Download The Bomb: A New History by Stephen M., PhD Younger PDF
By Stephen M., PhD Younger
“Younger has supplied an insightful advisor, particularly for the final reader, into today’s array of nuclear powers and their capabilities.”
—James Schlesinger, former Secretary of protection and Secretary of power, former
Director of relevant Intelligence
In The Bomb, Stephen more youthful, former
Read or Download The Bomb: A New History PDF
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Extra resources for The Bomb: A New History
Example text
Trical charge, and like charges repel one another—so to make two nuclei fuse together one has to apply pressures of millions of atmospheres and heat the material to millions of degrees. , very hot, involving atomic nuclei) hydrogen bomb. A test was hurriedly set up on a remote Pacific island, and the first fusion outside of stars was demonstrated. Rapid progress followed this experiment, with scores of tests conducted in the Pacific and later at the newly constituted Nevada Test Site, north of Las Vegas.
Since plutonium existed only in microscopic quantities at the start of the Manhattan Project, little was known about its material properties—how it could be machined, for example, and how readily a chain reaction would proceed in different configurations. All that could be done was to make intelligent guesses and hope for the best. The next challenge faced by the scientists and technicians was how to keep the uranium or plutonium together long enough for it to produce a large amount of energy. Merely stacking blocks together would produce a chain reaction, but the resulting heat would melt the assembly, producing a flat puddle out of which neutrons would escape without contributing to the reaction.
TH E N U CLE AR N O N PRO LIFERATIO N TRE AT Y (NPT) of 1970 was intended to limit the nuclear club to five members—the United States, Russia, Britain, France, and China—while providing the peaceful benefits of nuclear technology to any country that agreed not to develop weapons. The same uranium and plutonium used in nuclear weapons can be used in nuclear power stations, generating electricity without the carbon emissions associated with fossil fuels. Radioactive isotopes are used to diagnose and treat cancer and as power sources in satellites on multiyear explorations of deep space.