Search Results - "Lang, D.D."

The configuration development of the superconducting magnets for the SSAT-S tokamak device by Brown, T.G., Lang, D.D., Mueller, J., Schultz, J.

“…The Steady State Advanced Tokamak (SSAT) device will be developed to demonstrate steady-state tokamak operations and optimize plasma conditions in a…”
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Large, all‐metal‐sealed, vacuum gate valve for fusion application by Batzer, Thomas H., Lang, Dwight D., Moir, Ralph W.

“…Two large (30 cm and 1 m in diameter), innovative, fusion‐reactor‐compatible, vacuum gate valves have been developed which should contribute significantly to…”
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Superconducting magnet system for the TPX Tokamak by Hassenzahl, W.V., Chaplin, M.R., Heim, J.R., Lang, D.D., O'Connor, T.G., Slack, D.S., Wong, R.L., Zbasnik, J.P., Brown, T.G., Citrolo, J.C., Montgomery, D.B., Myatt, L., Pillsbury, R.D., Schultz, J.H., Wang, P.W.

“…The Tokamak Physics Experiment (TPX) will be the first Tokamak using superconducting magnets for both the poloidal and toroidal field. It is designed for…”
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The TPX magnet R&D program by Zbasnik, J.P., Hassenzahl, W.V., Chaplin, M.R., Slack, D., Lang, D.D., Schultz, J.H., Citrolo, J.C.

“…A unique feature of the magnet system for the Tokamak Physics Experiment (TPX) is that all the magnets are superconducting. With the exception of the outer…”
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Overview of the Microwave Tokamak Experiment operation and developments by Lang, D.D., Allen, S.L., Bell, H.H.

“…The Microwave Tokamak Experiment (MTX) is being operated to demonstrate the feasibility of using intense microwave pulses (up to 6 GW peak power) from a free…”
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Microwave Tokamak Experiment: an overview of the construction and checkout phase by Lang, D.D., Bell, H.H.

“…The Microwave Tokamak Experiment (MTX) demonstrates the feasibility of using microwave pulses produced from a free electron laser (FEL) to provide electron…”
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Summary Abstract: Control of gas input and background pressure in the end plug regions of the TMX‐U thermal barrier experiment by Turner, W. C., Nexsen, W. E., Allen, S. L., Hooper, E. B., Hunt, A. L., Lang, D. D., Margolies, D. S., Pickles, W. L., Simonen, T. C.

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Gas pressure in the end plug regions of the TMX‐U thermal barrier experiment by Turner, W. C., Nexsen, W. E., Allen, S. L., Hooper, E. B., Hunt, A. L., Lang, D. D., Margolies, D. S., Pickles, W. L., Simonen, T. C.

“…We consider briefly the upper bound on background pressure (0.5 to 1.0×10− 6 Torr) that is required for operation of the thermal barrier end plugs of TMX‐U and…”
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Two-gigawatt burst-mode operation of the intense microwave prototype (IMP) free-electron laser (FEL) for the microwave tokamak experiment (MTX) by Felker, B., Allen, S., Bell, H., Bowman, J., Delong, M., Fenstermacher, M., Ferguson, S.W., Fields, W.F., Hathaway, D., Hooper, E.B., Hulsey, S., Jackson, M., Lang, D.D., Lasnier, C., Makowski, M., Moller, J., Meyer, W., Nilson, D.G., Peterson, D., Seilhymer, D.B., Stallard, B.

“…The MTX explored the plasma heating effects of 140 GHz microwaves from both Gyrotrons and from the IMP FEL wiggler. The Gyrotron was long pulse length (0.5…”
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