In a nuclear reactor, the excess neutrons produced from fission are absorbed by elements, preferably in solid form, which will not undergo fission when they absorb a neutron. From the table below, choose the best material to absorb neutrons in a nuclear reactor, and then explain your choice. Half-lives of isotopes Isotope Half-Life (if unstable) 1H stable 2H stable 3H 12.3 years 12C stable 13C stable 14C 5730 years 27Al stable 28Al 2.25 minutes 209Bi stable 210Bi 5.01 days
In a nuclear reactor, the excess neutrons produced from fission are absorbed by elements, preferably in solid form, which will not undergo fission when they absorb a neutron. From the table below, choose the best material to absorb neutrons in a nuclear reactor, and then explain your choice. Half-lives of isotopes Isotope Half-Life (if unstable) 1H stable 2H stable 3H 12.3 years 12C stable 13C stable 14C 5730 years 27Al stable 28Al 2.25 minutes 209Bi stable 210Bi 5.01 days
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter19: The Nucleus: A Chemist's View
Section: Chapter Questions
Problem 34E
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In a nuclear reactor, the excess neutrons produced from fission are absorbed by elements, preferably in solid form, which will not undergo fission when they absorb a neutron.
From the table below, choose the best material to absorb neutrons in a nuclear reactor, and then explain your choice.
Half-lives of isotopes
| Isotope | Half-Life (if unstable) |
|---|---|
| 1H | stable |
| 2H | stable |
| 3H | 12.3 years |
| 12C | stable |
| 13C | stable |
| 14C | 5730 years |
| 27Al | stable |
| 28Al | 2.25 minutes |
| 209Bi | stable |
| 210Bi | 5.01 days |
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