A neutron reacts with 147N. What element results if a proton is subsequently emitted?
What would be the Atomic Mass Number of the product nucleus in question 1?
What is the Q-value of the nuclear reaction in question 1?
The reaction in question 3 is
168O+p -> 42He+?
What is the Q-value of the reaction in question 5?
The reaction in question 6 is
42He+5626Fe ->21H+?
11H+21H -> gamma+?
What is the Q-value of the fusion reaction in question 9?
32He+32He -> 11H+11H+?
What is the Q-value of the fusion reaction in question 11?
n+23592U -> n+n+14257La+?
If the target nucleus in question 13 was 23994Pu instead of 23592U and eveything else was the same what would be the answer?
The fission reactions in question 13 and 14 can be initiated by a neutron with essentually zero energy, however a great deal of energy is required to initiate a fusion reaction such as the one in question 11. Calculate an initiation temperature for the fusion reaction in question 11?
Which of the following is not an example of ionizing radiation?
Which of the following is not an example of charged particle radiation?
Which of the following is not a unit radiation dose or exposure?
At a certain location near a radioactive source 1x1012 ion pairs are produced in one gram of air during a period of time when the source was opened. If the dose was 0.625 R, what was the average ionization energy?
If a lab worker is exposed to radiation such that 50 J of energy is released throughout his 100 kg body, what whole-body dose did he receive?
What is the dose for question 20 in gray?
If the radiation in question 20 was gamma radiation, what effective dose did the lab worker receive?
If the radiation in question 20 is slow neutron radiation, what is the effective dose received by the lab worker?
A lab worker is positioned in such a way that her 50 kg body intercepts 1% of the 1 MeV gamma rays emitted by a 2 mCi source. If half of the gamma rays are stopped in her body, what was her dose rate in mrem/hr?
Assuming 50 weeks per year and a 5 day, 8 hour/day work week, what will be the yearly exposure of the worker in question 24?
