'1 torr' diaporamas de présentation

CH. 11 INTERMOLECULAR FORCES

CH. 11 INTERMOLECULAR FORCES. FORCES >types >influences >strength LIQUIDS - SOLIDS >physical properties TRENDS PHASES - PHASE CHANGE >heating curves > ? H calculations. Equations. Clausius-Claperyron. RECALL. 3 physical states solid -- liquid -- gas.

701 views • 43 slides

CH. 10 INTERMOLECULAR FORCES

CH. 10 INTERMOLECULAR FORCES. FORCES >types >influences >strength LIQUIDS - SOLIDS >physical properties TRENDS PHASES - PHASE CHANGE >heating curves > ? H calculations. Equations. Clausius-Claperyron. RECALL. 3 physical states solid -- liquid -- gas.

414 views • 41 slides

Activities on reactor design for fast ignition

Activities on reactor design for fast ignition. T. Norimatsu, H. Azechi, Y. Kozaki, Y. Fujimoto, T. Jitsuno, T. Kanabe, R. Kodama, K. Kondo, N. Miyanaga, H. Nagatomo, M. Nakatsuka, H. Shiraga, K. A. Tanaka, K. Tsubakimoto, M. Yamanaka, R. Yasuhara, and Y. Izawa,

573 views • 39 slides

Properties of Solutions

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Graphene

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Graphene

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296 views • 29 slides

CH. 12 INTERMOLECULAR FORCES

CH. 12 INTERMOLECULAR FORCES. Phases, phase changes Liquids, Solids Trends. Equations. Clausius-Claperyron. RECALL. 3 physical states solid -- liquid -- gas. condensed phases. Phase change related to: intermolecular forces + KE. Chemical behavior in diff phases -

608 views • 21 slides

Concept and preliminary experiment on protection of final optics in wet-wall laser fusion reactor

Concept and preliminary experiment on protection of final optics in wet-wall laser fusion reactor. T. Norimatsu, K. Nagai, T. Yamanaka and Y. Izawa Presented at Japan-US Workshop on Power Plant Studies and Related Advanced Technologies, Oct 9, 2003, San Diego USA. Introduction.

307 views • 21 slides

Concept and preliminary experiment on protection of final optics in wet-wall laser fusion reactor

Concept and preliminary experiment on protection of final optics in wet-wall laser fusion reactor. T. Norimatsu, K. Nagai, T. Yamanaka and Y. Izawa Presented at Japan-US Workshop on Power Plant Studies and Related Advanced Technologies, Oct 9, 2003, San Diego USA. Introduction.

216 views • 21 slides

Analysis of a 2-component Alloy

Analysis of a 2-component Alloy. Experiment 10. Problem. Determine the percent zinc in an alloy Use information regarding the amount of hydrogen gas produced. Experimental Set-up. Fill Bottle with water and get a mass of the full bottle.

372 views • 17 slides

Analysis of a 2-component Alloy

Analysis of a 2-component Alloy. Experiment 10. Problem. Determine the percent zinc in an alloy Use information regarding the amount of hydrogen gas produced. Experimental Set-up. Fill Bottle with water and get a mass of the full bottle.

290 views • 17 slides

GTSnext

254 views • 13 slides

224 views • 13 slides