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Solve your IGNOU Doubts
Question:

 

Describe the method of performing Vicker’s hardness test with appropriate diagram.

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Question:

Explain the Austenite to Martensite diffusionless transformation with example.

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Question:

 A thin equation target of equation thickness is bombarded with a proton beam resulting in equation. Calculate the reaction cross-section equation for this nuclear reaction.

Given: Density of equation

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Question:

Differentiate between Avrami and Johnson-Mehl models of phase transformations.

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Question:

Explain the phenomenon of nuclear fission. What is the importance of chain reactor in nuclear fission? Explain briefly the principle of operation of a nuclear reactor.

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Question:

A reactor operating at a power level of equation uses thermal neutrons producing fissions of equation. If the thermal flux is equation, calculate the mass of equation present in the reactor? Assume equation.

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Question:

Explain Lever rule with appropriate diagram.

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Question:

The enthalpy of vacancy formation in nickel is equation, and its melting point is equation. What is the equilibrium vacancy concentration in nickel at equation ?

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Question:

What is reciprocity theorem of nuclear reactions? Obtain its mathematical expression. Rewrite the reciprocity theorem considering the spin of all the involved nuclei.

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Question:

Explain Fick’s diffusion laws.

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Question:

Calculate the energy produced (in Joules) by fission of equation of equation.

Given: The energy released per fission of equation is equation.

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Question:

Obtain an expression of momentum distribution of equation-particles in the momentum range equation to equation, considering the Coulomb correction term. Also, derive the energy distribution function to get the shape of the equation-decay spectrum.

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Question:

What is F centre defect? Why is there a characteristic absorption energy associated with the F centre? If the F centre absorption energy for CsCl is 2.0 eV, what is its characteristic absorption wavelength? 

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Question:

equation-decay process with one example

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Question:

 

In the inclined crystal plane arrange the following sites in the order of increasing possibility of crystal growth site: terraces, kinks, ledges. 

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Question:
  • Nuclear isomerism 
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Question:
  • Internal conversion,
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Question:

Write the symmetries associated with the following 2-D defects:

i) Grain Boundary

ii) Twin Boundary

iii) Stacking Fault 

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Question:

 Determine the expected shell-model quadrupole moment of equation.

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Question:

Write the semi-empirical mass formula. On the basis of semi-empirical mass formula, derive the condition of stability of a given nucleus.

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