Explain why neutron induced reactions are most common whereas deuteron induced reactions require accelerator facility to carry out these reactions.
Neutron-induced reactions are most common in nuclear and analytical chemistry because neutrons are electrically neutral particles, which allows them to penetrate the positively charged nucleus without facing Coulombic repulsion. This characteristic makes neutrons highly effective in initiating nuclear reactions even at relatively low energies. Neutrons can interact directly with nuclei to produce activation, fission, or transmutation reactions. In electroanalytical and other analytical methods, neutron ____ _____ _________ _____ __________ _____.
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Explain why neutron induced reactions are most common whereas deuteron induced reactions require accelerator facility to carry out these reactions.
Explain how thermometric titrations are different than classical titrations. Discuss their advantages.
(b) What is the principle of differential scanning calorimetry (DSC)? Draw the schematic diagram of a DSC instrument.
What information does the energy dispersive spectroscopy (EDS) provide? Write any three applications of EDS.
What is dropping mercury electrode? Give its advantages.
What is Coulometer? Explain briefly. Write cathodic and anodic reaction of hydrogen-nitrogen coulometer, where 0.1 M hydrazine sulphate is used as the electrolyte.