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August 2024
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Honoring Dennis Wilkinson on the 106th anniversary of his birth
Vice Admiral Eugene P. “Dennis” Wilkinson (Photo: U.S. Navy)
August 10, 2024, marks the 106th birthday of Vice Admiral Eugene P. “Dennis” Wilkinson of the U.S. Navy (who died in his 95th year in July 2013). It is a fitting time to reflect on and honor the man who contributed so much to the navy and the worldwide nuclear power industry.
This video about the Battle of Leyte Gulf in October 1944—the largest naval battle of World War II and a major contributing factor to the end of Japanese involvement—provides an exciting recount of the heroic U.S. submarines USS Darter (SS-227) and USS Dace (SS-247). A young Dennis Wilkinson was the torpedo data computer operator on the Darter, for which he was awarded the Silver Star. Wilkinson’s first-person recollections of this pivotal moment in U.S. naval history have been collected in Underway on Nuclear Power: The Man Behind the Words (2016, ANS).
The United States and Japan began rebuilding relations after the war. In 1966, Wilkinson, by then an admiral, was assigned chief of staff, U.S. Forces Japan, to continue those efforts.
I.N. Churkin, V.I. Volosov, A.G. Steshov
Fusion Science and Technology | Volume 35 | Number 1 | January 1999 | Pages 308-311
Poster Presentations | doi.org/10.13182/FST99-A11963873
Articles are hosted by Taylor and Francis Online.
Physical features and possible applications of the trap with rotating plasma are considered. Rotating plasma can be formed by the axis symmetric magnetic trap with radial electrical field. Experimental results on hot hydrogen rotating plasma carried out at the PSP-2 device are briefly described. Rotating plasma with heavy ions is formed by means of cathode sputtering by ion bombardment and further ionization of sputtered atoms by plasma inside the trap. The sources of multicomponent atomic fluxes and plasma flow based on the trap with rotating heavy ion plasma and their applications are considered and discussed. The fan intensive fluxes of accelerated atoms can be used for surface treatment. The another source creates the dense plasma flow leaving out along the magnetic field axis. Sources of such type can be used for space engines and plasma separation process devices by the plasma ICRH method.