties of SiO2 and Al2O3
nanoparticles doped in polyurethane
Journal of Materials
Research
30 (11) 1788 - 1796 2015
Materials
research
Society
60 Marzieh Nadafan,
Rasoul Malekfar,
and Zahra
Dehghani
Determination of Nonlinear Optical
Properties of MgO Nanoparticles Doped
in Poly (Ether) Urethane
ACTA Phyisca Polonica A 128 (1) 29 - 33 2015
Polish
Academy of
Sciences,
Institute of
Physics
١٦
� % % ����� �����1:
��� � �!� "�# ��� ���� ) �������% &�( Continued-1 Papers published in Scientific Journals
Author(s) Title Journal Volume Pages Year Publisher
61 Zahra Seidalilir,
Rasoul Malekfar,
Hui-Ping Wu, Jia-
Wei Shiu, and
Eric. W.G. Diau,
High-Performance Gel-Type Dye-
Sensitized Solar Cells Using Poly
(methyl methacrylate-co-ethylacrylate)-
Based Polymer Gel Electrolyte with
Superior Enduring Stability
Journal of The
Electrochemical Society, 162 (14) H922-
H928 2015
The
Electrochemica
l Society
62 Marzieh Nadafan,
Rasoul Malekfar,
Zahra Dehghani,
and Gh. H.
Khorrami,
Synthesis and Analysis of Optical
Properties of Cordierite Nanopowder
Prepared by the Pechini Method
Procedia Materials Science 11 331 – 335 2015
Elsevier
63
64
64
١٧
:2 ����� �����
��� ) �� � �!� �*%�% ���� +��,� �����% &
Papers presented in International Conferences by Rasoul MALEKFAR
Author(s) Title Conference presentation
Year Place
1 Malekfar, R. &
Sherman, W.F.,
High pressure, low temperature Raman
Spectroscopy of Li2SO4.H2O,
24th European High Pressure
Research Group Meeting,
Full paper 1986 Guilford, UK,
2 Malekfar, R.
&Sherman, W.F.,. Raman Spectroscopy of potassium
aluminium alum at high pressure and low
temperature,
XI AIRAPT International
Association for the Advancement
of High Pressure and Technology,
Full paper 1989 Kiev, USSR,
3 Malekfar, R. &
Sherman, W.F.,.
Raman Spectroscopy of Li2SO4.H2O and
some of its related isotopic substitutions
under high pressures and low temperatures,
XIth International Conference on
Raman Spectroscopy (ICORS XI),
Full paper 1988 London, UK,
4 R. Malekfar and M. Badrouj
The effects of growth condition parameters on the growth rate of KDP (KH2PO4)
crystal by using Raman scattering,
The eighth European Conference on Atomic and Molecular Physics,
ECAMP VIII,
Full paper 2004 Rennes, France,
5 R. Malekfar and
N. Gohari
Solid State interactions of Y2O3/ Al2O3
powders by mechanical mixing
The eighth European Conference
on Atomic and Molecular Physics, ECAMP VIII
Full paper 2004 Rennes,
France
6 R. Malekfar and
N. Gohari
The effect of ball milling on the solid
interactions of alumina- zirconia powders to
fabricate YAG rod
International Conference
on Dynamics of Molecular Systems
(Molec04)
Abstract 5-10
September,
2004
Nunspeet, The
Netherlands.
7 R. Malekfar and
M. Badrouj
Polarized Raman scattering and optical and
dielectric coefficients determination of
KDP crystal,
International Conference on Laser
Probing, LAP 2004,
Full paper 19-23
October
2004
Argonne- Il.
USA.
8 Rasoul Malekfar,
Ali Daraei and
Behnam Abbasi
Growth, property and Raman scattering
studies of TGS:PCo (9%) crystal for
ambient temperature infrared detector
CDAMOP 2006 (2nd International Conference on Current
Developments on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper
(Oral talk)
21-23
March
2006
University of
Delhi, New
Delhi, India,
9 R. Malekfar and
K. Motamedi M.
Raman scattering investigation of Nd:YAG
rods prepared by co-precipitation nano-
sized and solid state reaction powders
CDAMOP 2006 (2nd International Conference on Current
Developments on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper
(Oral talk)
21-23
March
2006
University of
Delhi, New
Delhi, India,
١٨
�� � % %� ����� ��2 ... :��� ) �� � �!� �*%�% ���� +��,� �����% &
… (continued) Papers presented in International Conferences
Author(s) Title Conference presentation
Year Place
10 R. Malekfar and
H. Asadi
Carbon nanotube growth synthesized by
nano and micro sized Al2O3 and Fe2O3
particles prepared by co-precipitation and
solid state reaction powders,
CDAMOP 2006 (2nd International Conference on Current
Developments on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper, 21-23
March
2006
University of
Delhi, New
Delhi, India,
11 Rasoul Malekfar
and Narges
Naghavi,
The activities of external lattice and soft
modes in the Raman back-scattering study
of KDP crystal doped by Fe ion at low
temperatures,
CDAMOP 2006 (2nd International
Conference on Current Developments
on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper,
21-23
March
2006,
University of
Delhi, New
Delhi, India,
12 Rasoul malekfar
and Homa Asadi, Carbon nanotube growth synthesized by
nano and micro sized Al2O3 and Fe2O3
particles prepared by co-precipitation and
solid state reaction powders,
CDAMOP 2006 (2nd International
Conference on Current Developments
on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper,
(Oral Talk)
21-23
March
2006,
University of
Delhi, New
Delhi, India,
13 Rasoul Malekfar,
Ali Daraei and
Behnam Abbasi
Growth, property and Raman Scattering
Studies of TGS:PCo (9%) crystal for
ambient temperature infrared detector,
CDAMOP 2006 (2nd International
Conference on Current Developments
on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper, 21-23
March
2006,
University of
Delhi, New
Delhi, India,
14 R. Malekfar,
and K. Motamedi
Raman scattering investigation of Nd:YAG
rods prepared by co-precipitation nano-
sized and solid state reaction powders,
CDAMOP 2006 (2nd International
Conference on Current Developments
on Atomic, Molecular and Optical
Physics and Applications,)
Full Paper,
(Oral Talk)
21-23
March
2006,
University of
Delhi, New
Delhi, India,
15 Rasoul Malekfar
and Homa Asadi,
The study of different catalysts and grain
size effects on the diameter of CCVD
grown CNTs by back-scattering Micro-
Raman spectroscopy,
4th International Workshop on
Nanoscale Spectroscopy and Nanotechnology,
Oral Talk 17-21
September
2007
Rathen-
Deresden-
Germany,
16 Rasoul Malekfar,
Saeid Arabgari,
K. Motamedi
and B. Parvin,
The study of precipitator concentration
effects on the grain size and molecular
structure of neodymium oxide nanoparticles
by micro-Raman and near normal FTIR
reflection spectroscopies,
4th International Workshop on
Nanoscale Spectroscopy and Nanotechnology,
Oral Talk 17-21
September
2007
Rathen-
Deresden-
Germany,
١٩
�� � % %� ����� ��2 ... :��� ) �� � �!� �*%�% ���� +��,� �����% &
… (continued) Papers presented in International Conferences
Author(s) Title Conference presentation
Year Place
17 Rasoul Malekfar,
and K. Motamedi,
The role of precipitator concentration and
calcinations temperature on the grain size and Raman active modes of nanocrystalline
Neodymium doped YAG powders,
4th International Workshop on
Nanoscale Spectroscopy and Nanotechnology,
Book of
Abstracts
17-21
September 2007
Rathen-
Deresden-Germany,
18 Rasoul Malekfar,
B. Parvin, K.
Motamedi and S. Arabgari,
Micro Raman spectroscopy, SEM and XRD
studies of the effects of calcinations
temperature on nano-sized yttrium oxide powder producd by...
4th International Workshop on
Nanoscale Spectroscopy and Nanotechnology,
Book of
Abstracts
17-21
September
2007
Rathen-
Deresden-
Germany,
19 R. Malekfar, M.
Mozaffari
and S. Mihanyar,
The back scattering micro-Raman
Spectroscopy of different crystalline phases
of TiO2 Nanoparticles produced by Sol-Gel technique,
The 2nd Intrnational Spectroscopy
Conference, AIP
Conference Proceedings
Vol. 935,
25-28
March
2007,
Susse, Tunisia,
20 R. Malekfar
and N. Naghavi, Raman back-scattering spectroscopy of
KDP crystal doped by Fe+3 at low
temperatures in the lower hydrogen bonds region,
The 2nd Intrnational Spectroscopy
Conference, AIP
Conference Proceedings
Vol. 935,
25-28
March
2007,
Susse, Tunisia,
21 R. Malekfar,
S. Arabgari,
B. Parvin,
S. Mihanyar and K.
Motamedi,
Back-scattering Raman scattering and near
normal FTIR reflection spectroscopy
investigation of neodymium oxide
nanosized particles synthesized by low
temperature co-precipitation technique,
The 2nd Intrnational Spectroscopy
Conference, AIP
Conference Proceedings
Vol. 935,
25-28
March
2007,
Susse, Tunisia,
22 R. Malekfar and H.
Asadi,
The Effects of Temperature and Catalyst
Grain Sizes on the Properties and
Characterization of CCVD Grown CNTs Investigated by Micro-Raman
Spectroscopy,
The 2nd Intrnational Spectroscopy
Conference, AIP
Conference Proceedings
Vol.935,
25-28
March
2007,
Susse, Tunisia,
23 R. Malekfar,
S. Arabgari, K. Motamedi, B.
Parvin, M. Farhadi
Synthesis of nano-sized Nd2O3 Crystallites
by Modified Co-Precipitation Methods,
The First Sharjah International
Conference on Nanotechnology and its
applications,
AIP
Conference Proceedings
Vol. 929
10-12
April 2007,
American
University of Sharjah, UAE,
٢٠
�� � % %� ����� ��2 ... :��� ) �� � �!� �*%�% ���� +��,� �����% &
… (continued) Papers presented in International Conferences
Author(s) Title Conference presentation
Year Place
24 R. Malekfar,
M. Mozaffari,
And S. Mihnyar,
Micro-Raman Scattering Spectroscopy of
Nanocrystalline phases of TiO2 prepared by
sol-gel method,
The First Sharjah International
Conference on Nanotechnology and its
applications,
AIP
Conference Proceedings
Vol. 929,
10-12
April
2007,
American
University of
Sharjah, UAE,
25 R. Malekfar, S.
Hosseini, B.
Fakhraei, M.
Khanlary, H. Asadi
and S. Babanejad,
Investigation of Boron and Nitrogen-doped
CNTs by Dispersive Micro-Raman Back-
Scattering Spectroscopy,
The First Sharjah International
Conference on Nanotechnology and its
applications,
AIP
Conference Proceedings
Vol. 929,
10-12
April
2007,
American
University of
Sharjah, UAE,
26 Rouhollahi A.,
Hadi M., yousefi
F., Taiedi R and
Malekfar R.,
Enhanced signal to background ratio with a
highly ordered pyrolytic carbon film as an
electrochemical interfac
International Conf. Analytical
chemistry and chemical Analysis,
AC&CA-05,
Abstract, 12-18
September
2005,
Ukraine,
27 R. Malekfar,
M. Mozaffari
and S. Mihanyar,
Preparation and characterization of
nanocrystalline rutile TiO2 by SEM, XRD
and back-scattering micro Raman
spectroscopy,
ChinaNANO 2007-International
Conference on Nannoscience and
Technology, China 2007,
Oral Talk, 4-6
June
2007,
Beijing-
China,
28 R. Malekfar,
A. Shirpaei,
M. Mozaffari,
Y. Ghasemian S.
Anatase TiO2 nanoparticles phase change
investigation at high temperature by back-
scattering Raman Spectroscopy,
Molec-2008 XVII European
Conference on Dynamics of Molecular
System,
Poster, August
2008
St. Petersburg,
Russia,
29 R. Malekfar,
R. Taghavimendi,
S.M. Hosseini,
A. Khorsandzak.
�Structural variation investigation of PZT
doped with Nb2O5 and Y2O3 by XRD
diffraction and Raman Spectroscopy,
Molec-2008 XVII European
Conference on Dynamics of Molecular
System,
Poster, August
2008
St. Petersburg,
Russia,
30 R. Malekfar,
B. Fakhraei, N.
Hosseinzadehvarag,
The Investigation and Comparison of
MWCNT-TiO2 Nanocomposites
Synthesized by Modified Sol-Gel Method
Second International Congress on
Nanoscience & Nanotechnology Extended
Abstract-
Poster,
October
2008
Tabriz,
I.R. Iran,
31 R. Malekfar,
M. Mozaffari,
Raman Study of Anatase TiO2
Nanoparticles at low temperatures,
Second International Congress on
Nanoscience & Nanotechnology Extended
Abstract-
Poster,
October
2008
Tabriz,
I.R. Iran,
٢١
�� � % %� ����� ��2 ... :��� +��,���� ) �� � �!� �*%�% � �����% &
… (continued) Papers presented in International Conferences
Author(s) Title Conference presentation
Year Place
32 R. Malekfar,
N. Mohammadian, M. Mozaffari,
The effect of High DC Electric Fields on
the Intensities of Raman Active Modes of Anatase TiO2 Nanoparticles,
Second International Congress on
Nanoscience & Nanotechnology Extended
Abstract- Poster,
October
2008
Tabriz,
I.R. Iran,
33 R. Malekfar,
N. Mohammadian,
Electric Field Induced Raman Scattering
(EFIRS) Investigation in TiO2 Nano-
crystallites,
Second International Congress on
Nanoscience & Nanotechnology Extended
Abstract-
Poster,
October
2008
Tabriz,
I.R. Iran,
34 R. Malekfar, N.
Hosseinzadehvarag,
B. Fakhraei,
�Structural and phononic investigation of
MWCNTs-TiO2 nanocomposites by
modified sol-gel method,
Sokendai Asian Winter School,"
Molecular Science on Different Space-
Time Scales
Poster, December
2008
Okazaki,
Japan,
35 R. Malekfar,
G. Ahmadi,
A. Cheraghi,
M. Khanzadeh,
The effects of some rare earth elements
doping on the lattice vibrations of KTP
(KTiOPO4) nanocrystallites synthesized by
Pechini method,
Sokendai Asian Winter School,"
Molecular Science on Different Space-
Time Scales
Poster, December
2008
Okazaki,
Japan,
36 R. Malekfar, F. Ebrahimpour,
Preparation, structural, characterization and
morphology of electrospun zinc oxide
nanofiber composites
Tenth Iberian Joint Meeting on Atomic
and Molecular Physics Oral, 12-15 July
2009,
Santiago De
Compostela,
Spain,
37 R. Malekfar,
G. Ahmadi,
A. Cheraghi,
R. Ahmadi,
Ce: KTP nanocrystalline: Synthesization &
characterization,
Tenth Iberian Joint Meeting on Atomic
and Molecular Physics Oral, 12-15 July
2009,
Santiago De
Compostela,
Spain,
38 R. Malekfar,
F. Sahraiyan,
H. Motahari,
J. Rohollahnejad,
Infrared optical and dielectric properties of
amorphous hydrogenated DLC thin films,
Tenth Iberian Joint Meeting on Atomic
and Molecular Physics, Poster, 12-15 July
2009,
Santiago De
Compostela,
Spain,
39 R. Malekfar,
A. Nikbakht,
F. Sadeghi,
S. Abbasian,
Qualitative parameters investigation of tomato juice by Surface Enhanced Raman
Spectroscopy (SERS),
Tenth Iberian Joint Meeting on Atomic
and Molecular Physics Poster, 12-15 July
2009, Santiago De Compostela,
Spain,
٢٢
�� � % %� ����� ��2 ... :��� ) �� � �!� �*%�% ���� +��,� �����% &
… (continued) Papers presented in International Conferences
Author(s) Title Conference presentation
Year Place
40 R. Malekfar, M. Eijadi,
G. Ahmadi, F. Ebrahimpour,
Synthesis and structural investigation of
zinc oxide nanoparticles
by modified Pechini method,
Tenth Iberian Joint Meeting on Atomic
and Molecular Physics Poster, 12-15 July
2009,
Santiago De
Compostela,
Spain,
41 R. Malekfar,
G. Ahmadi,
A. Cheraghi,
R. Ahmadi,
M. Khanzadeh,
The elemental doping effects on the
vibronic properties of Nd:KTP
nanocrystallites
Nanotech India 2009,
International Conference on
Nanotechnology,
Abstract 14-16
August
2009,
Gokulam Park,
Kochi, India,
42 R. Malekfar,
G. Ahmadi,
A. Cheraghi,
R. Ahmadi,
A. Bahrami Ziarani,
Synthesization of KTP (KTiOPO4) Nanocrystallites by Modified sol-gel
Pechini Method
Nanotech India 2009,
International Conference on
Nanotechnology,
Abstract 14-16 August
2009,
Gokulam Park, Kochi, India,
43 Fatemeh Sahraiyan,
Rsoul Malekfar,
Hamid Motahari,
Jalal Rohollahnejad,
Optical prameters calculation of amorphous
hydrogenated carbon synthesised by TCVD
Nanotech India 2009,
International Conference on
Nanotechnology,
Abstract 14-16
August
2009,
Gokulam Park,
Kochi, India,
44 Rasoul Malekfar,
Ali Nikbakhtb,
Fatemeh Sadeghi,
Sara Abbasiana,
Maryam Mozaffari,
Shirin Mozaffari,
Evaluation of tomato juice quality using
Surface Enhanced Raman Spectroscopy
(SERS)
Nanotech India 2009,
International Conference on
Nanotechnology,
Abstract 14-16
August
2009,
Gokulam Park,
Kochi, India,
45 Rasoul Malekfar,
Farzad Ebrahimpour,
S. Ahmad Babanejad,
M. Reza Khanlari
FT-IR characterization and photoluminescence
properties of PEO / ZnO nanofiber composites
fabricated by electrospinning
Nanotech India 2009,
International Conference on
Nanotechnology,
Abstract 14-16
August
2009,
Gokulam Park,
Kochi, India,
46 Rasoul Malekfar,
Mahsa Eijadi,
Gelavij Ahmadi,
Farzad Ebrahimpour
Synthesis and structural investigation of Zinc
Oxide nanoparticles by modified Pechini
method,
Nanotech India 2009,
International Conference on
Nanotechnology,
Abstract 14-16
August
2009,
Gokulam Park,
Kochi, India,
٢٣
�� � % %� ����� ��2 ... :��� ) �� � �!� �*%�% ���� +��,� �����% &
… (continued) Papers presented in International Conferences
Author(s) Title Conference presentation
Year Place
47 Rasoul Malekfar,
Maryam Yousefpour,
Narges Hosseinzadeh
Banafshehvaragh,
The Synthesis of MWCNT-TiO2/Pt
nanocomposites by sol-gel method and polyol
process and investigation of the photocatalytic
activity changes,
2nd International Conference on
Ultrafine Grained and Nanostructured
Materials
Abstract 14-15
November
2009,
University of
Tehran, I.R.
Iran,
48 M. Hashemi,
H. R. Darabi,
K. Aghapoor,
R. Malekfar
A New Way to Introduce the Thioamide Groups
to Single-Walled Carbon Nanotubes
Third Conference on Nanostructures
(NS2010) Paper 21-19 ���
1388
Kish Island,
I.R. Iran
49 R. Malekfar, M. Yousefpour,
N. Hosseinzadeh,
Banafshehvaragh,
S. Tajiknejhad
Synthesis of MWCNT-TiO2/Ag
nanocomposites by modified sol-gel method
and their characterization by laser Raman
Scattering Spectroscopy,
Third Conference on Nanostructures
(NS2010) Paper 21-19 ���
1388
Kish Island,
I.R. Iran
50 A.Reyhani a,
S.Z.Mortazavi b,
P.Parvin b, R.
Malekfar,
Pulsed laser ablation of Pd target in the aqueous
solution of multiwalled carbon nanotubes to
decorate MWCNTs with Pd nanoparticles for
hydrogen storage
2nd Conference on Laser Ablation and
Nanoparticle Generation in Liquids
ANGEL 2012,
Abstract May, 2012 Taormina,Italy
51 R. Malekfar, H. Zarei Characterization of CIGS thin films fabricated
from nanoparticles under selenization process UFGNSM 2013
(4th International Conference on Ultrafine
Grained and Nano-Structured Materials)
Full Paper
pp. 30-35
Adv.Mat.Res.
Vol. 5
5-6
November
2013
Tehran, I.R. Iran
52 M. Nadafan,
R. Malekfar, A. Izadi
Darbandi, Z. Dehghani
High loading of SiO2 nanoparticles to
investigate optical and mechanical properties of
polyurethane open cell
UFGNSM 2013 (4th International Conference on Ultrafine
Grained and Nano-Structured Materials)
Full Paper
pp. 357-361
Adv. Mat.
Res.Vol.5
5-6
November
2013
Tehran, I.R. Iran
53 M. Nadafana, R.
Malekfara, A. Izadi-
Darbandi, Z. Dehghani
Nonlinear Optical Properties of Polyurethane
Open Cell Containing SiO2 Nanocomposites:
Preparation and Characterization Considerations
5th International Conference on
Nanostructures (ICNS5) Abstract 6-9 March
19, 2014 Kish Island,
I.R. Iran
54 S.A. Habibi,
A. Cheraghi,
R. Malekfar
Nanostructured ferrite synthesis for using as a
microwave absorber 5th International Conference on
Nanostructures (ICNS5) Abstract 6-9 March
19, 2014 Kish Island,
I.R. Iran
٢٤
��� ����� ��3 :
�/% ��� � �!� "�# ���� +��,�
���(���) ���� ����� ���� ��� ��� � �!" #�$% ���& '"��
1 (�'� ')*�+��'$, '%�� -+ .
'/ 0�� 1� 22 ',+ 3�22456�7��84���22� '9 822":; ��22��',+ < &�22� �����= �:,�9 '>�����9
?=.@; �����A/+ B5 -#�8":; ���� ��C?��<+ ��'D4
� �!22222"22
E=< 1�
359 -348 1383 ���� ��C?��<
8":;+ ��'D4
2 '/ 0�� 1� -
58=< <�@��,�,�!B��+
.5 �H �I!$� �5�B�5�+
', . JK�+ �= �7�79 ����+� LMN 25 �2 '2%��� �2, ��/'O5>+ P &� �<�>� �,5�� Q+ ���*�'; R;+ ���� ,
/ S=.@; ����5:�� 0���' 1�8 422-217 ��>��&1387 / U!���5:� 0
����'
3 0�� 1� -+�)� ���D, . '/ ��, + ', . �" TGSP �.<�� &� �8"N ����� �,:�'V-
+��* . +��" ��, ������'�� +��"
1�16 � �!"4
532-523 ��>��&1387
+��" ��, U!���
��'�� +��" +��*.
4 1� . +��;'5" +��
'/ 0�� + ', UD; . +���,�X +��"���� �, Y��B 9�= ����/
9�= ��, ����2TiO M�, 9�=��< < Z��4. &�/ < +��* . +��" ��, ����
��'�� +��"
1�17 � �!"3
395-388 :5��;1388 +��" ��, U!�����'�� +��" +��*.
5 '�� E�! -'/ 0�� 1� - �; Q�5 �
< 'O���!�+��!� -5�� Z+ .����'+
�B R�'� -<�&5[ . �?�, �<�& U
MN�&�\��*���� S� JMWCNT- TiO2 #� ]���� �,ZnS .
�A^?��,�+ P &� �<�>2� �, �N 25Q ��2+ ��2�*�';+ 7 25 :9
�5���� .'8
/ ���� ZA/5:�!4� 0+ .
7�87��+
)1(1 19-13 1388 <�&N ��C?��<
�_�+ – �B�.
1�!" ��'D4
6 ��+ � �!$�54 -J^)85!�*�4 �+
�>?=5<�)V #�', -'/ 0�� 1� -U��� P <', �*5�� Q+ ', < ���� + (5 `'^�'
�='>�� �;9 *5+ C�'/ �X��+
��% . ���� ������a( b+� � .<7 - � �!"4
34-25 ��>��&1389 ��AA^>� U!���
��%��a( b+� �� ��'
,'4 ��C?��< .5 J
Y ��
7 -'/ 0�� 1� �!�V '�5�, � ��+-
'���87 E+� ���9 ��,�X+� �=��9 ���� #� ]���� TiO2 D45 < ��" �
����� �^45� Y�V '>87��8+ .�B9 �5�6.'>
/ ���� ZA/5:�!4� 0+ .
7�87��+ 1.� 1�
� �!"2
7-1 �D,1389 <�&� ��C?��<
�_�+- �B�.1�!" ��'D4
8 ��c=< �'=&+ ,5���+�B �!$� -5 U
�5, ��'5C+/ 0�� 1� -'
. d�'^>���@+ �=9 D,5�', ��9 �!4�P :5�= Q9 J< �, ����
�= ���!� &� ���N9 >�; Q�>^�+ �= e. &� �<�>� �,9 ��N9 �C7� .�>�6 E>50
/ ����5:�8":; 0+ ����' !��)+ –?=.@;+(
� .<8 33-27 1390 / U!���5:� 0
8":;+ ����'
٢٥
��� ����� ��3 :
�!� "�# ���� +��,��/% ��� �
���(���) ���� ����� ���� ��� ��� � �!" #�$% ���& '"��
9 ��c=< �'=&+ ,5���+�B �!$� -5 U�5, ��'5C+'/ 0�� 1� - �7� ���B� -
)*5� ���K �'=�P -'5��
',+ ,'�4+ P &� �<�>�5�� Q+ ^?4 < ���� 5 g��P'
��D� ����+ 8":;+ &�>�+ 4 316-307 ��>��&1389 ��D� U!���+ 8":;+ ����'
10 ��c=< �'=&+ ,5���+�B �!$� -5 U�5, ��'5C+ �7� ���B� -'/ 0�� 1� -
)*5� ���K �'=�P -'5��
^?45P &� �<�>� �, ��>�; ��P' g5�� Q+ ���� 7 ����58":; :+ 4 22-18 1391 <�DX=�C?��<+����
8":;+ ��'D4
11 ')�V 'X�=9� h�'% 1� - ���9 -
?!X5'/ 0�� 1� -�<�& i�)% �
D45� S"�; �5�= �V . ���� &� ��� �!9 �, ��" :>� U/�'�
75 :
��D� . E�� ����+ ��'50 2
� �!"2
96-85 1392 ��' U!���5 0
����'
12 �!$� �H 9 <�= �!$� -Z�9 e�K
� �A�� -'/ 0�� 1� -�H�c4
$>7��,�+�� -+ � �!$�5J^)8
^?45/� g�*�4_5�84 &� �<�>� �, �>�; U5P 05�� Q+
)A� �8)" . ���� +
'?��"�� �5�= U9 & .�?*9 )1( 5 9 -1 4139 �8!= �,9 U!���
��8�5 0����'
13 '/ 0�� 1� . U!>7��,� ��B� JK� 'C�B +>��& +���*�'; ���� �c4 � j>/��k +$l
', j��; 9�= �>K����� Z^�^>� m'c� �" �>/�� ', 9. '>�,
�?5" . �<�>� &� �N 9�', 9&� �8"N 1�87�� Lysine
< Jn�( 9�= E*
:57 < +8":; � .<12 -
� �!"1.2-
15-10 1394 :57 :*'� ��'?�
+8":;
14
٢٦
��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
1 '/ 0�� 1� � �&����5'9 �='>�� �;9 >;�58+ < .9 '>87��8+ �<�>2� �, �= ��,P &�5�� Q+ ,�4&�,+ -:�'V �.<��
!>=5/ R��'�* U5:�� 0�-��' 8�5#M�c� �� 'D"� �1369 ���, ��C?��<+ 5 -��
���!=
2 �� �!$� -'/ 0�� 1� 5 . ��A, U
5'V�, �B� �9-
�X e. ��', �9 o455�'H U�>;� p58+ 2�, #��2��X5P �� 25 Q
��+ ,�4&�,+ -
!=<5/ R��'�* U5:�� 0�-��' 8�5 #M�c� �� 'D"� �1372 &� ��C?��<9 -
-��?���'*
3 -'/ 0�� 1� 5'V�, �B� �9 .
�� �!$�5-��A, U
,'�4 �o7�l�+ � '3�5'>87� ����8+ �2�,�X '2,+� �2=9 P5 2+ <
� . ��= &�6SF
!=<5/ R��'�* U5:�� 0�-��' 8�5#M�c� �� 'D"� �1372 &� ��C?��<9 - -��?���'*
4 �� �!$� -'/ 0�� 1� 5 . ��A, U
5'V�, �B� �9 -
o455�'H U�>;� p58+ < .9 '>87�� 28+ M 2� �2= �9 . _2P q&�2�
��7N5�5 e. �, ��MBB -
�!=<&�5/ R��'�* U5:�� 0�-��' #M�c� �<'?/ 'D"� ��� �1373 -��><'* ��C?��<-d���
5 . '/ 0�� 1� �4�= Q�+- 22=< S,�224 '223� �22o7�l�+ 7225 :9 �=���22 '22,� '22,9 22�*�5�9 X-7O3Cu2Rba
��?��< R��'�*+� / U!���5:�� 0���' 8�5#M�c� �� < .'2222/� ��2222� U
1374
.<'/ ��C?��<+
�D?�
6 -'/ 0�� 1�
�!B����<:+ L ')*� .5� R5�
�P r�lK �o7�l5� �o"� Q��= ���!� R89 ���2 '2,�9 2�*�5 �
) R�3CuO(
!>?=5�!= U���" ��, U!��� S+ ��* .+ ��"+ ����'
#M�c� �<'?/ 18-17 ��222222,N1379
.<'/ ��C?��<+ �D?�
7 '/ 0�� 1�
�7� E�V .� �9 �<�&
P5�� Q+ %�K �, ��, ���� 5>;� J58+ ( 25 2lK '+ 4KtiOAsO
)KTA(
!��;5/ U!��� 1�C� �<�� R��'�* U5:� 0
����'
#M�c� �<'?/ 13-12 ��2222�
1379
&� ��C2222?��<9
��?���'*
8 '/ 0�� 1� (�'� ')*� .+
%�K �, ��, �" 5>;� J58+ (5lK '+ 4KtiOAsO )KTA ( !��;5/ U!��� 1�C� �<�� R��'�* U5:� 0
����'
#M�c� �<'?/ 13-12 ��2222�
1379
� ��C2222?��<&9
��?���'*
9 '/ 0�� 1�
(�'� ')*� .+
5�D!>�9 75N �* �, �<'?/ ��+� �& < 'c>�� M�,5��= . U �!=��; ���� Sc� S��DC�X ��/��; < �9 ���U #M�c� �%_K 23 -22 ��2222�
���1379
��222�� ��C222?��<
�B5(s) U
10 '/ 0�� 1� N'/��=��9 7�45 � �28, - �)�� -�5'9 #�2A^?� -/5:� 28+ P . 25 Q
��+ ���" .+� �� .�5oH ��5��" Q
�!=��; ���� Sc� S��DC�X ��/��; < �9 ���U #M�c� �%_K 23 -22 ��22� ���1379
��222�� ��C222?��<�B5(s) U
٢٧
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S $���� �� ���& ��8�
11 '/ 0�� 1�
4 .5>7�% <�<'+
<���, ��+ ��/��;9 �<�7N5�D9 �X9 �!=��; ���� Sc� S��DC�X ��/��; < �9 ���U #M�c� �%_K 23 -22 ���
���1379
��222�� ��C222?��<
�B5(s) U
12 '/ 0�� 1�
�7� E�V .� �9 �<�&
�D=�C><9 75 �/ 1�c>�� ���:�'V �.<�� � ���� . �!=��; ���� Sc� S��DC�X ��/��; < �9 ���U #M�c� �%_K 23 –22 ���
���1379
��222�� ��C222?��<
�B5(s) U
13 '/ 0�� 1�
� t. 1_X .… <�@� D,5&� ��9 7�4 <5�=&� �8"N '4 ��)�� . '>��& � �9 MCT �2,
�5< ����. �5'>o
�!=��; ���� Sc� S��DC�X ��/��; < �9 ���U #M�c� �%_K 23 -22 ���
���1379
��222�� ��C222?��<
�B5(s) U
14 '/ 0�� 1�
�� �7�6 .9 "5&�'9
3�45, #�'56�7��8+ �� .�5oH ��5����� ��, < ��" Q �!=��; ���� Sc� S��DC�X ��/��; < �9 ���U #M�c� �%_K 23 -22 ���
���1379
��222�� ��C222?��<
�B5(s) U
15 '/ 0�� 1�
4 .5>7�% <�<'+
� �8,5'9 75�= :9 � .��9 7 < S�,5 �2��" JDX ���� ��+�
�<�7N5�D9 �5u�X ���
�!=��=<', �* S9 75� < :5�=.'9 v��� #M�c� �%_K 18 - 17 <�<'2�
���1380
>o�% ��C?��<+
'>"� 07��
16 '/ 0�� 1� .'�9 �=<', �* ',9 75� < :5�=.'9 v��� !=���=<', �* S9 75� < :5�=.'9 v��� #M�c� �%_K 18 –17 <�<'�
���1380
>o�% ��C?��<+
'>"� 07��
17 -'/ 0�� 1�
��5'=��X �H'9 (�'� ')*� .+ �5�= ���'9 7 ���=< ��?=5 :9 )LWR ( �!=��=<', �* S9 75� < :5�=.'9 v��� #M�c� �%_K 18 - 17 <�<'2�
���1380
��C?��<>o�%+
'>"� 07��
18 '/ 0�� 1�
� t. 1_X .… <�@�
75 ; &� �<�>2� �2, :�'V �.<�� ��5 P �>2�5 2+ 7�4 25 &� ��2" �
�!_;9 75 ��84 :
�!=��=<', �* S9 75� < :5�=.'9 v��� #M�c� �%_K 18 - 17 <�<'2�
���1380
>o�% ��C?��<+
'>"� 07��
19 '/ 0�� 1�
.�4�= Q�+
75�= ��9 ;5�; ', �>/'?�7 �5�= :9 �X ���X J7�B� � �!=��=<', �* S9 75� < :5�=.'9 v��� #M�c� �%_K 18 - 17 <�<'2�
���1380
>o�% ��C?��<+
'>"� 07��
20 '/ 0�� 1�
�7� E�V .� �9 �<�&
B�'P+ 5�D!>�9 7 25 :9 2"5!5�+� �D82"�� ���2D�� J2DX9
>�7�,50
�!=��=<', �* S9 75:� < 5�=.'9 v��� #M�c� �%_K 18 - 17 <�<'2�
���1380
>o�% ��C?��<+
'>"� 07��
٢٨
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
21 0�� 1� '/ .�4�= Q�+ ��,9&�975 :9 ��� ',�9 ��<9 ��'$,+ M�,x-7O3Cu2Ba1Y
(YBCO)
!=<5>;� R��'�* U5��4�/. 05� 0���' ���� �7�c� U!D,1382 ���'* ��=��
22 -'/ 0�� 1�
��5'=��X �H'9 (�'� ')*� .+ �5���'�=9 7 d���� ���=< ��?= 25 :9 `'2c4 �_2��.
D�4 < �D�N pA� # .'H. 0"��5���'; #�:
�.<5!�� R��'�* U+ , �*<'9 �w/��= ���� �7�c� <9 ���1382 Y_X� ��' U7�
�_� R��'�*+
23 0�� 1� '/ . d. <�, �!$� ��,�" KDP (KH2PO4) o4.55U �=��9 "�o4 �+ 7�2287��+ �N �<�>22� �22, P &�225Q��22+ ��22�*�';+
-����
7� R��'�*5/ ���5x:�0 �� ��'1383 ���� �7�c� 5-2 'D"� �1383 < `N Jo�% ��C?��
D") [',.5 �
( �\�)�-��'D4
24 0�� 1� '/ '=�� '%�� .9 �=� 22 ',+ � JK�2257 �22�225 :9 YAG &� �<�>22� �22,�= <�; ���X J7�B S�8!=',9 2�*�5��7N �5� 25 . ��
�*�5� ��'>�-E
7� R��'�* < ��" �L� �5/ ���5x:�0 �� ��'
1383
���� �7�c� 5-2 'D"� �1383 ��C?��< `N Jo�%D") [',.5 �
( �\�)�-��'D4
25 0�� 1� '/ ���H <�o�� .+ 1_X P . �" 5Q��+ ���*�';+ %�K �, ��, ���� 5J
>;�58+ (5lK'+ Ba(NO3)2 -
7� R��'�* < ��" �L� �5/ ���5x:�0 �� ��'
1383
���� �7�c� 5-2 'D"� �1383 `N Jo�% ��C?��<D") [',.5( �\�)� �-
�'D4�
26 �)� ���D, . '/ 0�� 1� + P . �" 5�� Q+ ���*�';+ . ���� FT-IR �)�9 ��,
TGSP ��< :�'V �.<�� &� �8"N ����o,9 [�4� �!=<&�5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 15-14 U!D,83 7 ��8?=.@;5 :-
��C?��<
D"5>?D,�+
27 ; �H'�_( -'/ 0�� 1� 5�V'+ *5�9 d. <�, �!$� .
',+ � '3�5 ��:pH ?��X '3� �o7�l� .5�+ '4.< E4�� �" < ED,5( ��, j�5lK'+ KDP(KH2PO4) P &� �<�>� �,5 Q
��+ ���*�';+ -����
�!=<&�5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 15-14 U!D,83 7 ��8?=.@;5 :- ��C?��<
D"5>?D,�+
28 / 0�� 1� ���H <�o�� . '+ 1_X ��, �" a-LiIO3 %�K�,5>;� J58+ (5lK'+ P .5�� Q+ Raman .IR �N �, r�,'�
!=<&�.<5�!= U�S
��" ��, U!���+ ��*.+ ��"+ ��-��'
Z��* �7�c� 15-14 U!D,83 ��C?��<D"5&��=� ��'!��
29 �)� ���D, . '/ 0�� 1� + . �" JDX '3��5'9 . ', ���<9 �" D,5 ��) �$%010(
��,TGSP ����� �, ��< :�'V �.<�� &� �8"N9 [�4�
!=<&�.<5�!= U�S
��" ��, U!���+ ��*.+ ��"+ ��-��'
Z��* �7�c� 15-14 U!D,83 ��C?��<
D"5&��=� ��'!��
30 d. <�, �!$� . '/ 0�� 1� '3�� ��3+Al ( ��, �>K� <5lK'+ )KH2PO4 (KDP �,
� �o"� e�'; &� �<�>X.
!>=5� 1�C� �<�� R��'�* U���' Z��* �7�c� 6 .7 U!D,83 E�� ��C?��<
� Jo�%.���'
٢٩
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
31 �� -'/ 0�� 1� + L� �<+ ���D, .
��)+
', . �" + z��K K',+ �= ��,9 �<����KTGS &� �<�>� �,
P5�� Q+ �" ����
!>=5� 1�C� �<�� R��'�* U���' Z��* �7�c� 6 .7 U!D,83 E�� ��C?��<
� Jo�%.���'
32 ���H <�o�� . '/ 0�� 1� + 1_X >�8".< z��K+ ��,α-LiIO3 ��5�!= U�!�� S+-<', �*9 /5:� 0 ��C?��<D"5-&��=� ��'!� �
+ �%_K Z��* �7�c�
19 .20 ���1383 D" ��C?��<5 �-&��=� ��'!�
33 �c� R�'� . '/ 0�� 1� 9 ',+ A7�K�� '3�+ :�/9 �; Jn�( �, (U=N)5�. ', U9 ��,
KDP P &� �<�>� �,5�� Q+ ���*�';+ ����
�!=<&�5�!=<'� U+� /5:�*'� -1�C� �<�� 0 :
A$45!84 #_5�+ .����&
Z��* �7�c� 5 .6 <�<'K1384 A$4 :*'�5 #_
!845�+ �; ���� <� �.����&
34 -'/ 0�� 1�
�)� ���D,+ �� .+ � �<+�
�>K� �o7�l� . �" 9 ��,MGP P&� �<�>� �,5Q��+
�4'; e�'; . ���� X � �&����.5'9 . �, �N S)lV5 �c�B ��
���!�;
�!=<&�5U �!=<'�+� /5:� :*'� -1�C� �<�� 0
A$45!84 #_5�+ ����&
Z��* �7�c� 5 .6 <�<'K1384 A$4 :*'�5 #_
!845�+ �; ���� <� �.����&
35 -'/ 0�� 1�
�)� ���D,+ �� .+ � �<+�
',+ '3�pH . ',9 ; . �" 5�=���9 ��,TGSP ����o,
��< :�'V �.<�� &� �8"N9 �<�>� �, [�4� P &�5�� Q+ ����
!=< �D�5! U5" ��5!+ :�4�� ����' 8�5�7�c� �� 7 7�+ 9 'D"� ��� �
1384 , ��C?��<5��X'
36 -'/ 0�� 1�
�)� ���D,+ �� .+ � �<+�
',+ !* '3�5� J5'�/ ��. ', 09 ; . �" 5�=���9
��,TGSP ��< :�'V �.<�� &� �8"N ����o,9 [�4�
��M� R��'�* /5:�� 0� ��' Z��* �7�c� 7 �410 'D"� �1384 -��>'7 ��C?��<.<�,N �'K
37 �c� R�'� . '/ 0�� 1� 9 ??* �� �>/ �o7�l�+ � �c>��P < #��/ ��5 R; Q
���*�';+ ��, ���� KDP MN5� �, ��� ��3+Fe �=��< <9
�;5�U
!=<&�.<5>;� ��M� R��'�* U5��4�/ . 05 0����'
�Z��* �7�c 11 �413 U!D,1384 " ��C?��<5&�'
38 -'/ 0�� 1�
��+ � �<+� �)� ���D, .+
� �&����5'9 K',+ �='>�� �;9 /5:�8+P -5�� Q+ *�';���+
�o"� e�'; . ���� X �= ��,9 �" � �>/� TGS:PCo ����o,
�=&� �8"N9 :�'V �.<�� ;5'>87�.'�0
!=<&�.<5;� ��M� R��'�* U>5��4�/ . 05 0����'
Z��* �7�c� 11 �413 U!D,1384 " ��C?��<5&�'
39 �� �!= . '/ 0�� 1� 9 �= �7�7 �o7�l�9 ����+� 7�4 U,'*5 e. �, ��" �CVD .
P5�� Q+ ���*�';+ �=��< < �D�N ���� 9 �;5�U
!=<&�.<5>;� ��M� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 11 �413 , U!D1384 " ��C?��<5&�'
40 �K . '/ 0�� 1� ��!>o� ��9
<�,N�!$�9
� JK�57 ��5 :9 Nd:YAG ���� <�o,� �, #� ] &� �<�>� �,+�
P �o7�l� .5�� Q+ ���*�';+ �=��< < �N ���� 9 �;5�U
!=<&�.<5>;� ��M� R��'�* U5��4�/ . 05 0
����'
Z��* �7�c� 11 �413 U!D,1384 ��<" ��C?5&�'
٣٠
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
41 ��+ � �<+� .
'/ 0�� 1� ', . �" + '>87�.'/ z��K�8+ �= ��,9 TGS
LMN5-J7�)* #��/ �, ��" ��
5!=<:5>;� ��M� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 17 �419 U!D,1385 ��'D4- :*'�
c$45 #�',�^� #�c
����'
42 ��c"�. 'D\+ ��=�'/+7 -5� _5�&'+� -
��5�V �H'�!+ ��=��+ �<��&N �H -
<.'9 -'/ 0�� 1� .
�c��P ��5�= �7�7 ���� Q9 ����+� �,'*+ 7�45= < ��" �5')� �
7�4�*5J�-�>��,�!_; *'4 �2&� �< 257�4�* p5 >2�+ Ni/Co .
Co/Mo �!_; .< <9 �=5-��� N . ��
5!=<:5>;� ��M� R��'�* U5��4�/ . 05 0
����'
Z��* �7�c� 17 �419 U!D,1385 1%�,� - 34�
�5�� ���
% �%��6 71%�
43 27 -'2/ 0�� 1� 5� _5�&' +2� 'D\2 -��c22"�.+ ��22=�'/+ �� .5 �22V �22H'�!+
��=��+8
7�l�'3� �o Fe 7�4�* ����� �,5 �2= �27�7 :>�2 '2, J�9 ���2�+� P |�4 U,'*5�� Q+ ���*�';+ e. &� �<�>2� �2, ��2��
�^45'>87� Y�V ��8+-
5!=<:5>;� ��M� R��'�* U5��4�/ . 05 0
����'
Z��* �7�c� 17 �419 U!D,1385 1%�,� - 34�
�5�� ���
% �%��6 71%�
44 != . '/ 0�� 1� �� �9- ',+ C>�,�.+ �= �7�7 'lV9 ����9 �,'*+ ��" �<�< �" e. �,CCVD 7�4�* �&���� �,5��, ���< �, �= .:9 ����+�-
5!=<:5>;� ��M� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 17 �419 U!D,1385 ��'D4- :*'�
c$45 #�',�^� #�c
����'
45 .'2; 02,�, -'2/ 02�� 1� � o2 -U5 �
'C,'�9 �K .��!>o� ��9- ',+ >;� z��K58+ �= <�;9 ���2�+� 2�*�5��7N �5� 25 ��
7�45 �2=��< < ��" �9 &� �<�>2� �2, Q2�>^�AHC �2,-'C?�*�. �����
5!=<:5>;� ��M� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 17 �419 U!D,1385 ��'D4- :*'�
c$45 #�',�^� #�c
����'
46 � �!=�9 -'/ 0�� 1� . D, . �o7�l�5&� ��9 �2= �27�7 JK�9 ���2�+� �2, U,'2*P &� �<�>�5�� Q+ -���� FTIR �o"� e�'; .X-
7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K 30 U!D, 7�+ 2 ���1385
��'D4– ��C?��<
,'45Y �� J
47 5 �H �!$��5�B�5�+
-'/ 0�� 1� . ', . JK�+ �= �7�7 ����9 MN5� }�2; . � '%��� �, ��
/'O5>+ P &� �<�>� �,5�� Q+ '), . ���� + < �2D�N��<9 �;5�-U
7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K 30 U!D, 7�+ 2 ���1385
��'D4– ��C?��<
,'45Y �� J
48 75� _5�&'+� �5��8 -'/ 0�� 1� .
��= ����/ �o7�l9 >;�58+ �= �7�79 ����+� 7�4 U,'* 25 < ��2" � e. Arc Discharge 7�4�* &� �<�>2� �2,5 �2= J2�9 024
'A��9 Fe 'A��.< .9 Fe/Co P �,5�� Q+ --����
7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K 30 U!D, 7�+ 2 ���1385
��'D4– ��C?��<,'45Y �� J
49 "5� �>5 UD� �
-'/ 0�� 1� .
7�45D, . �5&� ��9 �>K�9 �= ��,9 ����+� TiO2 :�4 . 2� . �
�$45P 0!* �, �D�N Z5�� Q+ �=9 Raman .FTIR- 7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K 30 U!D,
7�+ 2 ���1385 ��'D4– ��C?��<
,'45Y �� J
٣١
� % %��� ����� ��4
���� ) �� � �!� �*%�% ���� +��, �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
50 ��+ �V �H �!+ ��=��+
-'/ 0�� 1� . ',+ �c� .��.'>87� z��K ��+ �2= �27�7 ���2�9 2�,'*+
MN . g7�K5� �=�2% < �2, ��" ��9 �2= E24� &� #.�2>�9 � . � �,5-�6.'>
7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K
51 <.' �<��&N �H 9
-'/ 0�� 1� . �c���= �!_; ��9 �= . ��2� N 257�4 < �� 25 �2= �27�7 �9 ����+� �^4 e. �2, U,'* 25'>87� �� 28+ 2�V+ 2 ', .+
%�AK5� &� �<�>� �, �D�N #�5�.'>87� ~8.'8+ .... .
7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K 30 U!D, 7�+ 2 ���1385
��'D4– ��C?��<,'45Y �� J
52 ��c"�. 'D\+ ��=�'/+
-'/ 0�� 1� . 7�4�* '223� �22o7�l�5�22= J22�9 '22A�� 02249 Ni .Co �22,
*'45'A�� .< #�)9 82?4 < �2D��5 �2= �27�7 Z9 ���2� +2� 22�,'*+ �!22_; .< <9 Ar .He P &� �<�>22� �22,225 Q��+ � -���
7.�5�!= U���?��< S+� .��/9 ����- -�7�c� �%_K 30 U!D, 7�+ 2 ���1385
��'D4– ��C?��<,'45Y �� J
53 '� -'/ 0�� 1� �'n� E9 .
"5� �>5 UD� �8 �o7�l� �455#�' &�/9 ���� �>K� �=9 <9 �*�5 �
45��>5�� �, P5Q ��+ R; ���*�';+ ����
7� R��'�*5/ ���5:�0 1386 ����' -Z��* �7�c� 8-5 'D"� �1386- ��C?��<�-d��
54 �K��!>o� ��9 <�,N�!$�9 .
-'/ 0�� 1� 7�45 ', . �+ ���2� <�2o,� �2, �= ��, �&���� ', ��< #�'3�+� .�522�.'8+ � JK�22 J22DX57 �22�225 :9 Nd:YAG �22,
&� �<�>�SEM P .5�� Q+ ���*�'; R;+ -����
�I.<5�!= U� S��?��<+� .��/9 -���� -�7�c� �%_K 16- 14'D"� �
1386--
��"�* ��C?��<
55 �'^/ � �D,+� '/ 0�� 1� -
'���K �H �!$� .9 - ',+ �= �7�7 ���� z��K9 LMN5 �2, ��B �2, ��2" :>�2
�^4 e. 5'>87� Y �V ��8+- �I.<5�!= U���?��< S+� .��/9 -���� -�7�c� �%_K 16- 14'D"� �
1386-
-��"�* ��C?��<
56 o5'C,'� �9 .
-'/ 0�� 1� � JK�5 �2= �2�9 7 25 :9 Nd:YAG ���2� #� ] &�+� .
� �o"� e�'; &� �<�>� �, �D�N �>K� �o7�l��P . R85 Q��+ �<', R8� . ���� 9 SEM-
�I.<5�!= U���?��< S+� .��/9 -���� -�7�c� �%_K 16- 14'D"� �
1386- * ��C?��<��"�-
٣٢
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
57 �)� ���D,+ .
- '/ 0�� 1� 22 ',+ >;�.'>87� z��22K5228+ �22�,MGP ���22�� �22,
��< :�'V �.<�� &� �8"N9 -[�4� !=< �D�5;� ��M� R��'�* U>5 . 0
��4�/5� 0�-��' -Z��* �7�c� 11 – 9 U!D,
1386
7. ��C?��<5 }�) 'Ao (...�– -�����/
58 ��+ "5�;'+� .
-'/ 0�� 1� ',+ �= q ��, �&���� Sc� .9 ����+� TiO2 1�c>�� <
. �, &�/5P ��5�� Q+ -���� !=< �D�5>;� ��M� R��'�* U5 . 0
��4�/5� 0�-��'
* �7�c�-Z�� 11 – 9 U!D,1386
7. ��C?��<5 }�) 'Ao (...�– -�����/
59 <�=9 -�<�& ��,'V 0�� �l� -S^, t.
�5?!X -�� <�', ��5 -�<�& i�)% �H'�5 -'/ 0�� 1� . ��/��� �
P5�� Q+ �= �a�9 !4� �4';+ ,. 25�� 7 |2�4 E 25 :<�<�9-
!=< �D�5>;� ��M� R��'�* U5 . 0��4�/5� 0��'-�
-Z��* �7�c� 11 – 9 U!D,1386
7. ��C?��<5 }�) 'Ao
(...�– -�����/
60 .'; 0,�,�o . '/ 0�� 1� -U5 �
'C,'�9- �c��� #� ] ��5�.'8+ ���� #� ] �,+� �*�5� ��'>� < E
,� E= e. + � &�5�.'>87� ~8.'8+ ?,. +-
�I�5�!= U���?��< S+� .��/9 -���� �%_K
-�7�c�
20 – 17
U!D,1386-
" ��C?��<5-&�'
61 ��+ � �!$�54 -J^)85�*�4 �!+ �>?=5 #�', -'/ 0�� 1� -U
<�)V���
P &� �<�>�5�� Q+ �', ���� 9 ',+ (5 `'^� '�='>�� �;9 *5+ �5C�'/ �X�� ��+
!��;5�� �'C�* U+ ��D�+ "��+ �=9 & .�?*9 ��8� .5�:5��
Z��* �7�c� 1387 '/ ��C?��<.<+ �D?�
62 X�4 ��X'�5'/ 0�� 1� -0 *'4 JK�5��� ',� #�)9 YBCO ', .+ �, ���/ '3�P &� �<�>�5�� Q+ -����
��M� R��'�*9 /5:�� 0� ��'1387 Z��* �7�c� 'D"� �1387 ��"�* ��C?��<
63 �4�= Q�+� -5" E�5� b5 '%�� -�
)�!DP ��"+'/ 0�� 1� -
�D� .9 �<�& ���.
����-"5��' �?5�= 09 MN h�"5� �, ����= ��9 ��>�M5�9-
��M� R��'�*9 /5:�� 0� ��'1387 Z��* �7�c� 'D"� �1387 ��"�* ��C?��<
64 �B �!$�5 ���! -� N R��� U
��,'D�+ '/ 0�� 1� - ��=�?� d.<:� &�/ >;�58+ < �5� ,N+ 9 ��M� R��'�*9 /5:�� 0���' 1387 Z��* �7�c� 'D"� �1387 ��"�* ��C?��<
65 '��'n� E9 . '/ 0�� 1�
�4 �o7�l�55P #�'5�= Q9 #� ] ���� &�4��N &�/ ���� TiO2 �=��< <9 �;5�-U
� �D�5�!= U���?��< S+� .��/9 -����
Z��* �7�c� 'D�1387 &� ��C?��<9 ��?���'*
٣٣
� % %��� ����� ��4
�� +��,���� ) �� � �!� �*%�% �� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
66 ��+ "5�;'+� .
'/ 0�� 1� �= ��, �o7�l�9 ����+� �4. &�/�< Z9 �*�54 �5��>5 �, ��
P &� �<�>�5�� Q+ Raman ... � �D�5�!= U���?��< S+� .��/9
-���� Z��* �7�c� 'D�1387 �<&� ��C?�9
��?���'* 67 -'/ 0�� 1� �!�V '�5 ��
�, �+!B -5'Dl� �9=�',� <�&'/ -5 E
�)X ���B - �;9 -�=
',+ 3�45$� '5� |5�6.'>+ . ',9 #� ] ���� �>K�
TiO2�^4 <5'>87� Y�V ��8+ P |�45�� Q+ ����
!D�5/ R��'�* U5:� 1�C� �<�� 0����'
Z��* �7�c� 16-15 U!D,1387
D" ��C?��<5 �&��=� ��'!�
68 !B -'/ 0�� 1� 5'Dl� �9
�!�V '�5�, � ��+- M JK�� �TAC ', .+ ��V &.', Z��T �, �N <
P e. &� �<�>�5�� Q+ ���� "
!D�5/ R��'�* U5:� 1�C� �<�� 0
����'
Z��* �7�c� 16-15 U!D,
1387
D" ��C?��<5 �
��=� ��'!�&
69 �)� � � -'/ 0�� 1� 5 -��
V<�% �!P�/+- ���*�'; '3�+ k�c4 � ���� �$l �>/�+ )SERS �, (
-�'c� #� ] ���� &� �<�>� !D�5/ R��'�* U5:� 1�C� �<�� 0
����' Z��* �7�c� 16-15 U!D,
1387 D" ��C?��<5 �
&��=� ��'!� 70 ._���!B� @9 ')*� -'/ 0�� 1� -
(�'�+� --�<�:��K �I!$ 7�45� . ',+ �= ��,����9KTP MN5�'%��� �, �� Ho
. Gd D45 ��" � �; e. �,5�+
!D�5/ R��'�* U5:� 1�C� �<�� 0����'
Z��* �7�c� 16-15 U!D,1387
D" ��C?��<5 �&��=� ��'!�
71 � � �)�5-�� �!P�/ V<�%+-
1� 0�� -'/ ',+ ,'�4+ �5��: 7�o/5J t�l &�' M�� �=9 ����+�
:�/9 < ��P <��5Q �=9 ���*�';+ k�c4 � ��>/� $l+ ���� (SERS)
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
72 �)� ���D,+-
-'/ 0�� 1� ',+ &� �8"N9 ��, :�'V �.<��TGSP ��< <�=9
�;5�U �;!=<:�5U R��'�* >;�50 . ��4�/50
����' Z��* �7�c� 10-8 U!D,
1387 ��D%� ��C?��<
73 ._���!B� @9 -'/ 0�� 1� -
(�'� ')*�+ -<�@� �� t. 1_X -
L�'$% �!P�/5; �'/ U�B -��5 -��
�<�:��K �I!$�-
9�= ��,���� +����/ . 9 �>K� + ', . �57�4KTiOPO4
!=<:��;5U �*R��' >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
٣٤
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
74 ��� '=�,9�!$� - �B5U �5��' ,5C+-
1� 0�� '/ �o7�l� 9 P5Q ��+ �� �� �455#�' �>K� 7�87��+
J�; < Y�!4 �, <���5����*� "5!5�+� !=<:��;5U R��'�* >;�50 . ��4�/50
����' Z��* �7�c� 10-8 U!D,
1387 ��D%� ��C?��<
75 =�',� <�&'/ -'/ 0�� -1� 5 - �; E
._���!B� @9 -�!�V '�5 -�� ', . JK�+ ����/ �>K�+ #� ] ����ZnO �,
P &� �<�>�5�� Q+ �5.'8Raman . FT-IR !=<:��;5U R��'�* >;�50 . ��4�/50
����' Z��* �7�c� 10-8 U!D,
1387 ��D%� ��C?��<
76 1� 0�� ���B -'/ �)X� -�D
�!B� ��'D,+ -�'� !�V5 -��Y�)� '?)�9-
',+ 7� �>K�5&�\��* h��>+ CNT/PVP e. �, .'>87������+ P &� �<�>� �,5�� Q+ Raman
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
77 �B�!$�5U R��� ��,'D� ���!-� N+-
1� 0�� -'/ 7�45� d.<:� &�/ >;�58+ < /5E� �=9 4M65�+ LMN5��
��" �, �5� ,N+ 3
!=<:��;5U R��'�* >;�50 . ��4�/50
����'
Z��* �7�c� 10-8 U!D,
1387
��D%� ��C?��<
78 !5 '$� �'9 0�� 1� -�<�& -'/'���K �H �!$�9 -
#� ] ���� JK�Nd: YAG ,� E= e. �,+ . �o"� e�'; &� �<�>� �, �N �>K� �o7�l�X P .5 Q
��+ ����
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
79 !B5'Dl� �91� - 0�� � � -'/
�)�5�!P�/ -�� V<�%+- M JK�� q&�� �DLC e. �,CVD . ',9 &�M '� �>�5 ', . Z+ P |�4 �N5�� Q+ ����
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
80 -'/ 0�� 1� -<�@� ...� t. 1_X /5)l4 U!7�* '>�5c+ �',9 !^45oV�� U5�o, � J9 h�=�A4 :�'V �.<�� '���>�X <�'9
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
81 -'/ 0�� 1� 5 -<�@��,�, �!B��
5�!$�� �H 5�B�5�+ 7�45��7�7�����=9 NLM5'%��� �, ���. �,5 Y�V e. �, �&.'>
'>87��8+ 7�4�* �wB <5�D>�93O2Al .MgO ', .+ �D�N z��K�, &� �<�>� P5Q��+ R;���*�';+ �� ��
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
82 ��5�$ l7+1� - 0�� -'/ �!$�
�H '���K9 �o7�l� M�� �=9 q&�� ��5�� `' D45� ��" �,
e. PVD
!=<:��;5U R��'�* >;�50 . ��4�/50 ����'
Z��* �7�c� 10-8 U!D,1387
��D%� ��C?��<
٣٥
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
83 ��+ ��!$�51� -J^)8 '/ 0�� -
45 �! �*�4+ �>?=5#�', -U <�)V��� e. P5Q ��+ ���� �',9 ',+ (5`'^�'
�='>�� �;9 *5+ �5�� !=<:��;5U R��'�* >;�50 . ��4�/50
����' Z��* �7�c� 10-8 U!D,
1387 ��D%� ��C?��<
84 !B5'Dl� �9 - �!P�/ -'/ 0�� 1�
�'$%5���'D, �!B� -��+ ���B -
�)X��D
',+ ��%�/ '3�5& �4 pD>�� E�M '� �5�5 < ��8N'/�7�4 ��5/ �5���� Y�!7� U,'* q&�� E�
7.�5� ��, �" R��'�* U���' Z��* �7�c� 17-16 < �� ��� J?D)
1388
���! ��C?��<
85 L�'$% �!P�/5 h'/ 0�� 1� -��
!B5'Dl� �9<�@� �� t. 1_X - M �" ��= �9 q&��DLC e. �,TCVD o4 .55 U�='>�� �;9 >;�58+ < .9 '>87��8+ P &� �<�>� �, �D�N5 Q
��+ ,�4&�,+ FT-IR
7.�5� ��, �" R��'�* U���' Z��* �7�c� 17-16 < �� ��� J?D)
1388
���! ��C?��<
86 !B5'Dl� �9�D� -'/ 0�� 1� -9
'�w(9 �X5�D� -U9 ���B+ ')K � :>�5�= ��, ���� /.'89 �a� p. e. �, Y�!7�9 " �^,5!5�+� 5i�< E
7.�5� ��, �" R��'�* U���' Z��* �7�c� 17-16 < �� ��� J?D)
1388
���! ��C?��<
87 ._� -'/ 0�� 1� ��!B� @9 ')*� -
(�'�+�!B� q��. -9=�',� <�&'/ -5 E �!$� - �;�<�:��K
3�45MN '��<�* 'A�� S5� �8)" #�"�o4 � ', E+� ��, �����=9 KTP �" ��; e. �, �>/�5�+
7.�5� ��, �" R��'�* U���' Z��* �7�c� 17-16 < �� ��� J?D)
1388
���! ��C?��<
88 '���K �H �!$�9�� -5l7 �$+ -
'/ 0�� 1� ',+ �>K� z��K9 >;� .58+ M��= �9 &��7� q5 �
D4 `'5 e. �, ��" �PVD
7.�5� ��, �" R��'�* U���' Z��* �7�c� 17-16 < �� ��� J?D)
1388
���! ��C?��<
89 ._���!B� @9 ')*� -'/ 0�� 1� -
(�'�+-�<�:��K �I!$� - 7�45 �A^?� . ��,�+-�= ��, ����9 KTP ��;!5�!= U���?��< S+� .��/9
-���� Z��* �7�c� 11-9 <�<'K
1388 ���� ��C?��<
8":;+ -��'D4 90 �� �!P�/��� p+ 1� -�I!$�
-'/ 0�� #� ]���� JK�Cu .CuO �^4 e. �,5'>87� ��8+ 'X�c>�� ��5$� < E5�� |� -b
��;!5�!= U���?��< S+� .��/9 -����
Z��* �7�c� 11-9 <�<'K1388
���� ��C?��<8":;+ -��'D4
91 ���B �)X�'/ 0�� 1� -�D / ���� :>�5�=')9 &�\��*��; J5'!9 PVA/CNT �, .'>87� e. �����+-
��;!5�!= U���?��< S+� .��/9 -����
Z��* �7�c� 11-9 <�<'K1388
���� ��C?��<8":;+ -��'D4
٣٦
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
92 )X U�B�!$� -'/ 0�� 1� + �= �7�7���� JK�9 5�54�8+ p7�V &� �<�>� �, h�"�= �7�7����9 �,'*+ �A^?� .�,�+ >;�58+ -�D�N
!=<:��"5>;� R��'�* U5��4�/ . 05 0����'-
Z��* �7�c� 8-6 U!D,1388
��C?��<�<:
93 '/ 0�� 1� '� -� E� - �; Q�
�B R�'�5[ . �?�, �<�& U MN�&�\��* ���� S� JMWCNT-TiO2 #� ]���� �,Ag e. �,Sol-gel �A^?� .�,�+ &� �<�>� �, �N
P5�� Q+ ���*�';+ 75 :9 -����
!=<:��"5>;� R��'�* U5��4�/ . 05 0����'-
Z��* �7�c� 8-6 U!D,1388
��C?��<�<:
94 0�� 1� '� -'/��87 E+� ���9 -
�!�V '�5�, � ��+; �'/ U�B -5�� �= q ��, ���� JK�9 7�4�*�4�/5>�+ �4���>5MN �9 � �, �>/�
�57��$� e. �, �6.'>+ - � �769 �A^?� .�,�+ -�D�N
!=<:��"5>;� R��'�* U5��4�/ . 05 0
����'-
Z��* �7�c� 8-6 U!D,
1388
��C?��<�<:
95 0�� 1� � ��D� -'/�<��9 - ._���!B� @9; �'/ U�B -5��
D45>;� �o7�l� -�58+ �>K� .9 �= q ��, ����9 �*�5 �. 9 �; ��" t_%� e. �,5�+-
!=<:��"5>;� R��'�* U5��4�/ . 05 0����'-
Z��* �7�c� 8-6 U!D,1388
��C?��<�<:
96 '?)� Y�)� -'/ 0�� 1� 9 -
�)X ���B�, �!B� -�D��'D+ &��� �+ ',+ MN�/���� �>K� ', �'c� #� ] ���� S5�=')9
PVP/TiO2 D45 e. �, ��" ������+ '>87��8+ �,P &� �<�>�5�� Q+ Raman-
!=<:��"5>;� R��'�* U5��4�/ . 05 0����'-
Z��* �7�c� 8-6 U!D,1388
��C?��<�<:
97 4 ��DX <�='/ -'/ 0�� 1� 5-�
!B5& �H �� �+(�'� ')*� -+ -
._���!B� @9
�A^?� . JK��,�+ "5��' �?5< �* 0�>+ ,+ Z8"�; e. �,5�+-
!=<:��"5>;� R��'�* U5��4�/ . 05 0����'-
Z��* �7�c� 8-6 U!D,1388
��C?��<�<:
98 '���K �H �!$�9 -5 ��
!5� �5�+ '/ 0�� 1� -�<�& ',+ . J��^H '3�9 �>K� z��K �� .9 M��= �9
q&��ZnO D45 Z e. �, ��" �- -16 !=<:��"5>;� R��'�* U5��4�/ . 05 0
����'- Z��* �7�c� 8-6 U!D,
1388 ��C?��<�<:
99 '���K �H �!$�9 -5 ��
!5� �5�+ '/ 0�� 1� -�<�& ', . :>�+ �>K� z��K9 �*� #� ] ����5. �9
D45 Z e. �, ��" � - 16 �"!=<:�5>;� R��'�* U5��4�/ . 05 0
����'- Z��* �7�c� 8-6 U!D,
1388 ��C?��<�<:
100 !B5'Dl� �9 -
L�'$% �P�/5'/ 0�� 1� -�� 7�45M s�� .< ��. ', ���� Y�!7� U,'* . Y�!7� q&�� �9
�:� u�& <M�/316 ', .+ >^+ .�-�D�N &'8
!=<5! U5�� ��+ ��D�+ vl 8�5�� 30-29
< �� J?D)1388 >o�% ��C?��<+
��D%� 101 '/ 0�� 1� -'>��<�< E�)"
� .5�c4 �!9 �5� ',+ $l z��K+ #� ] ����TiO2 7�45 �, ��"�
= e. 51��'4. � !=<5! U5�� ��+ ��D�+ vl 8�5�� 30-29
< �� J?D)1388 >o�% ��C?��<+
��D%�
٣٧
� % %��� ����� ��4
���� +��,���� ) �� � �!� �*%�% �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
102 )X U�B �!$� -'/ 0�� 1� + &�\��* ���� JK�� J5�5 #�8– �= �7�7����9 �,'*+ R,<�7��$� e. �, � ��+ – � �769
7.�5�!= U�'�' S9 �; ���� Sc�� � .��/ <9 ����
Z��* �7�c� 19-18 ��� ]N1388
���� ��C?��<�B5(s) U
103 '�� E� -'/ 0�� 1� - �; Q�
�B R�'�5[ . �?�, �<�& U &�\��* ���� JK�� JMWCNT-TiO2/Pt .
�A^?��,�+ P �, �N5�� Q+ 75 :9 ���*�';+ ���� 7.�5�!= U�'�' S9 �; ���� Sc�� �
.��/ <9 ���� Z��* �7�c� 19-18 ��� ]N
1388 �< ���� ��C?�
�B5(s) U 104 !5 '$� �'9 -'/ 0�� 1� -�<�&
'���K �H �!$�9 #� ] ���� JK�Nd:YAG e. �,
�;5�+(Pechini) �A^?� .�,�+ �o"� |�4 �NX -�A4� �<','9 SEM P .5�� Q+ ����
7.�5�!= U�'�' S9 �; ���� Sc�� � .��/ <9 ����
Z��* �7�c� 19-18 ��� ]N1388
���� ��C?��<�B5(s) U
105 '���K �H �!$�9 -'/ 0�� 1� -
5���V � a� ��+ P . :>�5�� Q+ �= �7�7����9 �,'*+ " �>K� �, ��
'>87� Y�V e. �8+
�.<5�!= U��� S+ ���� . <��� ����
6�7��849
Z��* �7�c� 16-15
�< � J?D)1389
<�,N Q�� - ����'
106 =�',� <�&'/5'/ 0�� 1� - �; E 7�45/ ���� �5�=')9 &�\��*��; J5'!9 \�.'>87� e. �,5 U �A^?� .�,�+ &� �<�>� �, �D�NSEM -XRD
!>=5�!= U���?��< S+� .��/9 ���� Z��* �7�c� 7-5 <�<'K1389
,'4 ��C?��<5 J Y ��- ��'D4
107 '?)� Y�)� -'/ 0�� 1� 9�D� -9
)X +!B -5 <�� ��9 ',+ MN '3���*� S5<��� ��!5/ ���� �>K� ', ��5�=')9
<9 �*�54 �5��>5D4 ��5 e. �, ��" ������+ '>87��8+ P &� �<�>� �,5� Q�+ Raman .FTIR o4 �,55 U
�'H�>;� p58+
7� R��'�*5/ ���5:�� 0���' Z��* �7�c� 23-20 'D"� ��� �
1389
���, ��C?��<+ 5 ��- ���!=
108 !B � <��5�9�B �!$� -5 R��� U
'?)� Y�)� -� N9 U�B �!$� -
)X +-'/ 0�� 1� -
�A^?� . :>��,�+ >;�58+ 7� ����5 h�2TiO /PVP LMN5L��* #� ] ���� �, ��" ��5�'c� �
7� R��'�*5/ ���5:�� 0���' Z��* �7�c� 23-20 'D"� ��� �
1389
���, ��C?��<+ 5 ��- ���!=
109 '���K �H �!$� -'/ 0�� 1� 9 -
�D��V �5'A9&:o� ��� -9 �!P�/ -
L�'$%5��
D457� ���� �5 h�- PANI - PVP -MWCNT . ',+ >;� z��K58+ �N
7.�5�� R��'�* U+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D, ���1389
; ��C?��<5 �� ��- �<:
110 &:o� ���-'/ 0�� 1� 9�D� -� �
V5'A9K -5��K �7�'� �9 !"���5 -U
5�, �!$� �+ !"�=+ ����K
�A^?� . JK��,�+ 7� ����5&�\��* h��>+ PANI - PVP \� .'>87� e. �,5�5u�
7.�5�� R��'�* U+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D, ���1389
; ��C?��<5 �� ��- �<:
٣٨
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
111 ��5�� '5 �_� -'/ 0�� 1� - �; ���
�VN'/ -����X�!B ��K �)+ D45 ', . �+ >;� z��K58+ �>K� .9 &�\��* ����� J
ZnO/MWCNT 7.�5�� R��'�* U+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D,
���1389 ; ��C?��<5 �� ��- �<:
112 K5��K �7�'� �9 !"���5 1� -U
-'/ 0��5�, �!$� �+ !"�=+
&:o� ��� -����K9
JK� ', .+ M� ��, ���� q&�� �KTP e. |�4'\�9 4�*5u�
7.�5�� R��'�* U+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D, ���1389
; ��C?��<5 �� ��- �<:
113 )B �<�5)+'/ 0�� 1� - �*� #� ] ���� :>�5. �9 7N55��7� �, ��5�5 e. �, ���; ��" t_%�5�+
7.�5 R��'�* U��+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D, ���1389
; ��C?��<5 �� ��- �<:
114 <� �!���)+ #��< -'/ 0�� 1� -
o -�$7�5! -�5<� ��)+ � #� ] ���� :>������*� b�V E5 &�/ S�*�. e. �, �
���X 7.�5�� R��'�* U+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D,
���1389 ; ��C?��<5 �� ��- �<:
115 � U!�58��+ E�)" -'/ 0�� 1� -
'>��<�< �= �'* ���� :>�9 7�K�4+ �*�5� �5Z8 7.�5�� R��'�* U+ .��/ . ����9 ���� Z��* �7�c� 29-27 U!D,
���1389 ; ��C?��<5 �� ��- �<:
116 �D��V �5'A9'���K �H �!$� -9 -&:o� ��� -'/ 0�� 1� 9
D45 �A^?� . ��,�+ 7� ����5&�\��* h���; J5<�= '!9 .�,'* �7�7 ����+
!=<5/ R��'�* U5:� 1�C� �<�� 0/ U!���5:�� 0���'
Z��* �7�c� 7-6 ��� U!D,1389
" ��C?��<5 &�'- "5&�'
117 �C� - �; J!?B � ��/ -'/ 0�� 1�
)X +,N ��� -5 � M ���� :>���= �9 ITO � e. |�4'\9 ;57.'5 :
P+ N'/��*� ��5��5 b�V ��II b�V �, !=<5/ R��'�* U5:� 1�C� �<�� 0
/ U!���5:�� 0���' Z��* �7�c� 7-6 ��� U!D,
1389 " ��C?��<5 &�'-
"5&�' 118 �)� � � -'/ 0�� 1� 5 ��D� -��
V<�% �!P�/ -.'�K+'� -�'n� E9 -JK� �A^?� �,�+ . ',+ ,'�4+ �5��: 7�o/5J
t�l � &�M '� Q�>^� �SERS !=<5/ R��'�* U5:� 1�C� �<�� 0
/ U!���5:�� 0���' Z��* �7�c� 7-6 ��� U!D,
1389
" ��C?��<5 &�'- "5&�'
119 4 ��DX <�='/5 -'/ 0�� 1� -�
!B5� �& �H �+(�'� ')*� -+ �A^?� . JK��,�+ "5�? - ��'5 < �* 0�>+ �,
�; e. 5�+ D, .5&� ��9 �>K�9 &� �<�>� �, �NP5�� Q+ ���*�'; R;+ ����
��5��D� R��'�* U+ ��4�/5 0����'
Z��* �7�c� 19- 21 ��� U!D,1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -
���'*
120 )B �<�5)+'/ 0�� 1� - >;� z��K58+ �>K� .9 �*� #� ] ����5. �9 D45 ��" �=< `� e. �,+ ��< <9 �;5�U
��5��D� R��'�* U+ ��4�/5 0����'
Z��* �7�c� 19- 21 ��� U!D,1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -
���'*
٣٩
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
121 -'/ 0�� 1� -.'�K ��D�
�c4 � ���� '3� �o7�l��$l �>/�+ )SERS�*� (5 �
��7N5�5) ��Al2O3�'c� #� ] ���� &� �<�>� �, ( !=�=5>;� R��'�* U5��4�/ . 05 0
����' Z��* �7�c� 19- 21
��� U!D,1389
, :*'�5��!7� U+ ����
7��84.6�9 ;5 . �>/'?$� ����5l+ ��=�� -
���'* 122 ��5�� '5'/ 0�� 1� - �; ���
>;� z��K58+ �>K� .9 <�; ����α – < �*�7�4 J5 �
V�'>B� :>� |�4 ��"+ 1��$� !=�=5>;� R��'�* U5��4�/ . 05 0
����' Z��* �7�c� 19- 21
��� U!D,1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -���'*
123 &:o� ���9 �!P�/ -'/ 0�� 1� -
L�'$%5�D� -���V �5'A9
�A^?��,�+ >;�58+ < .9 '>87��8+ 7� ����5 h�MWCNT-TiO2
!=�=5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 19- 21 ��� U!D,
1389
, :*'�5��!7� U+ ����6�7��84.9 ;5�>/'? .
$� ����5l+ ��=�� -���'*
124 <� �!���)+ -'/ 0�� 1� o -5 �
�$7� #��<- !5<� ��)+ ', . JK�+ >;� z��K58+ ������*� b�V E5) �ITO( !=�=5>;� R��'�* U5��4�/ . 05 0
����' Z��* �7�c� 19- 21
��� U!D,1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+- ��=�����'*
125 - �; J!?B � ��/'/ 0�� 1� -
,N ���5)X �C� -�+ M ���� :>���= �9 ITO MN5� ', . �'c� �, ��+ ��< '3�
>;� z��K ',58+ '>87� .�8+ �D�N !=�=5>;� R��'�* U5��4�/ . 05 0
����' Z��* �7�c� 19- 21
��� U!D,1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -���'*
126 )X U�B �!$�+�B �!$� -5 U -� N R���'/ 0�� 1�-
��c=< �'=&+�D� -9 ���B+�
',+ >;� z��K5( 05lK'+ �= �7�7 ����9 5�54�8+ �, `. �X &� �<�>�- Z
!=�=5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 19- 21 ��� U!D,
1389
�, :*'5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -���'*
127 ')�V 'X�=9 ���� h�'% 1� -� Q
?!X5 -�<�& i�)% � -'/ 0�� 1�
�!*'4 <��X �!$�+ ���.'; -
��K'oX+- 7�; <��c�5 �<:
6�7�/ �� #.�49 �= �>K�����9 �,'*+ &� ��" :>�HOPG �= 1_B <9 7N+ e. �, LP-PLA
!=�=5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 19- 21 ��� U!D,
1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -���'*
128 '��'�/� E9�B�!$� -5 -� N R��� U
�B -'/ 0�� 1� 5/�% U+- '�� E
!4�B+
D45 ', . �+ >;� z��K58+ 7� #� ] ����5 `' �)PbS(
!=�=5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 19- 21 ��� U!D,
1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -���'*
٤٠
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� �����
�!= ����S ��� ��$� ���& ��8�
129 ��c=< �'=&+ ,5���+ - �B �!$�5� U5, ��'5C+ -
-'/ 0�� 1�
P &� �<�>�5�� Q+ ^?4 �n�� �, ���� 58?K g+ J�;
!=�=5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 19- 21 ��� U!D,
1389
, :*'�5��!7� U+ ����6�7��84.9 ;5 . �>/'?
$� ����5l+ ��=�� -���'*
130 '>�_* 0�". 9 -'/ 0�� 1� - ',+ ����/+ ���*�'; .+ C��', ���� 5$l �>^+ ���� ��,KTP �" ��; e. �, �>/�5�+
�.<5�!= U��� S+ ��D�+ >;�5 . 075� :���'
Z��* �7�c� 29-28 < �� J?D)
1390
>o�% ��C?��<+ '>"� 07��- ��D%�
131 H'�5n/�B #�<� �+ - '/ 0�� 1� � �* �,5'9 ��)� ', ��N9 &�\��*� ���� J5�= E9 �*�5 �. 9 �*� #� ] ���� /54 �5��>5" �K 1�� < ��5�9
C� �, ��" Y��B5��
�.<5�!= U��� S+ ��D�+ . 0>;�75� :� ��'
Z��* �7�c� 29-28 < �� ��� J?D)
1390
>o�% ��C?��<+ '>"� 07��- ��D%�
132 / 0�� 1� H'� -'5n/�B #�<� �+ -
��!�5�� Z+ � .���'+ <�&
D,5&� ��9 " �K 1�� ��N �4�/5�9 C� �, ��" Y��B5 ', ��
��)�9 &�\��*� ���� J5�= E9 ZnO #� ] ���� /TiO2
!��;5�!= U���D� q'>?� S+ E�� .
<���
Z��* �7�c� 4-3 ��� ��,N1390 >o�% ��C?��<+
��D%�
133 '��L�87 E+ ���9'/ 0�� 1� - 7�o/ <�)D,57�4�*�4�/ J5>�+ >;� `aX .58+ S,�4 J$4L'� ��+ <9 �*�54 �5��>5. �, ��5MN ���� �, S5�6.'>
!=��=5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 20-18 U!D, ���1390
')4 ��C?��<� :- ')4�:
134 ��!B ��D7�5��o -5�" ���-�
-'/ 0�� 1� . � <�D, �9-
���o7�'$, 0��'/+
P <', �*5�� Q+ 75 :9 �o7�l� < ���� 9 . p*'��= ����C� 9 �lK �^�� 0+
=�!=�5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 20-18 U!D, ���1390
')4 ��C?��<� :- ')4�:
135 4 ��DX <�='/5 -�'/ 0�� 1� -
!B5� �& �H �+(�'� ')*� -+ >�" &� �<�5 �?– ��'5 < �* 0�>+ �',9 < �<�>�
>;� #�olV58+ =�!=�5>;� R��'�* U5��4�/ . 05 0
����' Z��* �7�c� 20-18 U!D,
���1390 ')4 ��C?��<� :-
')4�: 136 !5<� ��)+ -'/ 0�� 1� -
o5<� �!�� -�$7� #��< ��)+ �)�$�9 'n�9 �A^?� .�,�+ ,'�4+ �='>�� �;9 >;�58+ < .9 '>87��8+ M��= �9 q&��
ITO/PEDOT:PSS .
ITO/Ag Colloid/PEDOT:PSS
=�!=�5>;� R��'�* U5��4�/ . 05 0����'
Z��* �7�c� 20-18 U!D, ���1390
')4 ��C?��<� :- ')4�:
137 <�=9 � �&+ -'/ 0�� 1� -
�B5M�� U 3�45M '� ���� �5�<�* E5�7� �57�4 ', �5X�4�/ �'� < ��
�= 1��9 " �K5�9 R���>���CdS =�!=�5>;� R��'�* U5��4�/ . 05 0
����' Z��* �7�c� 20-18 U!D,
���1390 ')4 ��C?��<� :-
')4�:
٤١
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
138 ��5 '��5'/ 0�� 1� - �; ��� N'/ �o7�l���<& `N ��+� � Z8" .5'9 �>K�9 ��'5 0
< �*�;�8.'>8\� |�4 J+ 75 :9 ) :�'V �.<��FTIR(
!=��=5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 20-18 ��� U!D,
1390
')4 ��C?��<� :-
')4�:
139 4 ��DX <�='/ -'/ 0�� 1� 5 -�
�VN �!% �!$�9!B -5� �& �H �+ -
(�'� ')*�+
�A^?� . JK��,�+ "5�?- ��'5���� 0+� &� �<�>� �,
P5�� Q+ �= 0"�� 0=_* < �<�>� JDX ����
�.<5�!= U�'�' S9 �=<', �*9 ��/<+
���� ����
Z��* �7�c�
��'�^)+ (
26-25 ��� U!D,
1390
���� b��X ��C?��<
�B5(s) U
140 )X U�B�!$�+�B�!$� -5 U
'/ 0�� 1� -� N R���
',+ K>;� z��5( 05lK'+ �= �7�7 ����9 5�54�8+ �,
��&N &� �<�>�� `. �X S- Z
�.<5�!= U�'�' S9 �=<', �*9 ��/<+
���� ����
Z��* �7�c� 26-25 ��� U!D,
1390
���� b��X ��C?��<
�B5(s) U
141 ; <�"'/5��!+ -5 -�<�& [<�% �!$� �
)X U�B �!$�+'/ 0�� 1� -
�= 1�� JK�9 �K" 5�9 C� �, ��" Y��B5 �= ��
)DSSC(
�.<5�!= U�'�' S9 �=<', �*9 ��/<+
���� ����
Z��* �7�c� 26-25 ��� U!D,
1390
���� b��X ��C?��<
�B5(s) U
142 ��c=< �'=&+ ,5���+�B �!$� -5 U
�5, ��'5C+)* �7� ���B� -5 -'
-'/ 0�� 1�
��>�X9 �='C��?�9 P5+ 4 �n�� �, ���� �!��= ���!� :9
��P' . E7�+
,5!>�5��D� R��'�* U+ � [',���' 8�5�� 28-28 < �� J?D)
1391
��'D4 ��C?��<-
��'D4
143 )B �<�5)+'/ 0�� 1� - �A^?� . JK��,�+ 7� ����5��*� h�5. �9 &� �<�>� �,
.'>87� e. ��+
!=<&�.<5�!= U���?��< S+� .��/9 ���� Z��* �7�c� 4-3 <�<'K1391 ���� ��C?��<
8":;+ ��'D4
144 �D��V �5'A9'���K �H �!$� -9 -
&:o� ��� -'/ 0�� 1� 9
�A^?� . JK��,�+ 7� ����5 h�PANI/PVA/CNT !=<&�.<5�!= U���?��< S+� .��/9 ���� Z��* �7�c� 4-3 <�<'K1391 ���� ��C?��<
8":;+ ��'D4
145 <�=9 � �&+-'/ 0�� 1� - �_ �
)B5)+
', . JK�+ #� ]����CuInGaSe2 ', .+ >;� z��K58+
�N
�= 1�� R��'�*9 " �K5�9 ����
�>K�9
8�5�� 27 'D�1391 >o�% ��C?��<+
'"�Q
146 ��= -'�&', �� N5�H �+� 0�� 1� -
'/
P &� �<�>�5�� Q+ k�c4 � ���� �$l �>/�+ )SERS < (
�o7�l�9 = ���!��9 ��P' . E7�+ �<. 9 �����
/ R��'�*5:�� 0���' Z��* �7�c� 9-6 'D"� �1391 ��C?��<� <:- �<:
147 % �'=&57��+ 75 -'/ 0�� 1� -'
',�% ���Ao�9 ��� -
*'45� ���� p5�= ��9 ��, 049 �,5 En�� �2TiO #� ] ���� /
2TiO �= 1�� < �<�>� JDX9 " �K5�9 � ����C� 9
!=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
٤٢
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
148 ',�% ���Ao�9 � 0�� 1� -�� -'/
% �'=&57��+ 75 '=�X �!P�/ -'
', . JK�+ ���*�'; R;+ 7�4�*�4�/ z��K . ���� 5>�+
�= <�; ����9 2TiO MN &�4��N &�/ <5� �, ��" ��Ag
!=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
149 (�'� ')*�+ --'/ 0�� 1�
._���!B� @9 �*��o� U�B -
7�45 � �>K� �o7�l� .9 ����/ .+ ��, ���� KTP MN5� �, ��Cd
. Y
!=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
150 ��c=< �'=&+ ,5���+�B �!$� -5 U
�5, ��'5C+ - -'/ 0�� 1�
)* �7� ���B�5��K �'=�P -'� �5��
^?45P &� �<�>� �, ��>�; ��P' g5�� Q+ ���� !=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
151 (�'� ')*�+-'/ 0�� 1� -
!B5� �& �H �+'>"�" U�B -9 �<�&
" :>�5��' �?5 < �* 0�>+ Z e. �, - 16
�� ��8�� .+ �= ����� < �N <', �*9 ��=+�
!=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
152 '>"�" U�B9 -'/ 0�� 1� -�<�&
(�'� ')*�+!B -5� �& �H �+
. JK � �A^?��,�+ " <�;5��' �?5 < �* 0�>+ ZK�^>�
��o� �<�� &� �<�>� �,+ � .57�85J
!=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
153 H'�5 -'/ 0�� 1� -��/��� �
��+ ��<:9 ��, <9
D45 �A^?� . ��,�+ �;+ ��4 ��4 5L��* �, ��" �!5�'c� � !=<&��5>;� R��'�* U5��4�/ . 05� 0���' Z��* �7�c� 5-3 ��� U!D,
1391
��C?��<5 . ��>�
��>����, -
���=�&
154 ��c=< �'=&+ ,5���+�B �!$� -5 U�5, ��'5C+)* �7� ���B� -5 -'
� ���K �'=�P -'/ 0�� 1� 5��
". �L� �+ ^?4 JDX5 ��P' gP &� �<�>� �,5�� Q+ s�� &� Zc>�� ���� 5P E>�5�� Q+
,5 . J��!85��D� R��'�* U+ [',����'
Z��* �7�c� 26-24 < �� J?D)1392
.<'/ ��C?��<+ �D?�- �D?�
155 % �'=&57��+ 75 -'/ 0�� 1� -' Eric Wei-Guang Diau
D, . JK�5&� ��9 �= 1��9 " �K5�9 � ����C� 9 , �<&�, ��; ', M�,�� N ���= �9 4 ���� En��54 `�5��>5 &� �<�>� �, E
7.'>87�5�; J5'!9 76+
�= 1�� R��'�*9 " �K5�9 ���� �>K�9
8�5 �� 16 ��,N1392 >o�% ��C?��<+ '"�Q
٤٣
� % %��� ����� ��4
��� ) �� � �!� �*%�% ���� +��,� �/%
���(���) ���� ����� �!= ����S ��� ��$� ���& ��8�
156 '>"�" U�B9 -'/ 0�� 1� -�<�&
��5�� �5�D� -�<�:9 �A��9
��' <�;���� :>�5< �* 0�'����>, &� �<�>� �, J5 ��8�� . J
��+ 0"�� �.<� < �N <', �*
��5�!= U�'�' S9 �=<', �*9 ��/<+
���� ����
Z��* �7�c� 7-6 ��� ]N1392 �< ���� b��X ��C?�
�B5(s) U
157 )7�P ���B�5'/ 0�� 1� -�� �=��9 P5 ', ::4 ��* ��, ���� Q+ �$45�+ / R��'�*5:�4�)�$� 0+ ����' Z��* �7�c� 30 <9 �42 U!D,
���1392
,'4 ��C?��<5 J
,<5D" '5�X �+�
158 % �'=&57��+ 75'/ 0�� 1� -' �A^?� . :>��,�+ �7�7�����=9 �,5< En�� �9 �*�5 �
45��>5�= 1�P �, E9 �= 1�� < �<�>� JDX Q�>^�9
" �K5�9 � ����C� 9 M�, �<&�, �,
,5!>�5>;� R��'�* U5��4�/ . 05� 0� ��'!?" .5��D� R��'�* U+ .��/ .9 ��4�/5� 0���'
Z��* �7�c� 10-8 ��� U!D,
1392
>o�% ��C?��<+
"5 &�'- "5&�'
159 �B'>"�" U9 -'/ 0�� 1� -�<�&
A� <��5'9�� -5�� �5�D� -�<�:9
�A��9 (�'� ')*� .+
" <�; ���� :>�5��' �?5< �* 0�'� �<�� &� �<�>� �, J
��o�+ ��>�,5� �8, �, J5'9 N'/�4 �'B q�" ��+
,5!>�5>;� R��'�* U5��4�/ . 05� 0� ��'!?" .5��D� R��'�* U+ .��/ .9 ��4�/5 0����'
Z��* �7�c� 10-8 ��� U!D,
1392
>o�% ��C?��<+
"5 &�'- "5&�'
160 �!$� �H 9 <�=�!$� -Z�9 e�K � �A�� -'/ 0�� 1� -�H�c4
�5$>7��,�'+�� -+ � �!$�5 - J^)8
<�=9 ,� �<+ H'� .5'; ����?+
& ��,�+ )A� �8)" <'8�!�+ ��, �c)P < �.'>\';9 P5 Q�=9 ��!� &� Z%�B ���� �= �9 &�>�+^?4 :5 E g
�*�4_/N5�>�; < U
,5!>�5>;� R��'�* U5��4�/ . 05� 0� ��'!?" .5��D� R��'�* U+ .��/ .9 ��4�/5� 0���'
Z��* �7�c� 10-8 ��� U!D,1392
>o�% ��C?��<+ "5 &�'- "5&�'
161 5)B �_ � �5)+ -'/ 0�� 1� -
(�'� ')*�+ -5 U�$7��,� �
�5�B�!$�'5�+ -�<�&'oX '%�� -
��?� �!B�+
', . :>�+ >;� z��K58+ �= �>K�����9 45 �, #���>� E
)BaTiO3(
,5!>�5>;� R��'�* U5��4�/ . 05� 0� ��'!?" .5��D� R��'�* U+ .��/ .9 ��4�/5� 0���'
Z��* �7�c� 10-8 ��� U!D,
1392
>o�% ��C?��<+
"5 &�'- "5&�'
162 )7�P ���B�5 -��'/ 0�� 1� ', . �)�$�+ X�� <����+ P #�"�o4 �5 &� �<�>� �, ���� Q
'n��o,�4 �+ 7�C�+
,5!>�5>;� R��'�* U5��4�/ . 05� 0� ��'!?" .5��D� R��'�* U+ .��/ .9 ��4�/5� 0���'
Z��* �7�c� 10-8 ��� U!D,
1392
>o�% ��C?��<+
"5 &�'- "5&�'
٣٧
����� ����5 :
�� � �� ����� �� ����� ���� ����� ������� �� ��� ���� ��� !
������ �� �� � � ����� ����������
��� � ��
1 ��� !"� #$% #�"� &'� ���� &' #�(�) *'� &+� ,)��cT -����./ �. 0 X-8O 3Cu 2RB)R = Y , Gd , La(
�"�3�453��
67�0 �1373
2 �;�&< &=4� #$% ���' �6/" >��,� ? ���' 53�KTA &�; @�6�� A�B/ ' ? & C.� D�.4 #. �(�) �.E�&F �� �% # �&'�4 ? ��/
G��5�) #HI67�"
�"�3�453��
�# -� 1380
3 L"$ #$% -��0 #� )�
���" !�FFT-IR G FT- Raman ��/ &�; ���'KTA �% �&'�4 ? G�M�6�� &6���� # &N�"�� ��
�"�3�453��
5��"� 1380
4 PQR #$% � S?�… ��T�
��..' -5.. � A..HR (..�&$ �?�..� ��5..�) L6..7�" �..E�&F ����.4 ���." #. . ��% 0� -��6."� ? #�R #H�U��)%
)FPAsG�6� �� V���� #0"�M3% �� (
�"�3�453��
�H'1381
5 �6)�B ���&�� #$% 0� -��6."� ' ��5�) �� ���� ���" !�F X?� #&�U�M' �E��...� �� �...�M� �(...�) @... IR ?Vis ?UV ���...�,'
? Y...=�4&� �?� -�� 0� ? �...�(I ? � &..." #0..."�M3%G#� 67 #H�U��)%
�"�3�453��
�H'1381
6 $%# V?��' 5I�� ���'�6/." ,)�� ? ��H'53�KDP !.�F 0� -��6."� .' ��"� . # U5.�4�&�� ,.3� X�&.� ? �.���X >�.�,� ?
M�6�� [\�&]� ��." !.�F X?� .' ��4C� ���'� '.�0'� FTIR
�"�3�453��
15-04-83
7 $�# & �U &B�# �"
�(�) ��� �H�# YAG 0� -��6."� .' �% �6/" ,)�� ?XRD GFTIR ?Raman.
�"�3�453��
26-05-83
8 5$� L�/��5$&� _ ��." !.�F ,)��� �.��� ? (.�&$ �?�.� . ��� P.�6��.. &=��# ��..�# �&..'# .. &6���� >�..�,�# ..M�6��?&6M)�� �)/�?� # .�%�� ��R��
�"�3�453��
20-06-83
9 $%# �$&�� ]&�Q;� ��4#
��." !.�F ���� ? ���' 53�� FTIR GXRD ?Raman ?��,� » &6���# M�6��?&6M)�� P5.=� ���.�,' ��4C.� ���'
# 7�4&�� . �(�) ��
�"�3�453��
31-06-83
10 �"=� ��H' #$% �"�3�453��
�67'�1384
11 ����]� ��,7� #$%PQR
��/&�; # ���' � N� �0% 53�Ba(NO3)2 ?
α-LiIO3 .���� �7�4&� #H)5=� ? �(�) �� H�% �&'�4 ? �"�3�4
�53� �67'�1384
12 � ���� ��� #$% A.)=4 Y�.7� *. c% .' >�7 QU #&� Y�)�" ���' 53�)II �� -��6..."� #�&...' �% �6/..." #0..." ...��H' ? (
dF� #�� (�&$ �?�� # 0"�M3%
�"�3�453��
(� �1384
13 � �0&�� Q�) L�/ �6/" ,)�� ? �6�� �) �� �.M�6�� # . ����� #. .) ���." !.�F 0� -��6."� ' >'&4 � ���IR �U5.�4�&� ?
Raman � >� � # �� ��10.> ��4 R��
�"�3�453��
13-12-1385
14 $%# ��3�? &He"� � �&��
"�&'� . f��� �� A7�)�4 5�< &�+�# I."Q�- 0.U# . .)�) 53� 5� %&� &' !�6g�# 0� -��6."� .' ��'&4��.�
!�F U5�4�&� ���"� RAMAN GFTIR ,.3� X�&� G hM �(XRD) ���&'& ��� ?# SEM.
�"�3�453��
15-12-1385
15 $%# I 5$ ]&���� ? ��.' #.HI�� .' -5.3 -5� c% ��'&4 # )�) ��� �"�&' �"�3�4201-2-1385
٣٨
� �� 0� -��6."� .' �.�'&4 # )�) ��� ' �% 7 �� ? �i?&6�� �U5.�4�&� ���." !.�F RAMAN jGFTIRG ? X�&.�
,3�X )XRD(.
53��
16 $%# > ?&� @'' h.' # ��� ���" !�F ? #�6/" # Y?�� �"�&' #���'Al2O3 GY2O3 ?YAG #. ���� 0� -5.3 �H�
0� -��6.."� ..' !..�6g� � ��..� �..,'� ..'Raman GXRD ?SEM.
�"�3�453��
�� &H31386
17 $%# &N'&� 5�,"# A/" ��� # #�(�)Nd:YAG � ��.� �,'� ' Y��k 0� 0� -��6."� ' �% �6/" ,)�� ? !�6g�SEMGXRD ?
RAMANG
�"�3�453��
�� &H31386
18 $%# 5H�# � &�# A/" � ��� !�6g� �,'� ' # ����ZrO2 -5.3 -5� c% 'Y2O3 ?Al2O3 �% �6/" ,)�� ? 0� -��6."� '
SEM GXRD ?Raman.
�"�3�453��
21-08-1386
19 $%# -���0% ]��?&"#
��� # )�) A/" ? ,)��� �6/" #0" ��H'? >'&4 ���." !�F 0� -��6"� ' �% �U5.�4�&�RAMAN GFTIR
,3� X�&�?X )XRD(.
�"�3�453��
(� �1385
20 @�R� �R&� L�/ A/..".. ..��I�# �.."�&'�# ..��# c..'# h�5�..74�)YBCO?BSCCO ( "�&'?� 5�# ������ -��6"� '
U5�4�&� &+� 0�� G����
�"�3�453��
19-12-1386
21 �'&H� �I" L�/� 4��'�G
#� ��N�� # 5�"� -����/�� �M�6�� 0� V?�(� 5�)��G �"�3�453��
04-02-1387
22 $%# ��� 3��&� ��� # ���' ,)�� ? 53�� ����.6�� 5�74� #�TiO2 .' ���.." !..�F 0� -��6.."� Raman G FTIR ?XRD ��
.c' # ��
�"�3�453��
12-04-1387
23 $%# ��� ...� S?�# 5��#
�g�� ? A/" '� ��&"� @# ��&6M)�?( @ PZT .'
��� �,'�� � ?�?&M�� 0� -��6"� 'SEM ?XRD F ? .� !��"� ����
�"�3�453��
30-04-1387
24 $%# 7��5lI�� L � ...."�&'� ....'&��� 6��?&6M)��....M� .... ���'# ��....�� �#74��5���6� ��TiO2 ������5 # &6M)� M� c' i6)? '
F f"���!��"� Raman G
�"�3�453��
31-06-1387
25 IF� L�/ � [��� 5lI��
(�� Y��k��� A/"# �g� X?� ' .�&6M)� .M� .�� ��� f� �G
�"�3�453��
26-12-1387
26 & ' �5� L�/# #�.I�' m�g.�� #�&.' �.��� ���." !�F ,)�� #. A"��
�"�3�453��
04-03-1387
27 $%# "� ��T�'' 5IE� 5M ��
H'? A/" n,)���0" �# )��� )�# �'&4� \c%� ' -5��'&B��B � ?� �i?&6N)�4 ��oE ��� A7# Al2O3 ?
MgO ...?
&64�# S&F)'&� p����� �� -N����� �(���
03-04-1388
28 "=� ��" L�/�� "�&'� N��&' ���� &+�� ��." 6g� )SERS 0� -��6."� .' (��4 -&�� Y��k ���� 5# 3�/ ?# 5��" ��/G-
�"�3�453��
13-05-1388
29 $�B IF� L�/� &6M)� A7�� 0� -��6"� M� c ? ��� � ��.� Y��k� -&.��N��&' ���� &+� ,)�� �����" 6g� )SERS(
�"�3�453��
13-05-1388
30 #&H�� 5�IE #$% .��U _.I)� >'&.4 D0.� # c �' �g��? A/")DLC # �6/"'(X?� ' � ��� CVD ?HWCVD
�"�3�453��
17-06-1388
31 5I�� ��� #$%Ag=M��
*�� P5� >��,� �.��4 q��/ r&g� &�; ? 5�I3� ���'R�U L$� @ !�F 0� -��6"� ' �N�&�G���� ���"
#&64� 11-09-1388
32 #&�=� _=� #$% � Y��k��.� * c%&.+� �M &6M)� ? �M�6�� q��/ �"�&' -&.� �"�3�4 (� �1388
٣٩
5�...74� #� #... &=�� ��...� &...' ��...�I ��s� 5�...74�?�U5�7 �?&6M)� X?� ' -53 �H� ����6��
53��
33 t�� �HR � &� #$% ....��3 � ��....� #.... ���� A/...."– @���&...."Mg2Al4Si5O18 -��6."� ' H�% #�6/" #0" ��H' ?
4�&� h� ���" !�F 0����� �U5�"
�"�3�453��
�67�01388
34 ��� !"� L &� L�/ A. 0�e�4��� �.��� #�(�) �U5�4�&� ���" !�F �"�&'MWCNTs-TiO2 #(�� Y��k ��� ' -53 -5� c%
�"�3�453��
�67�01388
35 #� �5/ )�&�/ #$%>�I35�U
Y��k ��.� �M�6�� ? #�6/" Y�g�� �"�&' ? A/" ?D0� L���TiO2 ?KTP
�"�3�453��
-� 5��"�1389
36 ���R$% �Q"� #$% -53 �H� #?� 5�74� D0� # L��� �' �g�� ? �H�) �g' � �I�3 A3=�� X?� 'CVD(
�"�3�453��
30-01-90
37 ���4 -� 5I�� #$% 5�74� D0� # c �M�6�� q��/ ,)�� ? A/" #. A ���4 @���&" ��3 -5� � u�M�� #(��
�"�3�453��
29-01-90
38 ��' 5I�� 5�" #$%��/ �I3
Y��k ��.� �.�/ &.�; �.M�6�� # �"� �"�&' ? A/"ZnO ?KTP
�"�3�453��
31-01-90
39 Y��" �]&� L�/�v�E
.' -5.3 _.7E #5�.3��/ P��." #0" ��H' ? A/" ' ��N�� #. L�." ��.� A. 0�e�4 0� -��6"�ZnO ��.� /
Y��kTiO2
�"�3�453��
15-04-1390
40 �M��" >I" L�/ A/" ? �"�&' # &=�� �6/"��� ? �)./�� # 5�.74�
#(��TiO2 ? ZnO GNiO f"�� =�� ' ����� [)$ �"�3�4
53�� 29-03-90
41 #&6�Q4 @�3?� L�/ �"�&'? ������ ���" 6g�N��&' ���� �U5�4�&����' ��� KTP ���x� X?� ' 6� 53�
�"�3�453��
29-03-90
42 #$%��� ����� &��� ��� �"�&' ? A/" A. ����4 .�)% ���.� (6�." X?� .'�$�&6E� P����
�"�3�453��
14-04-90
43 #&7�� L &� L�/ �?5..�� &..+� �.."�&' C..� &..' ���..6���4 A 6�� #�6�&� �..M;�Y��k��� #?� ��/& r&" 5��)�")PbS(
�"�3�453��
15-04-90
44 � 5B L�/#&�,R&��'
#&.I��� # A 0�e�4 ��� �M��� � ? ���B �6�� u���� V��.�� �.�6�� #�&' c 5�< ��'&4 # )�) ��� # � &'
���B
#&64� 20-12-90
45 y 3 -5�," L�/ �&'�4 �.�/ g.7� 5.�< .,)�� �� �.��� #�(�) ���" !�F�R$ ? ��B ���?�
�"�3�453��
03-03-91
46 >I6)��'� �E�� L�/ .���� ���� �U5�4�&� 0� -��6"� ���.�� .' ���." .6�0 &N7E "�3 �� �67� ' P�M)�� 5�<�i�)� �M
�"�3�453��
20-03-91
47 ���IE� �H)� L�/ 4���" !�F �&'�Raman ?SERS ,)�� �� [4&�� # ��/ �7
�"�3�453��
07-04-91
48 > ?&� @'' #$% % �U53 A�R Y�&+� �"�&' ; �� #0�&.� ." L�� ? ��/ & ' 6�� D�?4 �5�� @�?&� #&'� �M
#&64� 10-10-91
49 #&'B ���,� L�/7 �
�)�4���� q��/ �"�&' ? A/" #� L��6�� �M�6�� ? �67 ' -5� c% 5�74�Ag ?Fe
�"�3�453��
16-12-91
٤٠
����� ����6 :
�� � �� ����� �� ����� ��$������� ���� �� ��� ���� ��� !
������ �� �� � � ����� ����������
-N���� �� ��� � ��
1 #&$' 5E� 5�" #$% [ �&...] >�...�,� 5... 5R X?� ��..."�' �...M�6�� G�"M,�� ���" !�F
�"�3�453��
5�H3 -N�����6�H'
5��"�1371
2 ��' >��� 5I�� #$% GQ.F #. . c �.M &6M)� ? �M�6�� [ �&] >��,� G�'�0' ���" !�F X?� ' ������i ? �������)%
�"�3�453��
A�'&� -N������&H� L�,�
-� >IH'1372
3 % >I< ��� 5I�� #$y���
D�6."� #. &6���� u���� ? #&v� �6/" >��,� #H ?&U ' y�,6� #H)�M)�� �eM"?&6Me"�
Gc' ���� ' #� ���
�"�3�453��
5�H3 -N�����6�H'
�67�01373
4 ��0���/ 5�IE #$% #.H)�M)�� ���.�?( � @�M�� ��U��U # =�R �"�&'
6SF "� 'Gz&" ?&� �E� �� �(�) # ��&� 0� -��6
�"�3�453��
5�H3 -N�����6�H'
�67�01373
5 hI3 5I�� #$% .' ���./&' &+� �� �i?&6�� P�M)�� ��/&< @ &��G#i&�� L4 #H�?&6M)�
�"�3�453��
A�'&� -N������&H� L�,�
�67'�1374
6 �'�"�&�� [��� #$% =F # 5.� >��,� #.H)�M)�� �.,�6XF @.I4 .'G-?&U &v�
�"�3�453��
A�'&� -N������&H� L�,�
�� &H31374
7 ���3 -5 &� L�/ G{�� �(�) #��CU �6�� ,)�� �"�3�453��
A�'&� -N������&H� L�,�
�� &H31374
8 5"� I L�/#G >'&4 � ��� # )�) A/" #0" ��H' ? ,)�� ' G���� ���" !�F 0� -��6"�FTIR X�&� ?
,3�XG
�"�3�453��
��0% -N���� 5E�? G��Q"�PI3 ��&H�
�67'�1385
9 5I6,� � 5/ L�/# �'%5I��#G
#�(�) ��� A/"Nd:YAG >��,� ? ���� X?� ' ���" !�F ���� ? �M &6M)� #� ? �M�6�� [ �&]
�� ' | 6� 7 �� ? �������' @� #�(�) �G
�"�3�453��
��0% -N���� 5E�? G��Q"�PI3 ��&H�
22-06-1385
10 #��� hU&� L�/ "�&'� c% Y�&+� *# 4 &' !�6g����6�� A�M� ���' 53� ?KDP ') *�4&� P5=� ����� ��(# ?
F f"�� �% ,)�����" !� # ? ���� FTIR�453�� �"�3��� ��0% -N��� G��Q"�
PI3 ��&H� 5E�?
�"�3�453��
��0% -N���� 5E�? G��Q"�PI3 ��&H�
5��"�1384
11 $%# ]�5I��5�"��7E5�"�
" &B�� ' -5� c% ��'&4 # )�) ��� �"�&' ? A/" # �� �� ���� ���" !�F 0� -��6"� ' �6��&} |�� ?
G>� �
�"�3�453��
G@ (�� -?&U ��� ��� -N����
G5H��
>IH'1385
12 $%# &~B�I &4� ����'&4 # c ���� !�F &' ��)/� & �"�3�453��
G@ (�� -5M����6,�B -N�����
G! &3
30-03-1386
13 � >H�� 6��3 L�/ 5�.74� #� � ��� #. ���' # ,)�� ? ��H' 53� ? #0U # &N.7E �� -��6."� #�&' ����6��
0� -��6"� ' #5�3��/ # P��"Raman ?FTIR ?XRDG
�"�3�453��
��0% -N���� 5E�? G��Q"�
PI3 ��&H�G
�67�01385
14
L�/ hU&� 7E�d�? ���' -��0 >
A 0�e�4��� A/"MWCNT-TiO2 X?� 'sol-gel -��6"� ' �% �' �g�� ? -53 SQB�
F 0����" !� )��(# U5�4�&�� ����
�"�3�453��
��0% -N���� 5E�? G��Q"�GPI3 ��&H�
�67'�1387
15 &� &�v� L# ,� ? ��?%&'��~� ? Y��k ��� -0�5�� >�� 0� Y�&# TiO2 �� ��# �� � >K 10 F 0� -��6"� '� !
�"�3�453��
��0% -N���� 5E�? G��Q"�
�67'�1387
٤١
��"� U5�4�&� h�� ���� GPI3 ��&H�
16 �� L�/���) �� �g��? A/" '� c # D0�PbS ?PbSe +� ?�� PI�� &�&6M)� ��5 M� DC i&�� �U &'#
�"�3�453��
' -N�������I)� >� I/ ������ (-�)-
�67�01387
17 ?QU L�/ 5IE� T# )���"�&' ? 5� �6/" Y�g��# ���' ���# 6���M� KTP c% &+� ? *# G�% &' !�6g�
�"�3�453��
)? -N����� &�, (...� |�)���7��
�67�01387
18 ��I"$ &" #$%��'��"
�#H�� * c% ? ��i?&6�� &�7I�� Y�&+ 3+Fe ? 1+Ag
&' �6/" ��� Y��k 2TiO _�$ ��g� f �&3 A�� �M &6M)�
�"�3�453��
��0% -N���� 5E�? G��Q"�GPI3 ��&H�
�67�01387
19 $%# �=R 5�E H &=�� ��� �H�# 0�e�4 6� �� 0�� )�) ��� ? &I # �'&4� e"� ?&6M)� X?� '���"�&' ? {��
F 0� -��6"� ' H�% �6/"���" !� U5�4�&�� Raman GFTIR ?UV/Visible/NIR
�"�3�453��
��0% -N�����Q"�� -
��&H� 5E�?(4&�
�67�01387
20 $%# "�&$' 5E� 5#
���� !�F ? �M�6�� q��/ &' �U *'� &+� �"�&' ���' ��"x-1+BrXKCl
&64�# ��� -N����7E�(�) >
�67�01387
21 5IE� �5� L�/# �g�� '� �� D0� L�ZnS H�� X?� ' -53 g=���&U &�
�"�3�453��
' -N�������I)� >� I/ ������ (-�)-
?($ >
�67'�1388
22 $%# 5IE� ��&H'� 0 ����
H��"�&'? � � ���� &=# 0�e�4 6� -MWCNT
2TiO e"�?&6M)� X?� '���...? {�
�"�3�453��
��0% -N�����Q"�� - 5E�?
(4&� ��&H�
�67'�1388
23 �&�I" L�/ -��0 #�&��
Y��k ��� A/"Nd:YAG �� ? ���� ,)GH�% ���� �U5�4�&� ? h�7����)
�"�3�453��
���I)� >�' -N���� (-�) ���I/ ���-
> ?($
25-6-88
24 ��� L� �&'� ��0&� #$% X?� ' #&I��� A 0�e�4 # &=�� ��� 5�)�� G���� 0� -��6"� ' H�% �' �g�� ? >�e"�?&6M)�
SEM GUV/Vis/NIR ?XRD.
3�4 �"�53��
A�'&� -N������?(=" L�,�
31-6-88
25 ��\�&�B IF� L�/ # &6���� >��,� ? #�6/" #0" ��H' G�H�#� ? �M�6�� c �M &6M)� >'&4 D0� #
_I)�{��?&4 0&��&4 f'�?� 0� -��6"� ' ��U
�"�3�453��
��0% -N���� 5E�? G��Q"�GPI3 ��&H�
02-07-88
26 �)I4 L�/ D0� # cCdS ?CdSe #0" ��H' ?H�� �6/"
�"�3�453��
���I)� >�' -N���� (-�) ���I/ ���-
> ?($
�67�01388
27 L�/ �6, &3 �&3�� QM �$
#0U # &N7E A/"TiO2 �,'� �� Y��k 'H�% #�6/" �' �g�� ? � ���
�"�3�453��
� ��0% -N��� 5E�? G��Q"�
PI3 ��&H�G
�67�01388
28 L &� L�/#5�� � M)
5 &6�� �67�)�4���� Y��k ��� �"�&' ? A/") ����6�� 5�74�TiON Pi u" X?� '(
�"�3�453��
��0% -N���� 5E�? G��Q"�PI3 ��&H�
�67�01388
29 ����$ ��C� L�/ G��'&4 # )�) ��� #i&�� �U #&�U -0�5�� �"�3�453��
���I)� >�' -N���� (-�) ���I/ ���-
> ?($
�67'�1389
30 #&��$ 5H� L�/
A 0�e�4 ��� �M�6�� u���� ? #�6/" ,)����'&4 # )�) ��� � &' #&I��� #
�"�3�453��
���I)� >�' -N������ (-�) ���I/ �-
> ?($
-�&��1390
31 >7E 5I�� #$% �=R�
A/" # )�)��� ��M���" ' #&�U�M' [)$
)�)��� # ��'&4 A 0�e�4 ��� 0�
Silica@MWCNT ? �g�� �' H�%
�"�3�453��
��0% -N���� 5E�? G��Q"�PI3 ��&H�
07/07/89
32 �I" -5�" L�/�0 �7��-�
L��� 0� ���� �U5�4�&� ? �M�6�� q��/ ,)�� u" X?� ' -53 �H� #?� 5�74� D0� # - Pi
�"�3�453��
���I)� >�' -N���� (-�) ���I/ ���-
�� &H31389
٤٢
> ?($
33 #0(,� �5� L�/
A 0�e�4��� �H� 2TiO-CNT �% #&�U�M' ?��" �M�� ? #&I��� # &=�� ��� �� 0� -��6"� �
P��" �� H�% #5�3��/ #
�"�3�453��
��0% -N���� ��Q"�- 5E�?
(4&� ��&H�
-� 5��"�1389
34 �=�=E -��" L�/ X?� ' #?� 5�74� # &=����� 5�)���% &' #(�� * c% &�+� �"�&' ? {����e"�?&6M)�
�"�3�453��
��0% -N���� 5E�? G��Q"�
I3 ��&H�P
�H'1390
35 �= �� I�� L�/ �$ ? L 5� � 5�74� ���" !�F ? ���� c �)ITO # P��" �� �&'�4 ���" �M�� ' (
#&I��� #5�3��/
�"�3�453��
0�&�3 -N���� �� &H31390
36 �= �� �I" L�/ ') ��� �,'� ' -&�� Y��k �&'�4 ���" �M������ �� (#5�\��4 Y��B # P��" � �0' p
#&I��� #5�3��/
�"�3�453��
0�&�3 -N���� �� &H31390
����� ����7:
��� ����� ������� �� ��� ����� !�� � �� �����
������ �� �� � � ����� ������ ���� ��� � ��
1 #��&� &B� #$%#&67=3
3 _7E >��ci �� �63N� �I� #0� #��� 5�) ' -5-&��
53�� �"�3�4 A�H= ���1373
2 &� �M�� &~B� #$% �6/�" u�� A�)?&6M)� �� *�"� -5 5� ,)�� ��I� @ A/" ? (5�R 5�74�) �M���&"
G� N� �0%
53�� �"�3�4 5��"� 1380
3 �$�&� ��"?� ]� #$% �?&6M)� A)E �)N< &' �)�=� *�4�5�� #i&�� &�+�%(��0% �?&6M)� &' ?5�4 P5� &+� �"�&') ��0
53�� �"�3�4 10-02-1385
4 ��3� �F� L�/# �R�?#
5� 0?&' PI6E� ?5�4 -5 &)4 �6�N� 4&� �� @� Y=Gd5X3
"�3�4� 53�� �67�01388
5 -��0 ���7E 0�" L�/ �M &6M)� ��g� X?� ' A)=4 ? > % Y��k��� A/"��� ��pQ/ A�� ? � � f
53�� �"�3�4 �H'1389
����� ����8:
�$������� ���� �� ��� ����� !�� � �� �����
������ �� �� � � ����� ����������
-N���� �� ��� � ��
1 �"I)� 5I�� #$% #&.�U -0�5.�� # -��3 ? 5� @� #��� �� �E�&FG�% &+�� # &6����
�4 �"�353��
A�'&� -N����G��&H� L�,�
A�H= ���1373
2 G�"=� ��I�� #$% GV�� ?� ��0% �?&6M)� �(�) �"�3�453��
A�'&� -N������&H� L�,�
�� &H31373
3 G�� h�\� &=4� #$%
&'��"/ �6/" ' c' #�� # ��#� -���... G �"�3�453��
5�H3 -N�����6�H'
�67'�1379
٤٣
4 � �&g� -�H' L�/ #&6���..� �..�'&4 #.. ..)�) �� �..M &6M)� �&..'�&�-5� c%G
�"�3�453��
G@ (�� -?&U >�' -N���� ��� ���I)�(-�) ���I/G
�# -�1385
5 A"� �I" L�/�I��
���� ? (�&$ �?�� ���F q��/ >�' �=��� �"�&'H< ? � � " ����% # @I� Y.�QF� .' � � �
H�% >�)67 &4 �6/"
�"�3�453��
G�I�3 -?&U >�' -N���� ��� ���I)�(-�) ���I/G
06-12-1385
6 � 5IE� -��0% L�/ "�&'� "?5I q��/� �(�) 0� uBE u�7U ��&�G��0% �?&6M)�
�"�3�453��
��0% -N���� 5E�? G��Q"�GPI3 ��&H�
�67'�1386
7 $%# =6��� 4R� &v� )�� �; {� I 5 .� .�/ &� ) �� .� �?&.6M)� �(c' -&H' ��0%
�"�3�453��
��0% -N���� 5E�? G��Q"�GPI3 ��&H�
�67�01387
8 �����B �H)� L�/ r&" 5 ��" D0� # c �M�6�� q��/ ,)��)PbSeY�(�� 0� �/&' ' -5� c% (
�"�3�453��
�� ��0% -N��L$ 5E�? G��Q"�
�67�01388
����� ����9:
�(� !�� � �� ����� ���� ������ ����� ������� ��
������ �� �� � � ����� ������ ���� ��� �= &�� � ��
1
����� ����10:
�(� !�� � �� ����� ���� ��� ���� ������� ����
������ �� � ������� � ������ ���� ��� �= &�� � ��
����� ����12:
����� �(� !�� � �� ����� :�$������� ���� ��
������ �� ������ �� � ������ ���� ��� � ��
٤٤
����� ����13:
��� ����� ������� �� ��� ���� ��� !���� ���
������ �� ���I" ����� -53 \��� ������ ���� ��� � ��
1 ��� !"� #$% ' � �"� &'� # �6/"cT � 0 53�� �"�3�4 �67�01373
2 G���&�B ���5I�� #$% #�(�) ��&R |�" !�FICP G G#&64� �67�01373
3 �;�&< &=4� #$% �� &+�� ����� u���� ? (#�(�) �����) ��5�) #HI67�"H�% V�� ( � #HI67�" ' 7 �� ��
53�� �"�3�4 &H�1380
4 PQR #$% � S?�… ��T�
# ��I�� & 0 0� �M ����� ' &�7I�� #0" �=3�M�6��?&6M)� L67�"
53�� �"�3�4 &H�1380
5 �6)�B ���&�� #$% L�� #�(�) #0" �&" 53�� �"�3�4 &H�1380
6 )� L"$ #$%-��0 #� � �I�3 # �(�) 53�� �"�3�4 &H�1380
7 V?��' 5I�� #$% ��=� ��/ &�; @�6�� � 'P5� 0� -��6" &N�"�� )�M�"Q4 ��?&6M)�CEO( �453�� �"�3��0 �67�
1382
53�� �"�3�4 �67�01382
8 �" #& �U &B� #$% *�� ��5�� ��&R ���" !�F �� �7�F�~�?&6M)� # 53�� �"�3�4 7�0 �61382
9 #��4 ��$&�� ]� #$% 3&N�� ��" !�jjj�F&'� 5=� ��� u ) FT&'? (�"� &6����# &+�� �% &'
53�� �"�3�4 �67�01382
10 ��5$&� _5$� L�/ �"�&' &=�� ���# ? -0�5�� # X?� 7 �� #&�U
u �?&� A7M3 [ &]�% 53�� �"�3�4 �H'1383
11 ��,...7� #..$% ����...]�PQR
�U5�4�&� #�=� &' �7�4&� #H)5=� ? �(�) 5�R A)E # ���' �� ���� �7�4&�;
53�� �"�3�4 28-04-83
12 � ���� ��� #$% �M &6M)� ?&� q��/ &' �M &6M)� # ��5�� &+� d�� #�� (�&$ �?�� # 0"�M3%TGS
53�� �"�3�4 28-04-83
13 =� ��H' #$%�" ���' 53�TGS d�� #�� (�&$ �?�� 0"�M3% ����� '�% �M (�� # &6���� ? q��/ �"�&' ?
53�� �"�3�4 28-04-83
14 ��� ���� ]�5�IE #$%
@���M"?(� @ (�� #&64� (� �1384
15 ��� ���� ]�5�IE #$% ��(�� �&� �&'�4Wien2k ? ��� # �6/" ���M"?(�@��
#&64� �67�01384
16 #�?&" -���0% ]� #$% )�)# �'&4 ���� 53�� �"�3�4 �67�084
17 ���...3�? &He..." #...$%�� �&�
��&,� ��'&4 # )�)��� u�M�� #�6/" # P5� 53�� �"�3�4 �67�084
18 �I 5...$ ...]&��� #...$% �� �
G�6/" )��� # �&'�4 ? q��/��'&4 # )� 53�� �"�3�4 �H'1384
19 �M�� � �0&�� Q�) L�/ �3,��� q��/ ? ���� �U5�4�&� !�F �"�&' ? ,)����'&4 # )�) ���
53�� �"�3�4 14-04-85
20 > ?&� @'' #$% � ��� # ���� 5�)�� -��� ? �&'�412O5Al3Y 53�� �"�3�4 14-04-85
21 $%# "&N'&� 5�,# �(�)# Nd:YAG ���P67 &4 53�� �"�3�4 15-11-1385
22 @�R� �R&� L�/ �"� &'�� 53�� �"�3�4 23-11-1385
23 $%# 5H�# � &�# "�&'� ���4& 0 ��� A/" ? 53�� �"�3�4 14-12-1385
24 $%# ��� � �&�3 uM3 5� �����# R?&/� )�? �( H3?�# 5=� uH�% ' 5M &N
53�� �"�3�4 21-12-1385
25 $%# ��� ...� S?�# 5��# "�&' ? ,)��� � q��/�( M�
��&"� @# ��&6M)�?( ) @PZT( 53�� �"�3�4 ���&/1386
٤٥
26 ���5� �]&� L�/ F���" !� L 5�'?� #HI�� 53�� �"�3�4 ���&/1386
27 $%# &H�� 5�IE# c � ��� 3 A7�� X?� '�I�� ) �g'CVD( 53�� �"�3�4 17-06-87
28 $%# � 5lI�� L�7� "�&'� &v�# 5� &' D�6"� &+�# �/&<� 3,��� ?� �6/" ��# ���'#
53�� �"�3�4 31-06-87
29 ��"=� ��" L�/ U5�4�&�� p���� ���� ��" 6��
(SERS) � �"�3�453� 12-09-87
30 $�B IF� L�/� U5�4�&� ? rCR� (�� Y��k ��� 0� ���# 53�� �"�3�4 23-10-87
31 &67U��� L�=3 L�/ I")��� �l?P &64�#(
? UT� # H)��"# 3��/�5# 0� -53 6/"&4��� H)67 ? ' &4��� -T P67TiO2
&64�# 06-11-87
32 &67U��� L�=3 L�/ ")I��� &64� �?�#(
H3?�# 5R ; Y��k��� A/" 5�)% &� � 0� �� �
&64�# 27-11-87
33 $%# ?&� @'' > I")��� �l?P &64�#(
�5��# 6���M� "5� u�3� # ~6��; &B�� ? &� &�/� �/���
&64�# 08-02-88
34 $%# &�=� _=�# e"�?&6M)����{� "�3�4� 53�� 20-03-88
35 &67U��� L�=3 L�/ I")��� "l�&64� �#(
"�&'� X?�� �6/" ��� A/" �� P�&�?�5 &64�# 15-02-88
36 $%# ?&� @'' > I")��� �l?� &64�#(
# ��" A ��� 5� %&� �� � ��� -5 5� 0� -��6"�#��� &=�� ���&'g�
&64�# 30-02-88
37 $%# ?&� @'' > I")��� "l�� &64�#(
��" ��6 0�� � ��� -5��4 A ,� 5� ? 677U ? -5 # H�% �� �Q��
&64�# 09-03-88
38 &� L�/ L ��� !"� 0�e�4 ��� )�)��� ? A# �'&4� "�3�4� 53�� 30-04-88
39 t�� �HR � &� #$% @���&" ��3 53�� �"�3�4 04-07-88
40 � L &� L�/#&7� #�(�) �U5�4 X?� ' Y��k ��� 5�)�� 53�� �"�3�4 31-06-89
41 �M��" >I" L�/ �)/�� # �6/" ��� 53�� �"�3�4 31-06-89
42 #&6�Q4 @�3?� L�/ 6� ���� ���" �U5�4�&� ? ���� ���" !�F 53�� �"�3�4 06-07-89
43 Y��" �]&� L�/�v�E
� #H3? �(� 3��/ #H)��" -�0' *� -53 _7E #5��5N��'
53�� �"�3�4 06-07-89
44 ���5� �]&� L�/ (0U 0�) ���� ��� (6�" # ��('� ? X?� #&64� 27-09-89
45 ���5� �]&� L�/ � � 0�) ���� ��� (6�"– (5�R 0� #&64� 27-09-89
46 ���5� �]&� L�/ &�; @�6�� ��/ #&64� 28-09-89
47 >I6)��'� �E�� L�/ ���� ���� �U5�4�&� �"�&' ���" 6� SERS ? P�M)�� @� #0"�M3% �� �% � ����
53�� �"�3�4 22-01-90
48 y 3 -5�," L�/ ���" 6� p���� ���� �U5�4�&�
(SERS) 53�� �"�3�4 24-01-90
49 H)� L�/���IE� � F�) #�)� A7M3?&� ���" !�#�( )LIBS( 53�� �"�3�4 23-06-90
50 #&'B ���,� L�/7 �
��� �� ��� #�?��� r%
53�� �"�3�4 28-10-90
51 -��0 #&63�3 >7E #$% �?��� A/" #�&' �U5�� �M���&" # A 0�e�4 ��� 53�� �"�3�4 15-11-91
52 " #$% �Q"��&��� 5��=�=E
��6 � �&' #� ��5N�� #5�3��/ # P��" 53�� �"�3�4 15-11-91
53 �"5�� IF� L�/ �� *��� p.���� �� ���I."Q� Y�&.+� ? #(.�� # �6/" #.. P��.." !..�6g� #.. u..7� �� ���..6���4 � %�..4
#5�3��/
53�� �"�3�4 15-11-91
54 �;�&< &=4� #$% �I")�� �l?P #&64�(
#����� rkR ���� #&64� 21-12-91
55 �5B I�" L�/ ���I") �l?P #&64�(
Pi?&\� �M������ q��/ #&64� 21-12-91
٤٦
����� ����14:
:�$������� ���� �� ��� ���� ��� !���� ���
������ �� ���I" ����� ������ ���� -N���� �� ��� � ��
1 5�" #$%G#&$' 5E� &' (D�6"� -5 5� )�M &6M)� #H��5�� &+� !�F 0U
G53�� �"�3�4 �6�H'5�H3 >IH'1371
2 G��' >��� 5I�� #$% �� 0.� . ?�0 ? r.�0' [ &] >�' f'�?� >��,� ..' !..�6g� #.. �?0 �� z&.."?&� V��..�� ���../&'
Y�5�R
G53�� �"�3�4 L�,� A�'&���&H�
#�1372
3 #$% >.I< ��� 5I�� Gy���
#.H ?&U �N6.7=I P?�5.R >�.�,� ? �"�&' #H)�M)�� � o� ? #� ���6XF.
G53�� �"�3�4 �6�H'5�H3 �67�01373
4 G��0���/ 5�IE #$% Y�."�� # �6/" ( � >��,� ? #&v� ,)�� #H)�M)��6XF .
G53�� �"�3�4 �6�H'5�H3 �67�01373
5 3 5I�� #$%GhI �� �)�..M)�� Y�.."�� |�..H� #&..v� ..,)��H)�M)�� ' �R�/ #H�?&6M)� *�4�5��
G53�� �"�3�4 L�,� A�'&���&H�
�67'�1374
6 G�'�"�&�� [��� #$% #.H)�M)�� �� �)�.M)�� ? �.I�� # �6/"( �
6XF .
G53�� �"�3�4 L�,� A�'&���&H�
�67'�1374
7 �3 -5 &� L�/G�� {�� # �(�) G53�� �"�3�4 L�,� A�'&���&H�
�67'�1374
8 #5"� I L�/ L�� �� � ��� � �6/" �&'�4 0� #0�5�� L�<��?% >� ?
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
�H'1384
9 #5.I6,� � 5/ L�/#�'%5I��
YAG �(�)# -����/ 5�R A)E
?� � &F H�% 0� -��6"� ? 53 53�� �"�3�4 G��Q"� ��0%
PI3 ��&H� �H'1384
10 #��� hU&� L�/ �"�&' Y�5$&� # �(�) &�+�� &' ' # ���' ��/&�; �M�6�� A�B/
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
�H'1384
11 ..]�5I�� 5��.." #..$% ���7E5��"
�"�&' /��&'�4� �6/" �H� #H3?�? q��)�)��� # >'&4
53�� �"�3�4 G��� ���5H��
�67�01384
12 � >H�� 6��3 L�/ �"�&' ? @������ � ��� # ���' ,)��GH�% �""� q��/ ? �&'�4
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
-�&��1385
13 -��0&$..' �5�..3 L�../#&'��
" G,)�� )�) D0� # c # �&'�4 ? A/G>'&4 � ��� #
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
-�&��1385
14 #5�,"&�� �5� L�/ 0� -53 �H� #5�"��/ # P��" �"�&'? ���' @� >M���" ���' h' ? q��/ ,)��
H�%
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
-�&��1385
15 �o�� &+ L�/
? � � 0� 0� � ��� �,'� ' Y��k A/" �"�&'H�% �M�6�� # �&'�4 ? q��/ ,)��
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
-�&��1385
16 #&�v� L &� L�/ ��U _I)� D0� # c A/" # X?�Gz&"?&� �E� �� H�% �M�6�� q��/ ,)��?
�3�453�� �" G��Q"� ��0%PI3 ��&H�
-�&��1385
17 -��0 >�7E hU&� L�/d�? ���'
��,�< 0� -��6"� &' 5�4� ' � ��� Y��k -0�5�� @��M�# �?&6M)� �M"?&M��� GXRD ?
RamanG
53�� �"�3�4 G��Q"� ��0%PI3 ��&H�
���&/ 1386
18 $%# �=R 5�E# "�&'� /" ��� �6# 5,' @ # �&,� ?� /&'� X?�# GH�% (6�"
53�� �"�3�4 G��Q"� ��0%(4&� ��&H�
28-11-1386
19 ..$%# 5..IE�..��&H'� "�&'� U5�7 �?&6M)� X?�� &=�� ��� �H� ��53�� �"�3�4 G��Q"� ��0%28-11-
٤٧
��� 0� G�% �� &+�� u���� ? (4&� ��&H� 1386
20 =R� �N� L�/� U5�4�&� 0� -��6"�� ���� �&'# 0" m)/ 5�?�# CNTs
53�� �"�3�4 G��Q"� ��0% ��&H�PI3
21-03-88
21 =E -��" L�/�=� ���'# ������M� H�% �&'�4 ? ��� Y�&'g� ��#
53�� �"�3�4 G��Q"� ��0% ��&H�PI3
21-03-88
22 0�(,� �5� L�/# 0�e�4��� �&'�4 A# � # H)��" ��# 3��/�5#
53�� �"�3�4 G��Q"� ��0%(4&� ��&H�
04-05-88
23 #��(H' IF� L�/ #5,'?� # L67�" �� ���� p���� L7��M� 53�� �"�3�4 -N�����H�B�
03-08-91
����� ����16:
�$������� ���� �� ���� ��� �(� !���� ���
������ �� �������I"� ������ ���� ��� � ��
1