1

/

.

. ,

/, /

-

.

1 2 3 4 5 6

1 .

. , 44, 1122 (1963) 3 . . . . . . . . . . ..

2 .

. , 46, 1212 (1964) 3 . . . . . . . . .. . .

3 .

. 1, 219 (1965) 2 . .

4 .

. . . 6, 209 (1965)

2

5 , .

. . . 4, 259 (1966)

2

6 .

. . ., 1, 21 (1965)

3 . .

7 .

. . .

196182 . 21 .18/01 2.VI.65.

8 .

. . . .2, .1, 1967., . 27-31

3

9 .

. . . , 2, 5, 376 (1967)

2

10 .

. , 2 1968 (29) 2

11 Al2O3.

. . . , 2, 6, 443 (1967)

2 .. ..

12 .

. . . , 3, 146 (1968)

2

13 CsI.

. . . , 3, 1, 63 (1968)

3 .. ..

14 Al2O3 .

. . . , 3, 220-221 (1968)

2 .. .. ..

15 .

.

. XIV, 5, 936 (1968)

2 .. ..

16

. . . , 222-223 (1968) 2

2 .

17 .

. . . , 5, 257, 274 (1970)

7 .. . . . . ..

18 Detection of X-ray Transition Radiation by Means of a Spark Chamber.

. Phys. Rev. Lett. V25, N10, 635, 1970

5 A.I.Alikhanian G.M.Garibian

K.K.Shikhliarov K.M.Avakian

19 .

. . . , 5, 180-182 (1970)

2 ..

20 A new Method for the Determination of Charged Particle Trajectory Coordinations.

Instrum. Symposium on Nuclear Electronics Versaills, September

VIII-36-1 (1968)

3

21 A new detector for the Energy Determination of Relativistic Particles.

Instrum. Symposium on Nuclear Electronics Versaills, September

VIII (1968)

2

22

. , 3, 73 (1971) 2

23 .

. . . , 6, 297 (1971)

5 .. ..

..

24 .

. , 68, 400-404 (1975) 5 .. ..

25 . . . 18.VI.70 17

..

26 .

. , .16, .6, .315-318 (1972)

4 . . . . ..

.. ..

27 .

. . . , , 7, 118 (1972)

4 .. ..

.

28 .

. . . , , 8, 33 (1973)

4 .. ..

29 .

. , .6, .6, .320-324 (1972)

4 .. ..

30 , Xe.

. , 6, .43 (1973) 3 .. .. ..

31 .

. 57(74) 4 .. .. ..

..

32 .

. 65, 1330 (1973) 7 ..

..

3

..

..

33 .

. 17, 453 (1973) 3 ..

..

..

..

34 .

. I, 65, (4) 13,

28 (1973)

3

35 .

. 58 (74) 10

36 .

. 18, 35 (1973) 4 ..

..

..

..

..

37 KCl .

. 19 (73), 1973

16 ..

..

38 .

. 18, 356 (1973) 4 ..

..

..

..

39 .

. 31, (73), 1973

18 ..

..

40 o .

. 37 (73), 1973

13 ..

41 .

. 40 (73), 1973

14 ..

..

42 o .

. 44 (73), 1973

15 ..

..

..

..

43 .

. 140 (75)

12 ..

..

44 .

. 131 (75)

13 ..

..

..

..

45 .

. 69, 8, 640, 1975 5 ..

..

..

4

..

46 The Investigation of Controllable Secondary Electron Emission from Single Particles.

Nuclear Instr. and Meth. 122 (1974) 377

6 R.L.Kavalov

N.N.Trofimchuk

47 .

Particle Detection by Means of Controllable Secondary Detection Emission Method.

.

.

178 (24)76

Nucl. Instr. and Meth. 140 (1974) 505, 504

8

3

..

N.N.Trofimchuk

48 .

. 4, 73, 1976

2 ..

..

..

49 .

. , 5 (1974), .149 ..

..

50 .

.

. 287,1977.

10 ..

..

..

51 Relativistic Electron Transit. Through Inhomogeneous Media.

. 65 (74) 15

52 A Dielectric Particle Detector. . 280 (5) - 78

5 N.N.Trofimchuk

S.M.Gukasian

R.L.Kavalov.

53 .

. , .78, .3, .936 -940, 1980 4 ..

..

..

..

..

54 .

. , 2, .75-77, 1980 2 ..

..

..

55 .

. IV . . , 1979

4 ..

..

..

..

..

56 Investigation of the dielectric particle detector.

Nucl. Instr. and Meth.167 (1979), 3, p.427

4 S.M.Gukasian

R.L.Kavalov

Yu.L.Markarian

57 .

. 372 (30)-79 5 ..

..

58 .

. . , .44, 3, c.634-636, 1980

2 ..

..

..

59 . 2 ..

5 KCl.

1, .47-49, 1981 ..

..

..

60 .

. IV . . , 1979

3 ..

.

..

. .

61 .

.

. 1977, .449-472

23 ..

62 .

. . ., 16, 2, 114, 1981

5 ..

..

..

63 .

. -407 (14)-80 15 ..

..

..

64 .

. -425 (32)-80 20 ..

..

..

65 .

. . ., 16, .106-113, 1981

7 ..

..

66 ().

. -495, (39)-81 12 ..

..

..

..

67 .

. 795206 8.09.80 .

. .

..

68 .

. 824808 22.12.80 .

..

..

69 .

. 843558 15.02.80 .

..

70 Pulse-supplied Dielectric particle detector.

Nucl. Instr. and Meth. 171 (1980) 3, p.469

4 S.M. Gukasian

R.L.Kavalov

71 A Method for separation of local and spatially distributed Ionizations

Nucl. Instrum. and Methods 187 (1981), p.477

5 R.A.Astabatyan

G.A.Manukyan

K.Zh.Markaryan

72 On some possibilities of extraction of local Ionization on the Background of continuously distributed one in Radiation Detectors.

20- . . , 1980

5 R.A.Astabatyan

G.A.Manukyan

K.Zh.Markaryan

73 Multiwire particle detectors based on porous dielectric layers.

. Nucl. Instr. Meth. Phys. Res. A 350, 244(1994)

6 V.G.Gavalyan K.J.Markaryan

6

74 Multiwire dielectric X-ray detector.

. Nucl. Instr. Meth. Phys.Res. A 340, 625-626 (1994)

2 V.G.Gavalyan

75 A high-time-resolution position-sensitive radiation detector.

. Nucl. Instr. Meth. Phys.Res. A 337, 613 (1994)

2 V.G.Gavalyan K.K.Shikhliarov

76 Detectors of Nuclear Radiation and Multiple Charged Particles With Porous Dielectric Working Media.

. Uspekhi Fizicheskikh Nauk No 11, vol.165, (1995), 1323-1333.

English version - Uspekhi 38(11), (1995)1271-1281.

11

77 The porous multiwire detector. . Nucl. Instr. Meth. A 454 (2000) 257- 259

3

78 .

. 989495 14.09.82

2 ..,

..

79 Study of Counting Characteristics of Porous Radiation Detectors

. Nucl. Instr. and Meth. Phys. Res. A 515, (2003) 701

17 -

80 The Porous Multivire Detector Nucl. Instr. and Meth. Phys. Res. A 454, (2000) 257

3 -

81 Study of Counting Characteristics of Porous Radiation Detectors

Nucl. Instr. and Meth. Phys. Res. A 515, (2003) 701

17 -

82 Porous CsI Multivire Dielectric Detectors

Nucl. Instr. and Meth. Phys. Res. A 510, (2003) 150

9 -

83 New Investigation of Porous Radiation Detectors

Nucl. Instr. and Meth. Phys.Res. A 513, (2003) 394

4 -

84 Investigation of Porous Dielectric Detectors at high intensity Particles

Nucl. Instr. and Meth. Phys.Res. A 570, (2007) 475

5 Lorikyan. M.P., G. A. Asryan,. C. K Gary

85 Phenomenon of spontaneus loss of polarization in some porous dielectrics

J.Phys.: Condens.Matter 19 (2007) 276212

6 Lorikyan. M.P., C. K. Gary

86 Image X-ray Emission Converters and Microstrip Porous Dielectric X-ray Detector

Journal of Applied Physics 104, 094502 (2008)

3 -

87 Spontaneous Increase of Electric Conductivity of Nanostructure Dielectrics

Symposium O: MRS FALL Mitting November 26-30, HYNESCONTION CENTER BOSTON< MA Volume 1038 -O03-01

6 -

88

- PATENT # 147U 6 M.P. Lorikyan H.M. Lorikyan

89

- PATENT # 2158A2 7 M.P. Lorikyan H.M. Lorikyan

90 Microanode Image porous detector

Journal of Applied Physics 105, 024503 (2009)

3 -