US-Russia Workshop: Heat Transfer in Highly Coupled Physical Systems (Austin, Texas; October 1993)

这个美俄“高耦合物理系统中的辐射传热研讨会”将于1993年10月邀请4名俄罗斯和1名白俄罗斯研究人员到德克萨斯大学奥斯汀分校进行为期一周的交流，与13名美国科学家进行交流。约翰·r·豪威尔和西奥多·l·伯格曼博士。俄罗斯/白俄罗斯小组将由莫斯科技术和国立大学的Alexander Ivanovich Leontiev博士领导，包括：Arkady G. Blokh博士，俄罗斯科学院中央锅炉和涡轮机研究所ıA/S！圣彼得堡；Gennady S. Romanov博士，白俄罗斯A/S热与传质研究所；Vladimir K. Shikov博士，俄罗斯A/S高温研究所；和Sergei T. Surzhikov博士，俄罗斯A/S和莫斯科物理技术大学力学问题研究所，研究人员将交换信息并计划在辐射传热方面进行合作研究。研讨会将集中讨论辐射与其他传热机制高度耦合的问题和应用。具体讨论的主题将是：(1)多孔、颗粒或复合介质中的辐射；(2)燃烧中的辐射；(3)低温等离子体辐射对流换热。在技术讨论的基础上，将确定美国、俄罗斯和白俄罗斯团体之间的合作研究项目。这个在能源研究和机械工程方面的项目通过使美国，白俄罗斯，在双方共同感兴趣和有能力的领域整合互补人才和汇集研究资源。

This U.S.-Russia "Workshop on Radiation Heat Transfer in Highly Coupled Physical Systems" will bring four Russian and one Belorussian researcher to the University of Texas at Austin for one week in October 1993 to confer with thirteen American scientists under the leadership of Dr. John R. Howell and Dr. Theodore L. Bergman. The Russian/Belorussian group will be led by Dr. Alexander Ivanovich Leontiev of Moscow Technical and State University, and includes: Dr. Arkady G. Blokh, Central Boiler & Turbine Institute, Russian Academy of Sciences ıA/S!, St Petersburg; Dr. Gennady S. Romanov, Heat & Mass Transfer Institute, Belorussian A/S; and Dr. Vladimir K. Shikov, Institute of High Temperatures, Russian A/S; and Dr. Sergei T. Surzhikov, Institute of Mechanics Problems, Russian A/S and Moscow Physico-Technical U. The researchers will exchange information and plan collaborative research in radiative heat transfer. The workshop will center on problems and applications in which radiation is highly coupled with other heat transfer mechanisms. Specific topics to be discussed will be: (1) Radiation in Porous, Particulate, or Composite Media; (2) Radiation in Combustion; and (3) Radiative-Convective Heat Transfer in Low- Temperature Plasmas. Based on the technical discussions, cooperative research projects between groups in the U.S. and in Russia and Belorussia will be identified. This project in energy studies and mechanical engineering fulfills the program objectives of advancing science by enabling leading experts in the U.S., Belorussia, and Russia to combine complementary talents and pool research resources in the areas of strong mutual interest and competence.