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Date: 2004-11-02 12:49:51 Nuclear physics Livermore California Fusion power Inertial confinement fusion National Ignition Facility Hohlraum Laboratory for Laser Energetics Nuclear fusion Implosion Lawrence Livermore National Laboratory Physics Energy		Add to Reading List Source URL: fire.pppl.gov Download Document from Source Website File Size: 5,61 MB Share Document on Facebook

	Hohlraumlagerstätten sind Kavernenspeicher oder sehr vereinzelt auch Bergwerksspeicher (aktuell nicht relevant). Dabei muss der Hohlraum zum Teil erst geschaffen werden. Das geschieht sehr vereinzelt durch bergmännisch DocID: 1rRLt - View Document
	DEVELOPMENT OF A PREDICTIVE AND SYMMETRIC IMPLOSION PLATFORM USING A 2-SHOCK 1MJ PULSE IN A NEAR VACUUM HOHLRAUM S. F. Khan1 S. A. MacLaren1, J. D. Salmonson1, T. Ma1, J. R. Rygg1, J. E. Field1, G. A. Kyrala2, R. Tommasi DocID: 1n9zW - View Document
	UDKEXPERIMENTS WITH THE TINY NANOSECOND OUTPUT DEVICE ON THE S-300 HIGH-CURRENT GENERATOR A.S. Kingsep1, Yu.L. Bakshaev1, A.V. Bartov1, P.I. Blinov1, A.S. Chernenko1, R.V. Chikin1, K.V. Chukbar1, S.A. Danko1, L.G DocID: 1apOt - View Document
	Fusion Energy Division American Nuclear Society June 2001 Newsletter The June 2001 newsletter of the American Nuclear Society (ANS) Fusion Energy Division (FED) has been archived on the ANS-FED Web site: http://fed.ans.o DocID: 18h0R - View Document
	Opacity and radiation transport in the ablator of inertial confinement fusion targets The project has three aims: 1. Calculating radiation transport accurately is an important part of the modelling of inertial confinemen DocID: 170ht - View Document