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Титаренко Ю.Е. , Батяев В.Ф. , Флоря С.Н. Бутко , М.А. , Павлов К.В.,

Выходы 148 Gd и продуктов фрагментации при взаимодействии протонов с энергиями 0.8-2.6 ГэВ с нат W и 181 Ta. Титаренко Ю.Е. , Батяев В.Ф. , Флоря С.Н. Бутко , М.А. , Павлов К.В., Тихонов Р.С. , Титаренко А.Ю.

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Титаренко Ю.Е. , Батяев В.Ф. , Флоря С.Н. Бутко , М.А. , Павлов К.В.,

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  1. Выходы 148Gd и продуктов фрагментации при взаимодействии протонов с энергиями 0.8-2.6 ГэВ с натW и 181Ta Титаренко Ю.Е., Батяев В.Ф., Флоря С.Н.Бутко, М.А., Павлов К.В., Тихонов Р.С., Титаренко А.Ю. Институт теоретической и экспериментальной физики (ИТЭФ), 117259 Москва, Россия

  2. МНТЦ Проект #3266 (2006-2009) Экспериментальные и теоретические исследования выходов остаточных ядер продуктов, образующихся в тонких мишенях конструкционных материалов ADS-установок, при облучении их протонами в диапазоне энергий 40-2600 МэВ 56Fe is also measured at 300, 500, 750, 1000, and 1500 MeV to be compared with recent GSI measurements (P. Napolitani et al., PRC (2007) Accelerator time requirements: 68 short (~0.7h) irradiations 8long (~20h) irradiations ~130h accelerator time For comparison: ISTC#2002 took 37h acc.time (disregarding time for accelerator preparation and beam adjustment)

  3. α-active 148Gd measurements inTa,W(p,x) reactions

  4. Excitation functions of 148Gd production in W(p,x) measured and predicted via CEM2k+GEM2 and MCNPX(Bertini) codes. α- + β-spectra from irradiated Ta andWwith 800 and 1600 MeV protons

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