Search Results - "Mattas, R. F."

Development of electrically insulating coatings on vanadium alloys for lithium-cooled blankets by Smith, D.L, Natesan, K, Park, J.-H, Reed, C.B, Mattas, R.F

“…The self-cooled lithium blanket concept with a vanadium structure offers a potential for high performance with attractive safety and environmental features…”
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ALPS–advanced limiter-divertor plasma-facing systems by Mattas, R.F, Allain, J.P, Bastasz, R, Brooks, J.N, Evans, T, Hassanein, A, Luckhardt, S, McCarthy, K, Mioduszewski, P, Maingi, R, Mogahed, E, Moir, R, Molokov, S, Morely, N, Nygren, R, Rognlien, T, Reed, C, Ruzic, D, Sviatoslavsky, I, Sze, D, Tillack, M, Ulrickson, M, Wade, P.M, Wooley, R, Wong, C

“…The advanced limiter-divertor plasma-facing systems (ALPS) program was initiated in order to evaluate the potential for improved performance and lifetime for…”
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EVOLVE—an advanced first wall/blanket system by Mattas, R.F., Malang, S., Khater, H., Majumdar, S., Mogahed, E., Nelson, B., Sawan, M., Sze, D.K.

“…A new concept for an advanced fusion first wall and blanket has been identified. The key feature of the concept is the use of the heat of vaporization of…”
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Materials integration issues for high performance fusion power systems by Smith, D.L, Billone, M.C, Majumdar, S, Mattas, R.F, Sze, D.-K

“…One of the primary requirements for the development of fusion as an energy source is the qualification of materials for the first-wall/blanket system that will…”
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The potential for Advanced limiter/divertor Systems by MATTAS, R. F

“…The Advanced Limiter-divertor Plasrna-facing Systems (ALPS) program was initiated in FY 1998 in order to evaluate the potential for improved performance and…”
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Liquid lithium self-cooled breeding blanket design for ITER by Kirillov, I.R, Danilov, I.V, Sidorenkov, S.I, Strebkov, Yu.S, Mattas, R.F, Gohar, Y, Hua, T.Q, Smith, D.L

“…To meet the technical objectives of the ITER extended performance phase (EPP) an advanced tritium breeding lithium/vanadium (Li/V) blanket was developed by two…”
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Assessment of alkali metal coolants for the ITER blanket by NATESAN, K, REED, C. B, MATTAS, R. F

“…The blanket system is one of the most important components of a fusion reactor because it has a major impact on both the economics and safety of fusion energy…”
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Vanadium alloys for fusion reactor applications by Mattas, R. F., Loomis, B. A., Smith, D. L.

“…Fusion reactors will produce a severe operating environment for structural materials. The material should have good mechanical strength and ductility to high…”
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Plasma–materials interaction issues for the International Thermonuclear Experimental Reactor (ITER) by Cohen, S. A., Mattas, R. F., Werley, K. A.

“…At the extreme conditions expected for some operating scenarios of the International Thermonuclear Experimental Reactor, commonly used heat‐removal structures…”
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Results of R&D for lithium/vanadium breeding blanket design by Mattas, R.F, Smith, D.L, Reed, C.B, Park, J.H, Kirillov, I.R, Strebkov, Yu.S, Rusanov, A.E, Votinov, S.N

“…The self-cooled lithium/vanadium blanket concept has several attractive features for fusion power systems, including reduced activation, resistance to…”
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Materials for breeding blankets by Mattas, R.F., Billone, M.C.

“…There are several candidate concepts for tritium breeding blankets that make use of a number of special materials. These materials can be classified as primary…”
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Tritium recovery from lithium, based on a cold trap by DAI-KAI SZE, MATTAS, R. F, ANDERSON, J, HAANGE, R, YOSHIDA, H, KVETON, O

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Measurement techniques for fusion blanket neutronics experiments by Oyama, Y, Konno, C, Ikeda, Y, Maekawa, F, Maekawa, H, Yamaguchi, S, Tsuda, K, Nakamura, T, Abdou, M.A, Bennett, E.F, Mattas, R.F, Porges, K.G, Youssef, M.Z

“…A variety of techniques to measure the nuclear parameters, such as tritium production rate, neutron spectrum, reaction rate and gamma-ray heating, in a…”
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Development of electrically insulating coatings on vanadium alloys for lithium-cooled blankets by Smith, D L, Natesan, K, Park, J H, Reed, C. B.,-, Mattas, R F

“…The self-cooled lithium blanket concept with a vanadium structure offers a potential for high performance with attractive safety and environmental features…”
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Assessment of alkali metal coolants for the ITER blanket by Natesan, K, Reed, C.B, Mattas, R.F

“…The blanket system is one of the most important components of a fusion reactor becuase it has a major impact on both the economics and safety of fusion energy…”
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Materials integration issues for high performance fusion power systems by Smith, D L, Billone, M C, Majumdar, S, Mattas, R F, Sze, D K

“…One of the primary requirements for the development of fusion as an energy source is the qualification of materials for the first-wall/blanket system that will…”
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EVOLVE - an advanced first wall/blanket system by Mattas, R F, Malang, S, Khater, H, Majumdar, S, Mogahed, E, Nelson, B, Sawan, M, Sze, D K

“…A new concept for an advanced fusion first wall and blanket has been identified. The key feature of the concept is the use of the heat of vaporization of…”
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Materials integration issues for high performance fusion power systems by SMITH, D. L, BILLONE, M. C, MAJUMDAR, S, MATTAS, R. F, SZE, D.-K

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Measurement techniques for fusion blanket neutronics experiments by OYAMA, Y, KONNO, C, MATTAS, R. F, PORGES, K. G, YOUSSEF, M. Z, IKEDA, Y, MAEKAWA, F, MAEKAWA, H, YAMAGUCHI, S, TSUDA, K, NAKAMURA, T, ABDOU, M. A, BENNETT, E. F

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Liquid lithium self-cooled breeding blanket design for ITER by KIRILLOV, I. R, DANILOV, I. V, SIDORENKOV, S. I, STREBKOV, Yu. S, MATTAS, R. F, GOHAR, Y, HUA, T. Q, SMITH, D. L

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