For power generation, nuclear reactors use radioactive materials as fuel. From fuel enrichment stage its waste and even after that the radioactive materials remain active in emitting radiation. During fuel enrichment, transportations, handling, reactors operation and waste storage process a minor leakage of nuclear radiation brings sever health and environmental issues. The exposure from low to medium radiation badly damages the biological cells resulting different types of cancer and genetic diseases in progeny. Very high radiation exposer severely damages the most of human body systems stopping all functions that leads to an immediate death (Cohen n. d).
A major risk associated with nuclear power generation is nuclear reactors core or fuel meltdown due to extremely high temperature. Though they are very few incidents of nuclear reactor meltdown yet they result number of casualties along with sever environmental consequences. Also, in case of natural calamity, the issues to control and shut down of nuclear reactors also impart another risk associated with nuclear power. Additionally, improper storage and handling of used reactors fuels also pose a threat both to humans and environment (Cohen n. d).
The information given in article is relevant to the information presented by Trfil and Hazen in their book; The Sciences: An Integrated Approach in many respects. Both the works highlighted the radiation, its types, applications and the risks associated with radiation. Also detail discussion about the nuclear reactors, their structure and construction and types of nuclear reactions has been given in article just similar to the course work given in above mentioned book written by Trefil and Hazen (2007).
The importance of above cited article is attributed due to fact that it gives detail information about nuclear radiation, the nuclear power generation and