惰性

基本解释 (translations)

inertia

词组短语

vis inertiae

与惰性相关的网络例句 [注：此内容来源于网络，仅供参考]

Large rare gas clusters of Ar〓, Kr〓, and Xe〓 and hydrogen clusters were produced in the process of supersonic adiabatic expansion. Rayleigh scattering method is used to diagnose the cluster size.

大尺寸惰性气体原子团簇和氢分子团簇喷流的制备和诊断利用高背压惰性气体和高背压低温氢气经锥形喷嘴向真空超声绝热膨胀来产生团簇，用Rayleigh散射方法诊断团簇尺寸及团簇喷流的时间特性。

The analysis gets the result: the two methods both make out the heteromorphism InSb nanocrystals, which have different crystal lattices. There are few In and Sb elementary substance grains mixed in the samples and the ratio of two kinds of chemical elements nears to 1:1. The crystal structure of the particle which is gained in vacuum evaporation method is affected by the crystal structure of substrate surface and anneal, the size of grain is direct proportion to evaporation time.

分析得到结果表明：两种方法均制备出了多晶态的InSb纳米微粒，但晶格结构不同，样品中都混有少量的In和Sb单质颗粒，且两种元素的比均接近1：1；真空蒸镀法得到的微粒的晶态受基片表面晶格和退火的影响，颗粒的尺寸与蒸镀时间成正比；而惰性气体中蒸发法得到的微粒结晶过程与基片无关，颗粒的尺寸与惰性气体的种类和压强有关。

Low cost, and simple control of particle size by adjustment of inert gas pressure.

本论文研究以热蒸镀方法利用惰性气体压力作为控粒径大小的的参数来制备出银奈米粒子，此方法的优点包括高产量、高纯度、低成本、低杂质和可以简单的调变惰性气体压力来控制粒子的大小。

We use very few inert things, because,well, they are inert.

我们只使用极少的惰性物质。为什么？那是因为它们是惰性物质。

Knowledge inertness is a character that knowledge uneasy liquid among knowledge translation, which will decrease the efficiency of knowledge innovation and knowledge applications.

摘要知识惰性是知识管理和知识转化过程中知识不易流动的特性，知识惰性的存在将降低企业知识创新和知识应用的效率。

One well-known example of the failure of negative evidence is the overthrow of the dogma of chemical inertness on the part of the noble gases.

一个众所周知的负面证据失败的例子就是，关于惰性气体是化学惰性的教条的推翻。

The paper analyzes the based function of knowledge translation among knowledge management, the meaning of knowledge inertness , the reason of bringing knowledge inertness , and brings forward forward pertinence suggestion.

分析了知识管理中知识转化的基础性作用，在此基础上分析了知识惰性的内涵、知识惰性产生的原因，并提出了有针对性的管理措施。

In the electromagnetic field that countercurrent inductor produces, the metal droplet that melts gets the role suspension of electromagnetism force in quartz pipe center and had been heated up continuously. When metal droplet of melting have been heated up certain temperature surface beginning gasification, metal vapor tension will raise follow temperature go up, is heated continuously can have plenty of metal atoms overflow metal ball liquid surface, at the same time, as the inert gas of cooling medium, all along with certain current velocity, sideswipe the metal droplet surface that melts. Metal atoms fly out liquid surface according to certain way form the atom cluster by the condensing of inert air current, merger and the collision between crystal nucleus pellet and atom cluster form the smoke flame of nanoparticle pellet eventually.

在逆流感应器产生的电磁场中熔化的金属液滴受电磁力的作用悬浮于石英管中央并继续被加热，当金属熔球被加热到一定温度时表面开始气化，金属蒸气压随温度的升高而升高，继续受热会有大量的金属原子飞出熔球液面，与此同时，作为冷却介质的惰性气体始终以一定的流速掠过熔化的金属液滴表面，原子飞出液面受冷后就按照一定的方式凝聚成原子簇，在惰性气流中形核并随之长大，颗粒、原子簇间的碰撞与合并，最终形成金属纳米颗粒的烟焰。

At first it may seem rather strange to treat the chemistry of the halogens and the noble gases,two groups that represent the extremes of chemical activity and inertia ,in the same section .the superficial differences between the halogens and the noble gases are much reduced,however if we focus our attention on the comparison of halide ions(particularly F-) with the isoelectronic noble gas atoms and the noble gas compounds with halogen atoms or the halogens in their higher positive-oxdation states.

起初它可能看起来很奇怪对待的卤素化学和惰性气体，两个团体代表在同一节的化学活性和惯性的极端。与卤素和惰性气体的表面差异大大减少，但是，如果我们着眼于（特别是架F -等电子与惰性气体原子和原子与卤素或在卤素稀有气体化合物）卤离子的比较，我们的注意力较高的正- oxdation国家。

At first it may seem rather strange to treat the chemistry of the halogens and the noble gases,two groups that represent the extremes of chemical activity and inertia ,in the same section .the superficial differences between the halogens and the noble gases are much reduced,however if we focus our attention on the comparison of halide ions(particularly F-) with the isoelectronic noble gas atoms and the noble gas compounds with halogen atoms or the halogens in their higher positive-oxdation states.

起初它可能看起来非常奇怪对待的卤素化学和惰性气体，两个团体代表在同1节的化学活性和惯性的极端。与卤素和惰性气体的表面差异大大减少，但是，假如偶们着眼于（非常是架F -等电子与惰性气体原子和原子与卤素或在卤素稀有气体化合物）卤离子的比较，我们的注意力较高的正- oxdation国家。

与惰性相关的网络解释 [注：此内容来源于网络，仅供参考]

inert gas cover：惰性气体保护层

inert gas arc welding | 惰性气体电弧焊 | inert gas cover | 惰性气体保护层 | inert gas shielded melting | 惰性气体保护熔炼(法)

inert gas blanket：惰性气体覆盖

inert gas arc welding 惰性气体保护焊 | inert gas blanket 惰性气体覆盖 | inert gas generator 惰性气体发生器

inert gas system：惰性气体系统

inert gas system 惰气装置 | inert gas system 惰性气体系统 | inert gas system 惰性气体系统惰性气体系统惰性气体系统

inert gas system：惰性气体系统惰性气体系统惰性气体系统

inert gas system 惰性气体系统 | inert gas system 惰性气体系统惰性气体系统惰性气体系统 | inert gas system 惰性气体系统惰性气体系统惰性气体系统惰性气体系统

inert gas system：惰性气体系统惰性气体系统惰性气体系统惰性气体系统

inert gas system 惰性气体系统惰性气体系统惰性气体系统 | inert gas system 惰性气体系统惰性气体系统惰性气体系统惰性气体系统 | inert gas 惰性气体

inert atmosphere：惰性環境

inert惰性的 | inert atmosphere惰性環境 | inert electrode惰性電極

inert filler：惰性掺合料,惰性填料

inert element 惰性元素 | inert filler 惰性掺合料,惰性填料 | inert free gas 无惰性气体

inert material：惰性物料

inert granular material 惰性粒状物料 | inert material 惰性物料 | inert matter 惰性物体

inert material：惰性物质,惰性材料

inert gas shielded melting | 惰性气体保护熔炼(法) | inert material | 惰性物质,惰性材料 | inert medium | 惰性介质

sluggishness：粘滞性惰性低灵敏度

sluggish 粘滞的惰性的低灵敏度的 | sluggishness 粘滞性惰性低灵敏度 | sluggishness 粘滞性惰性低灵敏度缓慢