Thermonuclear Project Semiannual Report for Period Ending ...Oak Ridge National Laboratory, 1964 - Controlled fusion |
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Page 23
... Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1962 , ORNL - 3392 , Sect . 1.6 , p . 9 . 15 Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1963 , ORNL - 3564 , Sect . 1.4 , p . 8 . 16Thermonuclear Div . Semiann . Progr ...
... Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1962 , ORNL - 3392 , Sect . 1.6 , p . 9 . 15 Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1963 , ORNL - 3564 , Sect . 1.4 , p . 8 . 16Thermonuclear Div . Semiann . Progr ...
Page 43
... Division . 10,11 10 Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1963 , ORNL - 3564 , Sect . 3.1 . 11Thermonuclear Div . Semiann . Progr . Rept . April 30 , 1963 , ORNL - 3472 , Sect . 3.1 . and the mass of other data on the ...
... Division . 10,11 10 Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1963 , ORNL - 3564 , Sect . 3.1 . 11Thermonuclear Div . Semiann . Progr . Rept . April 30 , 1963 , ORNL - 3472 , Sect . 3.1 . and the mass of other data on the ...
Page 61
... Thermonuclear Div . Semiann . Progr . Rept . Apr. 30 , 1963 , ORNL - 3472 , p . 47 ; I. Alexeff and W. D. Jones , Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1963 , ORNL - 3564 , p . 62 . 27 , Igor Alexeff and R. V. Neidigh ...
... Thermonuclear Div . Semiann . Progr . Rept . Apr. 30 , 1963 , ORNL - 3472 , p . 47 ; I. Alexeff and W. D. Jones , Thermonuclear Div . Semiann . Progr . Rept . Oct. 31 , 1963 , ORNL - 3564 , p . 62 . 27 , Igor Alexeff and R. V. Neidigh ...
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amplitude anode appears applied approximately assumed atoms average axial axis bars beam bismuth calculated changes charge charge-exchange coil collisions constant cross section curves decay density dependence detector determined diameter direction dissociation distribution effect electric electron energy equation exchange experiments factor Figure frequency function given Hâ‚‚ heating higher increased indicated injection input Ioffe limiter lines longitudinal loss magnetic field maximum means measured microwave mirror moving neutral normalized noted observed obtained operation oscillation particles plane plasma position possible potential present pressure probe produced Progr proton pumping radius range ratio region relatively Rept Sect shown in Fig shows signals solenoid stability striations surface temperature theory Thermonuclear tion trapped tube UNCLASSIFIED ORNL-DWG unstable vacuum varied velocity wall wave yields