Transition Cross-Section Formula of Collisions Between High Excited Hydrogen Atom and Rare Gas Atom in the Presence of A Weak Uniform Electric Field 高激发氢原子同稀有气体原子在均匀弱电场中碰撞跃迁截面公式
Neon, a rare gas in the air, takes only fractional percentage point of the volume. 稀薄气体空气动力学氖是空气中的稀有气体,只占空气体积的千分之几。
The Theoretical Research on C_3 and Rare Gas Atom Interaction Potential and Vibration Bound States C3与惰性气体原子间相互作用势及振动束缚态的理论研究
Helium is the lightest rare gas. 氦是最轻的稀有气体。
The effect of temperature and argon rare gas pressure on internal photon conversion efficiency(η) in the strontium atomic resonance filter ( Sr ARF) has been studied in detail. 详细研究了温度及氩稀有气体压力对锶原子共振滤波器有效的内部光子转换效率的影响。
Rare gas excimer laser 稀有气体激元激光器
Rare gas halide laser 稀有气体卤化物激光器
The potential energy functions of hindered rotation for HF in rare gas lattices 惰性气体晶格中的HF分子的阻碍转动的势能函数
Rare Gas Isotope Mass Spectrometric Method for Geology Research and Earthquake Monitor 用于地质研究和地震监测的稀有气体质谱分析法
This paper uses technology of heavy hydrocarbon concentration of natural gas to detect biological markers of sterane and terpane, and defines gas-source of biodegradation gas with the aid of data of rare gas isotopes Basis is provided for Clarifying exploratory target. 本文利用天然气重烃富集技术,在天然气中检测出了甾萜生物标志物,并借助稀有气体同位素资料,确定了该类气体的气源,为明确勘探目标提供了依据。
In EUV and soft X-ray band, the most often used detector is ion chamber with rare gas, from whose collective electrode we can directly calculate intensity of photon flux. 在极紫外和软X射线波段常用的探测器是稀有气体电离室,可以通过电离室收集极的收集电流直接计算出光子流强度。
The fluorescence emission spectra of five typical triatomic rare gas halide excimers have been observed from electron-beam-excited high-pressure mixtures. 观测了五种典型的电子束泵浦高压混合气体产生的卤惰三原子准分子荧光发射谱。
Their results show that interatomic repulsive of the rare gas can be expressed by the overlap integrals. 计算结果表明该重叠积分可以用来表示稀有气体原子间的排斥势。
Applied Models of Rare Gas Geochemistry in the Research of Natural Gases 天然气研究中的稀有气体地球化学应用模式
A fast discharge rare gas halide excimer laser with symmetric geometry pumped by glued and hot pressed capacitor is introduced. 本文介绍了一台以热压胶合双层平板电容器泵浦的对称结构快放电稀有气体卤化物准分子激光器。
The modern vacuum technology as a practical basic skill has been used more and more widely, because it can produce rare gas and clean environ-ment. 近代真空技术作为一种实用的基础技术,由于它提供了稀薄的气体氛围和清洁的环境条件,获得了越来越广泛的应用。
Rare gas isotopic composition of natural gases 天然气中稀有气体同位素
Determining the Content of Water and Hydrogen Chloride in the Rare Gas in the Process of the Dehydration of Bischofite 水氯镁石脱水尾气中水和氯化氢含量检测
On the basis of the component content of natural gas, carbon isotope ratios of methane and ethane, and isotope composition of rare gas, the geochemical characteristics of Ake-1 gas pool were studied in this paper. 根据天然气组分的含量、甲烷和乙烷碳同位素值及稀有气体同位素数据,分析了阿克1气藏天然气的地球化学特征。
Analysis of Rare Gas by DID Gas Chromatography DID检测器气相色谱仪用于稀有气体分析
This paper analyzes both organic and inorganic genesis of non hydrocarbon gases such as CO 2, N 2 and rare gas. 本文从有机成因和无机成因方面,对非烃气组分如CO2、N2以及稀有气体的成因进行分析。
Rare gas isotopes, especially helium and argon isotopes, are sensitive to trace the origin of the ancient ore-forming fluids. 稀有气体(特别是He、Ar)是一种研究成矿古流体来源的灵敏示踪剂。
Rare gas is an important constituent for indicating natural gas geochemical characteristics. Radiogenic argon ( 40Arr) is widely applied to isotope chronology and gas and source rock correlation. 稀有气体是天然气中指示其地球化学特征的重要组分,放射成因氩(Arr)的年代积累效应广泛应用于同位素定年和天然气的气源对比。
Advances in tracing the ore-forming fluids using rare gas isotopes 稀有气体同位素示踪成矿古流体研究进展
Discharge analysis in the mixture of rare gas and molecule including halogen 稀有气体与含卤分子混合物的放电分析
Pb-Sr-Nd isotopic, rare gas isotope geochemical and rare earth element geochemical studies are systematically carried out on this deposit. 笔者对该矿床进行了较系统的PbSrNd同位素、稀有气体同位素地球化学以及稀土元素地球化学研究。
The interaction between atoms in it are very simple contrasted with the other crystals, due to the full shell structure of the electron maintained by the atoms in rare gas crystal. 由于稀有气体晶体原子保持了核外满壳层的电子结构,与其他晶体材料相比,原子间的相互作用非常简单。
Defect research mainly focuses on the rare gas film materials, and the dislocation in crystal have not discussed enough, which we found after the investigation on the current research of the rare-gas solid. 对稀有气体晶体的研究现状作以调查后发现,对稀有气体晶体中缺陷的研究主要集中在稀有气体薄膜材料中,对晶体中的位错缺陷却没有足够的认识。
Since the middle of last century, physicists have all along conducted studies on the rare gas crystals. 从上世纪中叶以来,物理学家对稀有气体晶体进行了大量研究。
However, with the continuous development of science, high accuracy requirements of interatomic interaction and data in experiment of the rare gas solid are expected. 然而,随着科学的不断发展,对稀有气体晶体中原子相互作用精度要求越来越高,在实验上也期望能够获得更为精确的数据以相互比较。