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Introduction

Projects

Scheduling

Reports

Assessment scheme

 
   
   
relativity 1. Special relativity

Verify energy-momentum equation in special relativity and learn β decay.

Downloads:

Special relativity  (Project objectives)

Special relativity lab manual

Notes on vacuum pump

Lecture notes on nuclear detectors

MCA spectrum peak fitting with Origin 6

Websites:

Notes on radiation safety (By University Safety Office, CUHK)

neclear 2. Nuclear detectors & spectroscopies

Operate various nuclear detectors and learn α, β, γ spectroscopies.

Downloads:

Nuclear detectors and spectroscopies (Project objectives)

Notes on vacuum pump

Lecture notes on Gamma activity of K-40 in natural materials

Lecture notes on nuclear detectors

MCA spectrum peak fitting with Origin 6

Websites:

Notes on radiation safety (By University Safety Office, CUHK)

Amptek MCA8000D manual (By Amptek)

lab1 3. Rutherford scattering

Verify Rutherford scattering and prepare targets for Rutherford scattering experiment.

Downloads:

Rutherford scattering (Project objectives)

Notes on vacuum pump

Lecture notes on Rutherford scattering

Lecture notes on nuclear detectors

MCA spectrum peak fitting with Origin 6

Websites:

Notes on radiation safety (By University Safety Office, CUHK)

muon 4. Muon lifetime measurement

Measure cosmic muon flux.

Confirm high penetration power of cosmic muons and measure muon half-life.

Downloads:

Muon lifetime measurement (Project objective)

Websites:

Ortec EASY-MCS Multichannel Scaler manual (By Ortec)

diode 5. Diodes

Learn different types of semiconductor diodes and their applications.

Downloads:

Diodes (Project objectives)

Operation manual of SM-240 spectrometer

RTD Temperature vs. Resistance Table

Websites:

PASCO function generator PI-8127

Alloy 6. Magnetic property of Cu-Ni alloy

Prepare CuNi alloy samples and study various magnetic properties and their field- and temperature-dependence.

Downloads:

Magnetic property of Cu-Ni alloy (Project objectives)

Operation manual of Arc Melting Furnace

Lecture notes on X-Ray Diffraction (XRD)

Operation manual of Vibrating Sample Magnetometer (VSM)

Reference (e-Book) :

B. D. Cullity, “Introduction to magnetic materials” (QC753.2.C84 1972)

YBCO 7. High Tc superconductors

Prepare two YBCO based high Tc superconductors;

Observe and measure several basic properties of high Tc superconductors.

Downloads:

High Tc superconductors (Project objectives)

Note on preparation of YBCO

RTD Temperature vs. Resistance Table

4-point probe method for resistance measurement

Lecture notes on superconductivity

Lecture notes on X-Ray Diffraction (XRD)

Operation manual of Vibrating Sample Magnetometer (VSM)

lab2 8. Jumping ring (Under construction)

Demonstrate Lenz’s law with the jumping ring.

 

Downloads:

Jumping ring

oscillator 9. Coupled oscillators

Verify the theory for coupled oscillators with arbitrary initial conditions using electrical circuits; Observe normal modes and determine their frequencies.

Downloads:

Coupled oscillators (Project objectives)

Experiments on a coupled oscillator

ADG451_452_453 datasheet

SN74LS04N datasheet

Wilberforce pendulum (Project objectives)

MathCad Program (Fourier Transform) for Wilberforce pendulum experiment

soliton 10. Water wave and soliton

Understand non-linear physics with soliton wave in water.

Downloads:

Water wave and soliton (Project objectives)

Solitons in undergraduate laboratory

Operation manual of Resistance-voltage convertor

Websites:

Introduction to PASCO Capstone and the PASCO 850 Universal Interface

PASCO function generator PI-8127

heat 11. Heat engine

Understand the principle of a heat engine and a heat pump (Peltier cooler); Measure the heat engine efficiency properly; Measure Seebeck coefficients as a function of temperature.

Downloads:

Heat engine (Project objectives)

(PASCO) Thermal Efficiency Apparatus manual

Websites:

OMEGA Web Technical Temperature Reference

NMRpulse 12A. Pulsed NMR

Understand the principle of pulse nuclear magnetic resonance (PNMR) and investigate spin coherence relaxation.

Downloads:

Pulsed nuclear magnetic resonance (Project objectives)

(Teachspin) Pulsed nuclear magnetic resonance spectrometer manual

NMR 12B. Continuous Wave NMR

Understand the principle of continuous wave nuclear magnetic resonance (CWNMR).

Downloads:

Continuous wave nuclear magnetic resonance (Project objectives)

cavity 13. Optical resonator

Understand the principle of optical Fabry-Perot cavity;

Learn light coupling into the cavity; Use optical cavity to analyze laser spectrum.

Downloads:

Optical cavity (Project objectives)

Websites:

Thorlabs (Optical elements)

What is a CCD? (Spectral Instruments, Inc)

Mightex Systems (CCD Camera)

PASCO function generator PI-8127

CCD 14. Charge-coupled devices (CCD)

Understand the operation principle and characterize a CCD camera.

Downloads:

Charge-coupled devices (CCD) (Project objectives)

Operation manual of SM-240 spectrometer

Websites:

Thorlabs (Optical elements)

What is a CCD? (Spectral Instruments, Inc)

Mightex Systems (CCD Camera)

lab2 15. Single photon interferometer

Generation and verification of single photons.

Downloads:

Single photon interferometer (Project objectives and references)

saturation 16. Saturation spectroscopy

Learn atomic structure of alkali atoms; Understand absorption and saturation absorption spectroscopies; Demonstrate saturation spectroscopy.

Downloads:

Saturation spectroscopy (Project objectives)

Websites:

TeachSpin Diode Laser Spectroscopy

Brownian 17. Brownian motion

Brownian motion of nano-particles in fluid.

 

Downloads:

Brownian Motion (Project objectives)

Websites:

Mightex Systems (CCD Camera)

ImageJ (Image processing and analysis software)

Edited by Gary Lai
Updated on 2020/05/27