'Pump wave' diaporamas de présentation

RF Start-up, Heating and Current Drive Studies on TST-2 and UTST

TST-2. RF Start-up, Heating and Current Drive Studies on TST-2 and UTST. R ? 0.38 m a ? 0.25 m B f ? 0.3 T I p ? 0.2 MA. Y. Takase, TST-2 Team, UTST Team The University of Tokyo. The 15th International Workshop on Spherical Tori 2009

514 views • 39 slides

Plasma Start-up, Sustainment, and Heating by RF Waves in TST-2

Plasma Start-up, Sustainment, and Heating by RF Waves in TST-2. Y. Takase, A. Ejiri, Y. Nagashima, O. Watanabe, Y. Adachi, B. An, H. Hayashi, S. Kainaga, H. Kobayashi, H. Kurashina, H. Matsuzawa, T. Oosako, J. Sugiyama,

326 views • 32 slides

3 scientists putting in the phase cables for vertical reception at ~8 MHz

274 views • 11 slides

AREAL

A dvanced R esearch E lectron A ccelerator L aboratory . AREAL. Laser overview. Aghasi Lorsabyan. Content. Introduction Photocathode and laser beam requirements Possible layout How to choose? Current choice TODO Time schedule. Introduction. Photocathode and laser beam requirements.

316 views • 10 slides

Building a Green Laser Source via Second Harmonic Generation Diana Parno (dparno@cmu)

Beam separation: Prism, dichroic mirror. Periodically poled lithium niobate crystal for SHG: (in oven) Crystal is temperature tuned to achieve QPM. Nd:YAG 1064 nm infrared laser: Narrow linewidth, frequencytuning via PZT or lasing temperature. Steering mirror:

128 views • 1 slides