Nuclear Engineering for an Uncertain Future: International by W. Kenneth Davis (auth.), Keichi Oshima, Yoshitsugu Mishima,

By W. Kenneth Davis (auth.), Keichi Oshima, Yoshitsugu Mishima, Yoshio Ando (eds.)

This is the respectable list of the foreign Symposium on "The function of Nuclear Engineering for an doubtful destiny" which used to be hung on No­ vember five and six, 1980, at Keidanren corridor in Tokyo, in reference to the twentieth Anniversary of the Nuclear Engineering division, school of Engineering, collage of Tokyo. 8 experts from around the world have been invited to give a contribution papers to the symposium, and the professors of our division offered a paper each one. The Symposium used to be divided into seven classes, chaired through profes­ sors of the dept in response to their specialties. approximately 2 hundred scientists attended the symposium, and a few of them joined the discussions. The symposium was once fruitful and intensely winning from each standpoint, and hugely evaluated through the attendants in addition to by way of con­ cerned humans outdoors. This good fortune is because of the profitable association and stable functionality of the employees of this symposium, to whom i want to precise my grat­ itude. I additionally desire that those lawsuits should be priceless to the experts who're serious about the doubtful way forward for nuclear engineering in addition to with the position of Universities in that future.

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By W. Kenneth Davis (auth.), Keichi Oshima, Yoshitsugu Mishima, Yoshio Ando (eds.)

This is the respectable list of the foreign Symposium on "The function of Nuclear Engineering for an doubtful destiny" which used to be hung on No­ vember five and six, 1980, at Keidanren corridor in Tokyo, in reference to the twentieth Anniversary of the Nuclear Engineering division, school of Engineering, collage of Tokyo. 8 experts from around the world have been invited to give a contribution papers to the symposium, and the professors of our division offered a paper each one. The Symposium used to be divided into seven classes, chaired through profes­ sors of the dept in response to their specialties. approximately 2 hundred scientists attended the symposium, and a few of them joined the discussions. The symposium was once fruitful and intensely winning from each standpoint, and hugely evaluated through the attendants in addition to by way of con­ cerned humans outdoors. This good fortune is because of the profitable association and stable functionality of the employees of this symposium, to whom i want to precise my grat­ itude. I additionally desire that those lawsuits should be priceless to the experts who're serious about the doubtful way forward for nuclear engineering in addition to with the position of Universities in that future.

Show description

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Extra info for Nuclear Engineering for an Uncertain Future: International Symposium on the 20th Anniversary of the Department of Nuclear Engineering, University of Tokyo

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Centrifuge plants the energy consumption per separative work unit is only about 5 % that of gaseous diffusion. However, the capital cost of the centrifuge plant is higher. At today's 42 M. BENEDICT Fig. 7. Gaseous diffusion plant at Portsmouth, Ohio. S. Energy Research and Development Administration) price for electricity the cost of separative work from the two processes is about the same, $lOOjSWU. 3 Separation Nozzle Process A German engineer, Dr. E. W. Becker, has developed the so-called separation nozzle process for separating uranium isotopes.

The trioctylamine solvent is now generally preferred because it is more selective for uranium. S. mills use this process. Uranium is stripped with concentrated sodium or ammonium chloride or sulfate. Uranium concentrated by ion exchange or solvent extraction is precipitated, usually with ammonia as ammonium di-uranate, and constitutes the "yellow cake" of commerce. This discussion of uranium concentration would not be complete without mentioning recovery of uranium from sea water. " The most promising process thus far developed for extracting this uranium selectively is ion exchange on hydrated titanium oxide.

However, the capital cost of the centrifuge plant is higher. At today's 42 M. BENEDICT Fig. 7. Gaseous diffusion plant at Portsmouth, Ohio. S. Energy Research and Development Administration) price for electricity the cost of separative work from the two processes is about the same, $lOOjSWU. 3 Separation Nozzle Process A German engineer, Dr. E. W. Becker, has developed the so-called separation nozzle process for separating uranium isotopes. · Feed gas, a mixture of 5 % UF 6 and 95 % hydrogen, flows from a pressure of about one atmosphere into a low-pressure region through a curved slit with first a convergent, then a divergent cross-section.

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