Polarizing microscope i (a, b1, b2) b3

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

A.

B.

C.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Zn-

A.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

A.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Professor Razeghi

SiC

A.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

polarizer

analyzer

add.

analyzer

O3

O1: micropipe O2, O3: no double refraction points

A

B

A.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

polarizer

analyzer

add.

analyzer

O3

X' : longbar fastwave

Z' : shortbar slowwave

O1: micropipe O2, O3: no double refraction points

Slip Plane

dislocation line

compressiontension

A.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

A.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

B.

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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B-2

B-3

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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c-axis

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B-1

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Web

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

a b

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

CaCO3;

A

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O E

O E a b

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A

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a

B'

A

B''

b

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

CaCO3;

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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B-2

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

B-2

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Retardation -3 R (retard) Retardation

R d n2 n1

R

R = nλ (n=0, 1, 2R = n λ

R = d(n2-n1)

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

460 nmR = 230 0 nm

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

530nm

760 nmμ

300 nm

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

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Na D 589.3 nm 1/4 R R=147.3 nm Na D 1/4 test plate -2 X' Z' 1/4

X' Z' X' Z'

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Quartz wedge R

R R

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

6 longation, Zone character �

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

6 (optical orientation) elongation, Zone character �

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Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

Polarizing Microscope I (A, B1, B2)

Nagoya Institute of Technology

c Z

Y

X

B-3.