Chinese translation for "atomic level"

原子能级

Related Translations:

atomic boiler:  原子反应堆原子锅炉原子能锅炉

atomic fussion:  原子核熔合

atomic physics:  原子物理学

atomic constant:  原子常数原子恒量

atomic particle:  原子粒子

atomic hardening:  原子硬化

atomic device:  原子装置

atomic medicine:  核医学核子医学原子医疗学原子医学

atomic proposition:  原子命题

atomic size:  原子大小

Example Sentences:

	1.	The study of metals and their properties in bulk and at the atomic level 冶金学以金属及其聚合时和呈原子状态时的特性为研究对象的学科
	2.	Nanotechnology involves the manufacture and manipulation of materials at the molecular or atomic level 利用纳米技术，人们可以在分子或原子级别进行制造和加工工序。
	3.	Computer simulation techniques can be used to understand the properties of a molecular system in terms of interactions at the atomic level Md模拟通过给出生物大分子在原子水平上的相互作用，提供生物大分子的涨落和构象变化的详细信息。
	4.	It has been proven by instrumental analysis that metal oxides and salts disperse spontaneously to the pores and surface of zeolites at atomic level dispersion 摘要金属盐和氧化物在分子筛孔穴中及内外表面自发形成原子水平的分散，这种自发分散现象已被多种现代仪器分析所证实，并在国内外得到广泛认同。
	5.	No3 : revealing crystal defects at atomic level by field - emmission hrem ( invited lecture ) , f . h . li , proceedings 7th asia - pacific electron microscopy conference , singapore , june24 - 30 , 2000 , pp . 26 - 27 场发射高分辨电子显微镜在揭示原子分辨率晶体缺陷上的应用（特邀论文） ，李方华，科仪新知， 21 ( 1999 ) 8 - 15
	6.	However if these breakthroughs are to be is be realised in practice a paradigm shift in synthetic chemical techniques will be necessary so we can create at will really large molecules with accurately defined structures at the atomic level 这些基础性的进展暗示着在我们口袋中的超级电脑（以及我们的大脑）及可轻易地抵挡超级飓风及剧烈地震的建筑物将成为现实。
	7.	The samples were characterized by x - ray diffraction ( xrd ) , optical spectroscopy , transmission electron microscopy ( tem ) and scanning tunneling microscopy ( stm ) . as a result , a self - assembled monolayer ( sam ) of msa on the surface of fee au particles was directly observed in atomic level 在此基础上，对金纳米粒子和其自组织结晶体进行了一系列的x射线衍射仪( xrd ) 、透射式电子显微镜( tem ) 、光吸收谱和扫描隧道显微镜( stm )的检测和分析。
	8.	Quantum mechanics has changed our world view such that we now understand that we can predict , at the atomic level , how things will work probabilistically , but not deterministically - that is , we can be right on average , but can never have certainty about any one event 量子力学改变了我们的世界观，现在我们理解了我们可以在原子级上预测现象是怎样以概率发生的，而不是确定的也就是说，在平均上我们可以是正确的，但是永远不会对任何事件完全确定。
	9.	In section one , we analyze the mechanism of lwi gain , and study the effects of the rabi frequency q of the driving field , the injection rates ratio rb / r ~ , the exit rate r0 , the decay rates ~ and rab between atomic levels , as well as 3 incoherent pump rate r on the gain without inversion , dispersion and population difference of the system . in section two , we discuss the effects of the detuning of the driving field and the probe field on the gain 在第一节中分析了无粒子数反转激光增益产生的机制、研究了驱动场的rabi频率、粒子注入速率比值r _ b / r _ c 、粒子退出速率r _ o 、能级间的自发衰减速率r _ ( c - b ) 、 r _ ( a - b )和非相干泵浦速率r对增益、色散和粒子数差的影响；第二节讨论了驱动场和探测场的失谐对无粒子数反转激光增益的影响。
	10.	It is derived the hamiltonian for the interaction of a - type three - level atom with a two - mode quantum cavity field from the general interaction hamiltonian between a multi - level atom and a multi - mode radiation field , and reduce it into an effective two - mode raman - coupled mode under large detuning condition . it is proposed a modified effective hamiltonian for the two - mode raman - coupled model . it is found the time - dependent state vectors and present validity conditions for the involved interaction hamiltonians . it is shown that in the study of the two - mode raman - coupled model it is not enough to retain only the usually used effective hamiltonian , one must also take into account the ac stark shift of the atomic levels ( at least one of the levels ) . finally , it is studied the atomic dynamics in the interaction of a - type three - level atom with a two - mode quantum cavity field and in the two - mode raman - coupled model . it is found that the number of collapse - revivals , the collapse time and the revival time show new characteristics 从多能级原子与多模光场的相互作用哈密顿量出发，导出了型三能级原子与双模光场的相互作用哈密顿量.在大失谐条件下将其化成等效的二能级形式双模喇曼耦合模型.提出了该模型的一个改进型等效哈密顿量.该哈密顿量由两部分构成：一部为通常所谓的等效哈密顿量，另一部分描述原子能级的动态斯塔克移动.研究表明，在双模喇曼耦合模型的研究中，只考虑前者是不够的，还必须考虑后者.最后，我们研究了该系统中原子的动力学行为，发现崩塌-复苏的数目、崩塌时间和复苏时间均呈现新的特性

Similar Words：

"atomic layer" Chinese translation, "atomic layer deposition" Chinese translation, "atomic layer epitaxial growth system" Chinese translation, "atomic layer epitaxy" Chinese translation, "atomic length standard" Chinese translation, "atomic line" Chinese translation, "atomic line filter" Chinese translation, "atomic line shage factor" Chinese translation, "atomic linewidth" Chinese translation, "atomic link" Chinese translation