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School of Physical Sciences
राष्ट्रीय विज्ञान शिक्षा एवंअनुसंधान संस्थान
National Institute of Science Education and Research

NISER

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  2. Teaching Laboratories for Int. MSc-PhD

Teaching Laboratories for Int. MSc-PhD

Int. MSc-PhD
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1st Semester

Integrated M. Sc-Ph D first semester experiments -Part I (P741)

Anolog and Digital electronics lab experiments 
  1. Recapture of basics (Includes Identification of components, familiarisation with power supply. Function Generators, Oscilloscopes, Diode characteristics)
  2. Transistor (CE) characteristics, single and two-stage RC coupled amplifiers.
  3. Operational amplifier basics and applications
  4. Phase shift Oscillators
  5. Passive and active filters
  Manuals

  Introduction Identification of circuit components

  1. Diode Characteristics and Rectifier circuits
  2. RC filter circuits and LCR resonance circuits
  3. Transistor Characteristics and  amplifier circuits
  4. OPAMP circuits - basics
  5. OPAMP circuits - applications
  6. IC 555 multivibrator circuits
  7. Digital Electronics- Boolean logic and adder and subtractor circuits
  8. Digital Electronics- Flip flop and counter circuits

Integrated M. Sc-Ph D first semester experiments -Part II (P742)

General physics Lab experiments
  1. Coefficient of linear expension by Fizeau's method
  2. Young's modulus by Cornu's method
  3. Magnetic susceptibility of a paramagnetic material by Quincke's method
  4. Dielectric Constant of different materials
  5. Specific charge of electron
  6. Magnetic Hysteresis of ferromagnetic materials
Modern Physics Lab Experiments 

1. Measurement of Elementary charge by Millikan oil drop method

2. Study of Zeeman effect

3. Study of Hydrogen Spectra (Balmer Series)

4. Emission Spectra of Metals and Absorption Spectra in Iodine Vapour

5. Study of Lock in amplifier

6. Study of Franck Hertz experiment

7. Study of Electron spin resonance

2nd Semester

Integrated M. Sc-Ph D second semester experiments -Part I (P743)

Nuclear Physics Lab Experiments (P743)

      Radiation safety instruction

  1. G.M. 1: Basics of GM Counter-Characteristics and Counting Statistics. [ Manual ]
  2. G.M. 2:  Application of GM Counter(Range of Beta Particles, Attenuation of Bremsstrahlung, Half-life measurement, Back Scattering etc.) [ Manual ]
  3. Study of Gamma Ray Spectroscopy by SCA and MCA [ Manual-SCA ] [ Manual-MCA ]
  4. Study of Gamma-Gamma Coincidence using Na-22. [ Manual ]
  5. Study of Rutherford Scattering [ Manual ]
  6. Construction of ADC and DAC circuits [ Manual ]
  7. Analog to Digital conversion and Digital to Analog conversion with sample and hold (ADC-DAC-2) [ Manual ]
  8. Study of Compton Effect. [ Manual ]

Solid State Physics Lab Experiments (P744)

  1. Measurement of resistivity and determination of band gap using Four-Probe method
  2. Bandgap measurement by Uv-Vis Spectroscopy and analysis of band structure
  3. Hall effect of semiconductors
  4. Magnetoresistance and Hall effect of Bismuth
  5. Mono-atomic and diatomic lattice vibration study using electronic circuits
  6. Study of phase transition in BaTiO3
  7. I-V characteristics of solar cell
  8. C-V characteristics of solar cell
  9. and 10. Experiments with Seelab3.0 [ Note | Unit Manual | EM Induction | 555 Timer ]
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