您要查找的是不是:
- deuterium hydride 氢化氘
- The symbol for the isotope deuterium. 氘的化学符号同位素氘的符号
- To introduce deuterium into(a chemical compound). (向化合物中)加氘
- The rings are opened with hydrogen chloride and deuterium chloride. 应用氯化氢和氯化氘打开沅环。
- Hydride : Inorganic compound of hydrogen with another element. 氢化物: 氢与另一种化学元素的无机化合物。
- To produce deuterium requires an environment of high energy. 为了产生氘,需要一个高能的环境。
- The pertinent siloxane compounds contain two silicon hydride bonds. 所说的硅氧烷组合物中,含有两类硅氧键。
- Inner Mongolia Rare Earth Ovonic Metal Hydride Co., Ltd. 内蒙古稀奥科贮氢合金有限公司。
- Hydride : inorganic compound of hydrogen with another element. 氢化物:氢与另一种化学元素的无机化合物。
- When heated, these metal hydride powders decompose, liberating the gas. 这种金属氢化物的粉末,在受热后会分解,释放出气体来。
- More reactive are the heavier isotopes of hydrogen, deuterium and tritium. 更为活跃的是氢的较重同位素,氘和氚。
- Objective:Study on behavior of hydride generation of organic arsenic. 目的:研究有机砷的氢化物发生行为。
- It will probably have to be with the help of the plentiful deuterium in the ocean, used as thermonuclear fuel. 这必须借助于把海洋中丰富的氘用作热核燃料。
- Water containing a substantial proportion of deuterium atoms,used in nuclear reactors. 含有大量氘原子的水,用于核反应堆中。
- The sample introductions techniques of hydride generation in ICP-AES is reviewed, 79 references are cited. 摘要评述了等离子体光谱(ICP-AES)中的氢化物发生进样技术进展,引用文献79篇。
- Schematic diagram showing the relationship between the zero-point energy and molecular mass for hydrogen, deuterium and HD. (Image courtesy of MIT OCW. 示意图说明氢分子、氘分子、氢氘分子的零点能与分子量之关系(本图由麻省理工学院开放式课程网页提供)。
- Moreover, the hydride can store 9 percent of its weight as hydrogen, beating the oft-cited target of 6.5 percent. 此外,氢化物的储氢量可达自身重量的9%25,从过去的目标6.;5%25一下子提高许多。
- Deuterium is widely used in the study of reaction mechanisms and in spectroscopic studies. 氘广泛地应用于反应机理的研究和光谱分析。
- A group of deuterium lamps is used as a standard lamp which can emit stronger ultraviolet radiation. 利用氘灯能发出强紫外辐射的特点,以英国NPL定标过的氘灯作为临时光谱辐亮度标准,来标定我们的工作标准灯组。
- This is composed of a mixture of deuterium (a rare isotope of hydrogen) and lithium (a light metal). 核弹的主体部位由一种氘与锂的混合物组成,氘是一种稀有的氢元素的同位素,而锂则是一种轻金属。