查询词典 spin-drier

Moon I watch you spin from afar I drink you in and breath you out I'm camouflaged by the timeline I'm camouflaged when the sun shines Two ships passing in the night [01:17.72]Two lips pressing ground the tides [01:28.98]I believe the world it spins for you [01:39.97]We will never be, I am the moon [01:51.24]I believe the world it spins for you [02:02.57]We will never be, I am the moon [02:13.49]I long to be a part [02:24.07]I isolate my heart [02:34.96]You've drawn me into your world [02:46.65]Now I too spin limbless [02:57.34]One hand clapping, where's the wind [03:08.73]I stand spanning at your distant wings [03:20.62]I believe the world it spins for you [03:30.89]We will never be, I am the moon [03:42.90]I believe the world it spins for you [03:57.78]We will never be, I am the moon [04:03.95]I believe the world it spins for you [04:16.12]We will never be, I am the moon

我看你自旋远方我喝你在和呼吸你出我很伪装的时间线我很伪装阳光照两个船舶通过在夜里 [01：17.72]按下的两个唇地面潮汐 [01：28.98]我相信它旋转为你的世界 [01：39.97]我们永远不会，我月亮 [01：51.24]我相信它旋转为你的世界 [02：02.57]我们永远不会，我月亮 [02：13.49]我渴望一部分 [02：24.07]我找出我的心 [02：34.96]您已经卷入我你的世界 [02：46.65]现在我太自旋 limbless [02：57.34]一只手鼓掌的风在哪里 [03：08.73]我站在你遥远的翅膀跨越 [03：20.62]我相信它旋转为你的世界 [03：30.89]我们永远不会，我月亮 [03：42.90]我相信它旋转为你的世界 [03：57.78]我们永远不会，我月亮 [04：03.95]我相信它旋转为你的世界 [04：16.12]我们永远不会，我月亮

The direction and the strength of the spin polarization are well controllable and manipulatable by simply varying the strength of spin-orbit interaction or the energy levels in quantum dots.

通过改变自旋轨道耦合强度或量子点内的能级很容易调节自旋极化的强度和方向，而且当量子点内的能级相等时电子-电子互作用能够增强量子点内的自旋积累，当量子点内的能级不相等时电子-电子互作用不能增强量子点内的自旋积累。

This paper gives a brief introduction for the classification, development and application of magnetoresistance effect and focuses on giant magnetoresistance effect, including multilayer magnetic resistance film, spin valve, membrana granulosa, spin tunnel magneto-resistor, discrete multilayer film and so on.

求助摘要翻译本文简要介绍了磁电阻效应的分类、发展历程及其应用，重点介绍了巨磁电阻效应，包括多层磁阻薄膜、自旋阀、颗粒膜、自

However in the study of nucleon spin structure,the gluon spin,quark and gluonangular momenta operators seem to have intuitive physical meaning but are not separatelygauge invariant.

但是在核子自旋结构研究中，胶子自旋，夸克和胶子轨道角动量看上去有直观的物理含意，但却不是分别规范不变的。

In this thesis, several problems of time-dependent systems in various branches of physics are investigated by making use of the generalized invariant theory and the invariant-related unitary transformation formulation. The problems are given as follows:(1) Spin model and geometric phase factor in the fiber We investigate the fiber experiment performed by Chiao-Tomita and the Chiao-Wu theory concerning the geometric phase factor in the optical fiber, and then show that the investigation of the propagation of photons inside the noncoplanar optical fiber can be regarded as that of a second-quantization spin model.

本论文用推广的不变量理论和与不变量有关的幺正变换方法研究了一些物理分支中的几个含时系统问题：(1)自旋模型与光纤中光子几何相因子问题重新考察了Chiao-Tomita光纤实验和Chiao-Wu关于光纤中光子几何相因子的理论，证明了在非共面弯曲光纤中传播的光子运动问题实际上可以化为二次量子化含时自旋模型研究。

Aiming at two key issues in the molecular design of high-spin moleculesand organic ferromagnets, i.e., the ferromagnetic coupling strength in localradical fragments and the changeover of coupling capabilities offerromagnetic coupling units in building high-spin molecules, we made anextensive and deep investigation on numerous important conjugated radicalsystems within the semiempirical and nonempirical VB model, respectively.

针对高自旋分子和有机铁磁体的分子设计中的两个重要问题，即自由基片断的铁磁偶合强度及铁磁偶合单元在&建造&高自旋分子时其偶合能力的变化，分别用半经验的和非经验的VB模型，以一些重要的共轭自由基体系为对象进行了广泛而深入的研究。

When two particles couple themselves in a singlet at short distances (one with spin up and one with spin down) the new nonlinear, nonlocal and nonpotential forces due to deep wave-overlappings are so attractive to overcome possible repulsive Coulomb forces, and permit new bound states at short distances which simply cannot be conceived - let alone treated - by quantum mechanics and chemistry.

当两个粒子在很小的作用距离内相互偶合成为零自旋态〔一个上旋而另一个下旋〕，深深重叠在一起的波导致新型的非线性、非局部和非潜势力的引力大到得以克服相互排斥库伦力，允许很小相互作用距离内的一种新的限制状态。量子力学和量子化学无法考虑，更不用说去处理，这种新的限制状态。

The mechanism of the dehydrogenation reaction of Os〓 with methane The minimum energy reaction path of this reaction is found not to be one of three PESs of a certain spin state, but to involve the crossings between each two adiabatic surfaces of three spin states.

本文主要用UB3LYP方法，结合相对论赝势，系统地研究了气相Os〓及其氧化物阳离子OsO〓（n=1-3）与甲烷的反应以及气相FeO〓与乙烯的反应的机理。

In order to enhance the miscibility between the inorganic and the organic phases,the silanol coupling agent is made from the slane VTMS and the colloid silica. Then the silanol coupling agent and nano-particles of ZnSb2O6 as the conductive filler are successfully bonded and the nano-particles of ZnSb2O6 will become more organic-like. The colloid silane-SiO2-ZnSb2O6 precursor solution is subsequently mixed with a homogeneous lsopropylalcohol solution of SR-399 acrylic monomers (Dipentaerythritol pentaacrylate) and the active free radical agent709. Under nitrogen purging, this reaction solution prepolymerize at 60℃. Then, the solution is spin-coated with the spin coator at room temperature. At last, the coated thin film is cured and crosslinked by the UV curing reactor to form the highly transparent thin film with good optoelectronic properties from hybrid organic-inorganic nano-composite.

首先以矽氧烷VTMS和colloid silica制备矽氧偶合剂，再以此偶合剂对分散於异丙醇溶液之奈米级的colloid ZnSb2O6做有机化改质，以增进其与有机高分子基材的键结相容性，我们将此colloid silane-SiO2 - ZnSb2O6前驱物与SR-399有机基材单体(Dipentaerythritol pentaacrylate)的异丙醇溶液与活性自由基光起始剂709均匀掺混后，在充满氮气反应系统下，加热至60℃进行预聚合反应，接著在室温下以旋转涂布机旋转涂布成厚度均匀薄膜，最后将此薄膜直接高温硬化或以UV硬化机网状键结硬化成透明与具部份导电性等光电特性之无机/有机奈米混成薄膜。

Your harddisk shouldn't spin-down/spin-up and/or park/unpark too much causing the mechanics of the harddrive to slowly detiorate.

如果你的硬盘频繁启动关闭休眠，那么很容易造成硬盘机械故障。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。