I remember attending an eye-opening exhibition of Milton Glaser's work and somehow finally figuring out what I should do. 我记得参加了MiltonGlaser的作品展,这个展览让我大开眼界,不管怎样我终于找到了我的方向。
I think the administration has been paving the way for this decision for quite some time, said Bonnie Glaser of the Center for Strategic and International Studies in Washington. 我认为奥巴马政府为这个决定作铺垫已经有相当长时间了,华盛顿战略与国际问题研究中心(CenterforStrategicandInternationalStudies)的葛莱仪(BonnieGlaser)表示。
Howard Glaser, New York State operations director, said the port was reopening, bringing in 200 fuel barges to ease conditions. 纽约州运营总监霍华德格莱瑟(howardglaser)表示,港口正恢复作业,引入200艘运载燃油的驳船缓解短缺状况。
Glaser: No, "When Animals Attack" on the FOX network. 葛雷赛:不,福斯电视网的「当动物攻击时」。
These funds will be used solely for the betterment of the North Korean people, including for humanitarian and education causes, Mr Glaser said, adding that Pyongyang had pledged to use the funds for these exact purposes. 格拉泽表示:这些款项将专门用于改善朝鲜人民的生活,包括人道主义项目和教育。他补充称,朝鲜政府已承诺,将把此笔资金用于上述用途。
The synthesis of the first two arylenealkyne conjugated macrocycles containing long alkylene bridge via Glaser coupling of template-directed tetraacetylenes was reported. 采用模板导向法高产率地合成了两个含长链亚烷基桥的芳炔类共轭大环。
Advances of Glaser Coupling Reaction Glaser偶联反应研究进展
The concept of Space Solar Power ( SSP) was first put forward in 1968 by the American engineer Peter Glaser, which had made a great progress after decades years of development and research. 1968年由美国工程师PeterGlaser提出了空间太阳能发电(SpaceSolarPower,SSP)的概念,经过几十年的发展,已取得了很大的成果。
This paper reviewed the recent advances of Glaser coupling reaction and its applications to the synthesis of conjugated polymers. The reaction mechanism was also discussed. 回顾了近年来Glaser偶联反应的研究进展,讨论了这一反应在共轭聚合物合成中的应用,并对其反应机理进行了探讨。
Blake's Misreading of Milton Advances of Glaser Coupling Reaction 布莱克对弥尔顿的误读Glaser偶联反应研究进展
Analysis and Calculation of Higher Order Spheric Aberrations in Glaser ′ s Bell Shaped Magnetic Lens 钟形磁场高阶球差的分析与计算
Glaser coupling and Suzuki cross-coupling reaction are the most important methods in the construction of C-C bond compounds, and play a key role in the synthesis of natural products, drug synthesis, optoelectronic materials and many other areas. Glaser偶联反应和Suzuki交叉偶联反应都是构建C-C键的重要反应,在天然产物的合成、药物合成以及光电材料等诸多领域中有着非常重要的作用。
This paper gave an overview of the research process of the Glaser coupling and Suzuki cross-coupling in recent years, and developed new catalytic systems for the reactions. 本论文简要综述了近几年Glaser偶联和Suzuki偶联的研究进展。并在新的催化体系中对这些反应进行了研究和发展。