목차/차례
1. What is the element (atom) of body emitting radiation (Lab 1)
2. Quenching Gas (Lab 1)
3. Plot a GM operation curve (Counts vs. High voltage) (Lab 1)
4. Conditions from Binomial distribution -> Poisson distribution Poisson distribution -> Gaussian (Lab 2)
5. Which distribution is easiest and hardest to calculate (Binomial vs. Poisson vs. Gaussian) (Lab 2)
6. Write the sources of ionizing background radiation. (more than 2) (Lab 3)
7. Write the sources of non-ionizing background radiation. (more than 2) (Lab 3)
8. Plot the signal of GM tube with dead, resolving and recovery time with Vth. (Threshold voltage) (Lab 4)
9. Explain two-source-method to calculate resolving time. (Lab 4)
10. If the measured count is 1000 cps and resolving time is 500 sec, what will be the corrected counts (Lab 4)
본문/내용
[고려대학교 보건환경융합과학부 방사선안전분석] Final Report
목차
1. What is the element (atom) of body emitting radiation (Lab 1)
2. Quenching Gas (Lab 1)
3. Plot a GM operation curve (Counts vs. High voltage) (Lab 1)
4. Conditions from Binomial distribution -> Poisson distribution Poisson distribution -> Gaussian (Lab 2)
5. Which distribution is easiest and hardest to calculate (Binomial vs. Poisson vs. Gaussian) (Lab 2)
6. Write the sources of ionizing background radiation. (more than 2) (Lab 3)
7. Write the sources of non-ionizing background radiation. (more than 2) (Lab 3)
8. Plot the signal of GM tube with dead, resolving and recovery time with Vth. (Threshold voltage) (Lab 4)
9. Explain two-source-method to calculate resolving time. (Lab 4)
10. If the measured count is 1000 cps and resolving time is 500 sec, what will be the corrected counts (Lab 4)
11. If you measure counts using GM tube, what kinds of corrections should be done to measure the efficiency…