Actions for QUARTERLY REPORT COVERING THE PERIOD JULY 1-SEPTEMBER 30, 1958
QUARTERLY REPORT COVERING THE PERIOD JULY 1-SEPTEMBER 30, 1958
- Published
- United States : [publisher not identified], 1959.
[Oak Ridge, Tennessee] : [U.S. Atomic Energy Commission], 1959. - Physical Description
- microopaque : positive ; 8 x 13 cm
- Summary
- The B-1 stellarator coutinued studies of the early phases of ohmic heating and the effort on B-3 was largely devoted to a number of modifications- the most important of which was the addition of helical windings, a change which theoretically should make the system hydromagnetically stable. On B-65, effective coupling of a high power oscillator to the plasma at ion cyclotron resonance frequencies was demonstrated. Etude was brought into operation and as a result of the high pulse repetition frequency has proven to be a very effective experimeutal device. A mass spectrograph has been successfully operated inside the discharge tube of Etode. The C Stellarator Associates prepared an overall system layout drawing for first stage operation, brought to virtual completion preliminary design of Stage I components and are well along in detailed design of these components. (auth)
- Report Numbers
- NYO-2195; PM-Q-4
- Other Subject(s)
- Charged particles- cyclotron radiation- frequency- ions- - magnetic fields- oscillations- plasma- power- radiations- resonance- stellarator model b-65- stellarators- thermonuclear devices
- Coils- magnetohydrodynamics- stability- stellarator model b-3- stellarators- thermonuclear devices
- Controlled thermonuclear processes
- Electric discharges- frequency- mass spectrometers- operation- pulses- stellarators- thermonuclear devices- tubes
- Heating- measured values- plasma- resistors- stellarator model b-1- stellarators- thermonuclear devices
- Planning- stellarator model c- stellarators- thermonuclear devices
- Collection
- U.S. Atomic Energy Commission depository collection.
- Note
- DOE contract number: AT(30-1)-1238
NSA number: NSA-13-002070
OSTI Identifier 4296300
Research organization: Princeton Univ., N.J. Project Matterhorn.
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