Experimental-Method-in-Nuclear-Physics

Experimental Methods in Nuclear and Particle Physics

核物理与粒子物理实验方法 课程

课程信息

• 教学大纲

参考书

• Techniques for nuclear and particle physics experiments, W.R. Leo, 2nd Ed., Springer-Verlag, 1994
• Nuclear Radiation Detection and Measurement, Glenn F. Knoll, 4rd Ed., Wiley and Sons., 2010

• Particle Detectors: Fundamentals and Applications, H. Kolanoski  &  N. Wermes, Oxford University Press, 2020

• 原子核物理实验方法(上册) 第三版 原子能出版社
• 粒子探测技术

ROOT Lecture

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• Root Lecture

作业

• 课程作业

高阶数据处理课程

• 核物理实验数据处理

Lecture Notes

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Chapter 0. Introduction

Chapter 1. Interaction of Radiation with Matter

• Reference
  • Telescope
    • LASSA
    • HIRA
  • Gamma Detector
    • Gamma Spectrum Features
    • DALI
  • Multi-Neutron
    • Detection of neutron clusters
    • On the possible detection of 4n events in the breakup of 14Be
    • RIKEN 4n
    • Nature 4n

Chapter 2. Statistics and the Treatment of Experimental Data

• Reference
  • Poisson Distribution
    • Superheanvy elements Z=113
  • Null experiments
    • Location of the Neutron Dripline at Fluorine and Neon
  • 中心极限定理
  • 相邻事件时间间隔分布
  • 源和本底测量时间分配
  • 最大似然法拟合
  • Maximum likelihood method
    • Fitting and Parameter Estimation
    • Superallowed Gamow-Teller decay of 100Sn
  • Systematic error
    • 16C_neutron halo

Chapter 3. General Characteristics of Detectors

• Reference
  • 时间常数与输出信号形状

  • Chapter 4. Gas-filled Detectors

• Grid ionization chamber signal simulation & experimental data
  • GIC simulation
  • pulses from simulation
  • Experimental Data
  • Comparison between exp and sim
• Reference
  • Development of Parallel Plate Avalanche Counter (PPAC) for BigRIPS fragment separator

Chapter 5. Scintillaton Detectors

Chapter 6. Semiconductor Detectors

Chapter 7. Electronics for Pulse Processing

Chapter 8. Data Acquisition Systems

Chapter 9. Digital Pulse Processing in Nuclear Physics

Chapter 10. Accelerator

Chapter 11. Ion Beam Analysis