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Before It's Too Late: A Scientist's Case for Nuclear Energy Hardcover – January 1, 1983
- Print length308 pages
- LanguageEnglish
- PublisherSpringer
- Publication dateJanuary 1, 1983
- Dimensions6 x 1 x 8.75 inches
- ISBN-100306414252
- ISBN-13978-0306414251
Product details
- Publisher : Springer; First Edition (January 1, 1983)
- Language : English
- Hardcover : 308 pages
- ISBN-10 : 0306414252
- ISBN-13 : 978-0306414251
- Item Weight : 1.1 pounds
- Dimensions : 6 x 1 x 8.75 inches
- Best Sellers Rank: #6,127,968 in Books (See Top 100 in Books)
- Customer Reviews:
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An excellent book with all of the available information on nuclear energy from 1983. It is thirty years old but is still relevant. It was written after the Three Mile Island melt down, and before Chernobyl or Fukishima melt downs.
He worked very hard at publicizing all of the positive things about nuclear energy so that the public could be aware of its advantages. Unfortunately, it was difficult to get a good deal of coverage in the media. Dr. Cohen was saying positive, but boring things, about nuclear energy, and the media and the public were much more interested in the sensational things being said by the anti nuclear crowd., that may or may not have been true. The media was looking for sensationalism and headlines and preferable ones that would scared the public so that they could get more readers and attention.
Chapter 1 he addresses the problems in public understanding that he encountered. When he was providing was factual information about nuclear power, and the media wanted readership, and really cared less about the facts or educating people. Unfortunate approach be the media.
Chapter 2 was all about how dangerous is radiation? He provides all of the information on the hazards or radiation and how nuclear power plants by their design and operation address all of the radiation safety issues.
Chapter 3 dealt with the meltdown of a reactor core as happened at three mile island. He explains all of the issues and events, and why there was not a threat to the people working at TMI, or in the surrounding community.
Chapter 4 Understanding Risk, is where he works to get people to understand risk in their everyday lives. We all all much more likely to die in a traffic accident than a failure of a nuclear power plant.
Chapter 5 address high level radioactive waste and the great myths about it. The rest of the world reprocesses the waste for the fuel, which really reduces the volume of waste. President Carter in the late 1970s made a decision not to reprocess as he considered that the plutonium separated from the spent fuel might be stolen by some rogue nation or whatever, and used in a nuclear bomb. This has not been a problem for France and other reprocessing countries. Chapter 6 is more on waste, where he speaks to the low level waste and issues like Radon.
Chapter 7 is where he speaks to Plutonium and bombs. The short takeaway is that power reactors are not a practical source for Uranium 235 or Plutonium 239 which are required at a high purity or concentration level for use in a nuclear bomb. There are other much more practical ways to get the bomb making material, for plutonium 239, a specially designed reactor to make bomb grade plutonium 239 is the best way.
Chapter 8 addresses cost. One of the key issues is the ratcheting of the requirements by the regulators when prodded by the anti nuclear crowd. The other factor has been the law-fare, or incessant legal challenges mounted by the environmental community. He considers that these caused very large increases in the cost to build, and time to build a nuclear reactor. He makes a convincing case that this has been a real factor on why we do not have more nuclear power plants, but instead got coal fired power plants for baseline or dispatch-able power.
In Chapter 9 he addresses the solar dream. He arrives at the same conclusion as everyone with an open mind that solar is expensive and since it is not dispatch- able, ie. can be turned on when needed by the operators of a power system, it cannot replace nuclear.
Chapter 10 is where he addresses the polls and polling data from 30 years ago.
Chapter 11 is a selection of audience questions and answers from the numerous lectures and presentations that he gave prior to writing this book.
Chapter 12 is about his frustrations in the media not conveying his message to the citizens, and a request for help in getting the good news message of nuclear power out to all of the citizens of this country.
In addition, looking at the 500 year scale, the prospects are even better than the at 10, 50, or 100 year time scale ("Several groups, including most government agencies, have adopted 500 years as a reasonable time period for consideration …", p. 137-8). An energy source that has better outcomes over decades and centuries, even thought the initial investments are huge, is just the kind of sustainable energy that a modern, technological, and interconnected world needs.
This book covers all the major challenges and criticisms. It is like an accessible encyclopedia on the topic of energy and public safety that relates to all forms of energy. Written shortly after the Three Mile Island accident it was evident that the US engineers were still optimistic, and most wanted improved reactor designs built in the next ten years ("Proceed rapidly", p. 257). Finally, this book includes one of the most interesting and dynamic features of Springer and Sante Fe Institute science books: an interview section (p. 267-88). Titles like these could become abridged audiobooks somedays, or the basis for documentary films. Today, several of these arguments have been incorporated into "Pandora's Promise".