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X-RAY DIFFRACTION- PHY569

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

X-RAY wave length

a)

100-2-10nm

b)

1-2-10nm

c)

10-2-10nm

d)

102-10nm

2.

How to produced X-ray ?

a)

By heating electron by uv radiation.

b)

Knocking only e-

c)

Loss of inner shell e– one of the outer e– will fall into the vacant orbital with the simultaneous emission of X-ray photon

d)

None of the above.

3.

Bragg equation is

a)

nλ=2 sinθ

b)

n=2d sinθ

c)

nλ=2d sinθ

d)

nλ=2f

4.

Device for restricting wavelength range is

a)

Geiger tube

b)

Goniometer

c)

Coolidge tube

d)

Rotameter

5.

Collimators used in XRD are made up of

a)

Thin quartz tube

b)

Thin glass plates

c)

Thin metal plates

d)

All of the above

6.

Which of the following techniques can be considered as finger spectra

a)

NMR

b)

Mass

c)

X-ray diffraction

d)

Fluorimetry

7.

The detector in X-ray diffraction that detects the visible radiation is

a)

Proportional counter

b)

Silicon diode

c)

Golay detector

d)

Scintillation counter

8.

Scherrer Equation is

a)

t=KλB cos⁡θt=\frac{K\lambda}{B\ \cos\theta}

b)

t=Bκ2λ cos⁡ θt=\frac{B\kappa}{2\lambda\ \cos\ \theta}

c)

t=2πN sin⁡θt=\frac{2\pi}{N\ \sin\theta}

d)

t=αρ sin⁡θt=\frac{\alpha}{\rho\ \sin\theta}

9.

The plot drawn in x-ray diffraction spectra is

a)

Intensity Vs angle

b)

Intensity vs l

c)

l vs Angle

d)

interatomic distance vs angle

10.

What is the usefulness of XRD?

a)

To determine the Miller indices.

b)

To distinguish between amorphous and crystalline material.

c)

To determine the surface methodology of material.

d)

To obtain ionic conductivity value.