Radiation Chemistry

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Alexei K Pikaev - One of the best experts on this subject based on the ideXlab platform.

  • Radiation Chemistry and Radiation Technology at the Boundary of the Centuries: The Current Status and Prospects for Development
    High Energy Chemistry, 2001
    Co-Authors: Alexei K Pikaev
    Abstract:

    A brief review of the current status of Radiation Chemistry and Radiation technology is presented. Particular attention is focused on the results of studies performed in the last five to six years of the 20th century. Data on the most important branches and the most considerable advances in modern Radiation Chemistry are given. Recent achievements in Radiation technology are summarized. A forecast of the development of Radiation Chemistry and Radiation technology technology for the next few decades is made.

  • Fifth trombay symposium on Radiation Chemistry and photoChemistry
    High Energy Chemistry, 2000
    Co-Authors: Alexei K Pikaev
    Abstract:

    The fifth Trombay Symposium on Radiation Chemistry and PhotoChemistry was held in Mumbai (former Bombay) on January 12-17, 2000. It was organized on the basis of the Bhabha Atomic Research Centre in Trombay (near Mumbai). The Trombay symposiums are organized biennially. Dr. J.P. Mittal and Dr. T. Mukherjee were the chairmen of the symposium. Along with Indian scientists, specialists from Austria, France, Germany, Hong Kong (the People's Republic of China), Italy, Japan, Republic of Korea, Russia, Switzerland, Taiwan, the United States, and the United Kingdom took part in the symposium. The total number of participants was around 400. The program of the symposium covered many branches of Radiation Chemistry and photoChemistry. Most attention was focused on primary Radiationchemical and photochemical processes and properties of transient species in radiolytic and photolytic reactions. The relevant studies have been performed using pulse radiolysis and laser photolysis (including fastresponse techniques with femtosecond and picosecond time resolution).

  • applied Radiation Chemistry Radiation processing
    1993
    Co-Authors: Alexei K Pikaev, R J Woods
    Abstract:

    Radiation: Sources and Characteristics. Interaction of Radiation with Matter. Radiation Dosimetry. Radiolysis Intermediates. Selected Topics in Radiation Chemistry. Radiation Synthesis. Polymerization. Polymer Modification. Radiation Sterilization of Medical Products. Radiation Treatment of Food. Waste Management. Other Applications. Appendix. Index.

Charles D. Jonah - One of the best experts on this subject based on the ideXlab platform.

  • Radiation Chemistry present status and future trends
    2001
    Co-Authors: Charles D. Jonah
    Abstract:

    Radiation Chemistry - from the early days to the next millennium Accelerators for ultrafast phenomena Ion-beam Radiation Chemistry Radiation Chemistry under magnetic fields - Spin coherence effects Muonium Chemistry Fundamental processes in gas-phase Radiation Chemistry High temperature water radiolysis Radiation Chemistry of concentrated inorganic aqueous solutions Radiation Chemistry of organic liquids - saturated hydrocarbons Radiation Chemistry of organic halides in aqueous solutions Radiation Chemistry of fullerenes Radiation Chemistry of quinones Redox Chemistry and energetics of radical cations of substituted benzenes Heteroatom-centered free radicals - some selected contributions by Radiation Chemistry Zeolite catalysis studies by Radiation chemical methods Radiation Chemistry of nanocolloids and clusters Radiation chemical studies of porphyrins and metalloporphyrins Carbohydrates Radiation Chemistry of the nucleobases Radiation Chemistry of proteins Radiation-induced damage in DNA Free radical mechanisms in anti-cancer drug research. (Part contents).

  • Early developments in Radiation Chemistry
    Radiation Research, 1990
    Co-Authors: Charles D. Jonah, Jerzy Kroh
    Abstract:

    The story of the Radiation Chemistry of water, A.O.Allen pulse radiolysis, J.W.Boag historical outlines of the Radiation Chemistry of polymers, A.Chapiro a physicist intrudes into Radiation Chemistry, A.Charlesby recollections of the maturation of Radiation Chemistry, F.S.Dainton my research in the field of the Radiation Chemistry of high polymers, M.Dole nuclear reactor as a source of Radiation, I.G.Draganic glimpses of 90 years of Radiation Chemistry in France, C.P.Ferradini and R.V.Bensasson hydrocarbon radiolysis research in Hungary, G.Foldiak history and present state of Radiation Chemistry in Austria, N.Getoff Radiation Chemistry at the metallurgical laboratory, University of Chicago and the Argonne National Laboratory, S.Gordon ions in solids, W.H.Hamill Radiation Chemistry at the biological laboratory, Cold Spring Harbor, Long Island, New York, E.J.Hart single ion pairs in liquid hydrocarbons, A.Hummel cyclotrons at the Institute of Physical and Chemical Research, M.Imamura solvated electron structures, L.Kevan Polish contribution to Radiation Chemistry, J.Kroh Radiation Chemistry and Radiation chemists - some recollections, A.Mozumder a short history of applied Radiation polymer Chemistry in Japan, S.Okamura the history of the development of Radiation Chemistry in Russia, A.K.Pikaev et al Radiation Chemistry at Newcastle upon Tyne - J.J.Weiss, G.Scholes Radiation Chemistry in Karlsruhe and in Mulheim an der Ruhr, D.Schulte-Frohlinde the development of a Radiation Chemistry group in Saskatchewan, J.W.T.Spinks a personal account of 40 years of Radiation Chemistry, A.J.Swallow Radiation Chemistry - its development in Czechoslovakia, J.Teply Radiation Chemistry at Manchester, Wantage, Argonne and Notre Dame, J.K.Thomas recollections of a wayward Radiation chemist, D.C.Walker 50 years of Radiation Chemistry in academia, J.E.Willard Japanese society of Radiation Chemistry, H.Yoshida.

R J Woods - One of the best experts on this subject based on the ideXlab platform.

Miyuki Hagiwara - One of the best experts on this subject based on the ideXlab platform.

  • Radiation Chemistry research at JAERI. Present and future possibilities
    International Journal of Radiation Applications and Instrumentation. Part D. Nuclear Tracks and Radiation Measurements, 1991
    Co-Authors: Miyuki Hagiwara
    Abstract:

    Abstract The Takasaki Radiation Chemistry Research Establishment(TRCRE) of Japan Atomic Energy Research Institute(JAERI) was founded in 1963 as the center for Research and Development of Radiation Chemistry in Japan. Using its large facilities for irRadiation of gamma rays from Cobalt 60 source and electron beams from accelerators, the TRCRE has been contributed to R&D on technology for industrial application of Radiation Chemistry. In 1987, the TRCRE started the construction of the ion beam irRadiation facilities to promote a new project “Advanced Radiation Technology Study using Ion Beams (ART project)”. The ART project is intended to push forwarded with R&D on materials for space and nuclear fusion reactors, biotechnology and new functional materials using ion beams. Two ion accelerators (AVF cyclotron and Tandem type accelerator) are now under construction to be operational in summer of 1991, and other two accelerators (van de Graaff accelerator and ion beam implanter) are further scheduled to be installed in 1993. In this report, the present R&D activities using gamma rays and electron beams are first summarized, and the future program using ion beams is described.

J. Kroh - One of the best experts on this subject based on the ideXlab platform.