Synthesis, Structures and Chemistry

在这项由Josef Stefan研究所的Boris Zemva和加州大学伯克利分校的Neil Bartlett进行的为期三年的美国-南斯拉夫氟化学合作研究项目的更新中，研究人员建议进一步发展他们在先前的联合研究项目中开发的合成聚合二元氟化物（含氟化物的金属化合物）的一般方法。通过这些研究，研究人员将应用他们的方法并表征和制备二元氟化物。南斯拉夫的研究小组因其一流的研究而得到世界各地的氟化学家的认可，而这位事业辉煌的美国研究者因其首次发现诺贝尔气体化学而闻名。他们的联合研究以及互补的专门知识和兴趣将产生对二氟化合物结构的新见解，例如可应用于危险废物处理领域。这笔赠款使他们能够继续进行17年的高效合作。美国-南斯拉夫科学和技术合作联合委员会通过一个联合基金得到支持，该基金由美国和南斯拉夫政府的相应捐款组成。美国的捐款每年由国务院提供。没有涉及NSF基金。赠款提供给南斯拉夫的主要科学机构，但包括美国科学家前往南斯拉夫的旅费和南斯拉夫科学家在美国的生活费

In this renewal of a three-year U.S.-Yugoslav cooperative research project in flourine chemistry between Boris Zemva, Josef Stefan Institute, and Neil Bartlett, University of California, Berkeley, the investigators propose to further their general method for the synthesis of polymeric binary flourides (metal compounds containing flouride) developed during the prior joint research program. Through these studies, the investigators will apply their methodology and characterize and prepare binary flourides. The Yugoslav group is acknowledged by flourine chemists worldwide for their first-class research and the U.S. investigator, who enjoys an illustrious career, is noted for his initial discovery of nobel gas chemistry. Their joint research and complementary expertise and interests will yield new insights into the structure of binary flourine compounds, which could be applied, for example, to the area of hazardous waste treatment. This grant allows them to continue a highly productive 17-year collaboration. U.S.-Yugoslav Joint Board on Cooperation in Science and Technology is supported through a joint fund consisting of matching contriubutions from the governments of the United States and Yugoslavia. The U.S. contribution is provided annually by the Department of State. No NSF funds are involved. Grants are made to the principal scientific institution in Yugoslavia, but include dollar funds for U.S. scientists' travel to Yugoslavia and for Yugoslav scientists' living expenses in the U.S.