Radiation-Induced Reactions in Polymer Films

这三年美国的目标-南斯拉夫合作研究 B之间的高分子化学项目。米洛萨夫列维奇 Kidrich核科学研究所和J. Kerry托马斯 圣母大学正在调查高血压对 高分子材料的能量辐射。 研究人员建议， 发展出一种关于高能量形成的产物的性质的理论 辐射 高能辐射工作将在 鲍里斯·基德里希研究所和聚合物表征将是 由圣母大学的脉冲激光处理 设施。 这项研究的结果对使用辐射， 在聚合物材料上创建微型电路将具有 在微电子领域具有重要影响。 这个项目是由美国批准的-南斯拉夫联合委员会 科学和技术合作，并通过 联合基金由美国和 南斯拉夫政府。 美国的捐款每年由以下机构提供： 国务院。 没有涉及NSF基金。 该奖项， 除了美国科学家旅行的资金外， 机构。

The objective of this three-year U.S.-Yugoslav cooperative research project in polymer chemistry between B. Milosavljevic of the Boris Kidrich Institute for Nuclear Science and J. Kerry Thomas of the University of Notre Dame is to investigate the effects of high energy radiation on polymer materials. The researchers propose to develop a theory on the nature of the products formed by high energy radiation. The high energy radiation work will be carried out at the Boris Kidrich Institute and polymer characterization will be handled by the University of Notre Dame on their pulsed laser facility. The results of this research on the use of radiation to create miniature circuits on polymer materials will have an important impact in the microelectronics area. This project was approved by the U.S.-Yugoslav Joint Board on Cooperation in Science and Technology and is supported through a joint fund consisting of matching contributions from the U.S. and Yugoslav governments. The U.S. contribution is provided annually by the Department of State. No NSF funds are involved. The award, except for funds for U.S. scientist travel, is made to the Yugoslav institution.