'Inertial confinement fusion' presentation slideshows

Fission: Heavy Elements can reduce energy (i.e. increase binding energy per nucleon) by

Fission: Heavy Elements can reduce energy (i.e. increase binding energy per nucleon) by splitting roughly in half. U 235 fission fragment distribution. Excess Neutrons. 235 92 U + n ? 86 38 Sr. + 150 54 Xe . 235 92 U + n ? 86 38 Sr + 132 54 Xe + . Chain Reaction.

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Interstellar Travel Now

Interstellar Travel Now. Agenda. RFP Proposal Sub-topics. Request for Proposal. Under current or near term technology what can be done to send a robotic probe to a nearby star? Define reasonable cost and flight time What is the minimum probe and engine mass?

443 views • 32 slides

Multi-material simulation of laser-produced plasmas by Smoothed Particle Hydrodynamics

Multi-material simulation of laser-produced plasmas by Smoothed Particle Hydrodynamics. A. Sunahara. Institute for Laser Technology, Japan. Institute of Laser Engineering, Osaka Univ. MultiMAT2011@Arcachon, France 2011 9/5-11. Co-workers. S. Misaki. K. Kageyama. Dr. T. Johzaki.

645 views • 31 slides

Accelerator Frontier: Opportunities for Impact Stuart Henderson

401 views • 28 slides

Emerging Technologies in Reacting Flows (Lecture 3 )

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Physics of Fusion

Physics of Fusion. Lecture 15: Inertial Confinement Fusion Lecturer: Dirk O. Gericke. Two Different Ways to Fusion. Lawson Criterion: must be achieved Temperature must be around T = 6 ... 15 eV Two ways to fulfil Lawson criterion:

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Fusion Power

493 views • 21 slides

Nuclear Fusion

Nuclear Fusion. Class : Nuclear Physics 1 2005. 12. 7 K.-U.Choi. Outline. Introduction Theoretical Background Instruments, Experiments Data review & Present Status Summary. Introduction. Nuclear Binding Energy. Plasma. ; Freely moving charged particle : ions, electrons. Solid.

333 views • 21 slides

National Ignition Facility Lawrence Livermore National Laboratory Livermore, CA

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Data Centre Network, Code Centre Network, CRP Activities of AMDU

Data Centre Network, Code Centre Network, CRP Activities of AMDU. B. J. Braams, H.-K. Chung 3 rd RCM of CRP on Light Elements in Plasma 20-22 March 2013. IAEA AMD Unit Home Page (AMDIS) http://www-amdis.iaea.org. AMDIS Access Statistics. activities = publication, meetings, CRPs.

322 views • 16 slides

2D Position Sensitive Detector for Plasma diagnosis

2D Position Sensitive Detector for Plasma diagnosis. Cheon Jong-Kyu. Contents. Fusion reactor Plasma Diagnostics Charge exchange recombination spectroscopy Charge exchange neutral analyzer Visible spectrometer X-ray Crystal spectrometer

323 views • 13 slides

Inertial Confinement Fusion and Applied Mathematics

Inertial Confinement Fusion and Applied Mathematics. David Starinshak PhD Student, Applied Mathematics University of Michigan Department of Mathematics Advisor: Brian Spears Lawrence Livermore National Laboratory. Outline. Background National Ignition Facility

191 views • 13 slides

PRESENTATION OF AWARDS Stephen O. Dean, President Fusion Power Associates

Fusion Power Associates Annual Meeting and Symposium December 1-2, 2010. PRESENTATION OF AWARDS Stephen O. Dean, President Fusion Power Associates. DISTINGUISHED CAREER AWARDS.

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Inertial Confinement Fusion has a diverse history leading to energy potential

Inertial Confinement Fusion has a diverse history leading to energy potential. SBTE, 1980. Heavy Ions. NDCX-II, under construction. Janus, 1973. Nova, 1984. Electra, 2003. Omega EP, 2008. Lasers. Proto I, 1974. NIF, 2009. PBFA II, 1985. ZR, 2007. Pulsed Power.

199 views • 1 slides