- 更多网络例句与电子振动的相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The algebraic method is used for the first time to study the vibrational spectroscopic constants and the vibrational spectra of three electronic states of alkali heteronuclear diatomic molecule: NaLi -、、 state. The dissociation energies of these states are studied using the algebraic energy method.
文章使用作者建立的基于微扰理论的代数方法，首次研究了碱金属异核双原子分子NaLi的、、三个电子态的振动光谱常数和振动能谱；使用基于AM的代数能量方法研究了这些电子态的离解能。
-
Since the High-Lying Vibrational excited levels and dissociate behavior of gas diatomic molecules: H2, O2, N2 and CO are very important in actual studies and applications, using the algebra method and the algebra energy method to obtained full vibrational energy spectra {E} and molecular dissociation energies are base on limited experiment energy level {E} in this paper. The study result has provided the important high vibrational excited state energy level and the reliable dissociation energy data for the research partial dissociating gas physics and the chemical property.
鉴于气体双原子分子H2、O2、N2和CO的高振动激发态能级和离解行为在实际研究中的重要性，本文应用代数方法和代数能量方法，以部分气体双原子分子有限的实验能级［E］为基础，获得了H2-X1Σ、O2-A^3Σ、O2-c1Σ、N2-X1Σ和CO-X^1Σ共5个电子态的完全振动能谱｛E｝及其分子的离解能，为研究部分离解气体的物理和化学性质提供了重要的高振动激发态能级和可幸的离解能数据。
-
The results show that the ECM potential behaves well in whole internuclear region, and that the ECM not only gives satisfied potentials for smaller diatomic molecules but also generates correct potential energies for heavier molecules like halogen diatomic molecules.
研究表明，ECM势不仅有优秀的物理性质，而且在分子振动全程具有较高的精度；ECM不仅能给出小分子电子态的满意势能结果，而且对于其电子构造和物理及化学性质都有一定特殊性的卤素双原子分子，也同样能给出正确的势能曲线。
-
Low-lying electronic states of the lutetium dimer (Lu2) were studied based on density functional theory using ten different density functionals together with three different relativistic effective core pseudopotentials. Relative state energies, equilibrium bond lengths, vibrational frequencies, and ground-state dissociation energies were evaluated.
用密度泛函理论方法研究了镥二聚体(Lu2)低能量电子态的性质，计算了电子态相对能量、平衡键长、振动频率以及基态解离能，考察了密度泛函性质、相对论有效势种类以及Hartree-Fock交换作用大小对计算结果的影响。
-
The above multiple changes will produce 2 kinds of waves, Matter waves and mechanical waves that spread at the same time. Because the electromagnetic wave is a matter wave, it is the medium. Since the multiple exchanges of the electrons state can be regarded as electrical vibration, and the vibrated electrons have magnetic fields and electrical fields at the same time, the electromagnetic wave will be produced. Then, because the electron itself is a matter micro particle, it can produce mechanical waves which can propagate outside with electrical magnetic waves.
这种状态改变的多次往复，就会产生两种波，一种物质波，即电磁波；一种机械波，并且这种机械波是以同次产生的电磁波为媒质进行传播的，，这是因为本种状态的多次往复，可以看作是一种电子振动，振动的电子同时具有磁场和电场，所以能够产生电磁波，又因为电子本身是一个物质微粒所以他能够产生机械波，并且是横波，并随电磁波进行向外传播。
-
Contents: A Brief Review of Elementary Quantum Chemistry; An Introduction to Electronic Structure Theory; The Born-Oppenheimer Approximation; Time Evolution of Wavefunctions; Angular Momentum Summary; The Unitary Group Form of the Hamiltonian; Introduction to Hartree-Fock Theory; Permutational Symmetries of Integrals; Notes on Excited Electronic States; The Quantum Harmonic Oscillator; Assigning Symmetries of Vibrational Modes; Notes on Elementary Linear Algebra
内容： 初等量子化学的简评；电子结构理论的介绍；天生奥本海默的接近； Wavefunctions的时间演化；角动量摘要； Hamiltonian的单位的组形式；哈特里-Fock 理论的介绍；积分的Permutational对称性；在令人激动的电子国家上注明；这台量谐波振荡器；分配振动的方式的对称性；在初等线性代数上注明
-
In chapter two,we review and develop mechanism for three cooperativetransitions,including the cooperative electronic transition of two RE ions,external and internal vibronic transitions.We explain the principle of thesecooperative transitions and obtain,the relations between the oscillator strengthof these transitions and other parameters.
第二章回顾、总结和发展了几种联合跃迁，包括稀土离子对的联合电子跃迁、内电子振动跃迁和外电子振动跃迁的量子力学理论，解释了这些联合跃迁产生的机理，得到了其跃迁的振子强度同各种因素的关系。
-
The fluorescent intensity ratio of the first vibronic peak (λ=373 nm) to the third vibronic peak (λ=383 nm) of pyrene solubilized in micelle decreased gradually, which was different from the conventional surfactant, such as SDS. The aberrant property indicated a broad micelle size for the m+nAr-T surfactants. That is, the aggregates of the studied surfactants gradually grew in size with increasing concentration over wide concentration range.
与传统表面活性剂不同，增溶于N-酰基牛磺酸钠胶团中的芘的第一个电子振动峰(λ=372nm)的荧光强度I1和第三个电子振动峰(λ=385nm)的荧光强度I3之比I1/I3值随着表面活性剂浓度的增加而缓慢降低，说明了N-酰基牛磺酸钠表面活性剂在低浓度区形成疏松的聚集体，随着浓度的增大则有更多的表面活性剂分子挤入已形成的聚集体。
-
The above multiple changes will produce 2 kinds ofwaves, Matter waves and mechanical wavesthat spread at the same time. Because the electromagnetic wave is amatter wave, it is the medium. Since the multiple exchanges of theelectrons state can be regarded as electrical vibration, and thevibrated electrons have magnetic fields and electrical fields at the same time, the electromagnetic wave will be produced. Then, because the electron itselfis a matter micro particle, it can producemechanical waves which can propagate outside withelectrical magnetic waves.
这种状态改变的多次往复，就会产生两种波，一种物质波，即电磁波；一种机械波，并且这种机械波是以同次产生的电磁波为媒质进行传播的，，这是因为本种状态的多次往复，可以看作是一种电子振动，振动的电子同时具有磁场和电场，所以能够产生电磁波，又因为电子本身是一个物质微粒所以他能够产生机械波，并且是横波，并随电磁波进行向外传播。
-
The program is used to deconvolve electron energy loss spectrum of H2. Vibrationally resolved optical oscillator strengths are determined. The results agree well with previous experimental and theoretical studies.
利用该软件处理氢分子的电子能量损失谱，得到氢分子不同电子态的振动跃迁的截面信息，所得结果与以前的实验结果符合很好。
- 更多网络解释与电子振动的相关的网络解释 [注：此内容来源于网络，仅供参考]
-
optical activity：旋光性
这种能使偏振面旋转的性能称为旋光性(optical activity),手性化合物都具有旋光性. 当偏振光作用于分子,使分子的电子产生受迫振动. 这种受迫振动将产生周期变化的电场e′,它的频率和周相(相位)和入射偏振光是相同的,但方向不同.
-
electron energy level：电子能级
能级组成:除了电子能级(Electron energy level)外,分子吸收能量将伴随着分子的振动和转动,即同时将发生振动(Vibration)能级和转动当强度为I0的入射光束(Incident beam) 通过装有均匀待测物的介质时,该光束将被部分吸收,
-
out of phase：相
以往被动式的减振降噪技术,只能消极的针对振动噪音作被动的消除工作,往往只能扬汤止沸,未能釜底抽薪,未来主动的消音技术,利用电子信号处理技术来侦测振动噪声源,而产生反相(Out of Phase)振噪源与破坏性干涉,来达到减震降噪的目的,
-
out of phase：反相
以往被动式的减振降噪技术,只能消极的针对振动噪音作被动的消除工作,往往只能扬汤止沸,未能釜底抽薪,未来主动的消音技术,利用电子信号处理技术来侦测振动噪声源,而产生反相(Out of Phase)振噪源与破坏性干涉,来达到减震降噪的目的,
-
vibrational：振动的
以下我们就要对这两种质谱技术的原理与应用做一介绍.雷射在早期质谱技术上的运用,是将一强而短的雷射脉冲直接照射在样品上,样品吸收了紫外光或是红外光,导致电子的(electronic)或是振动的(vibrational)激发而挥发及离子化.这一技术称为直接雷射脱附游离法,
-
vibrational spectrum：振动光谱
Asvany等人通过测量红外线引起的与CO2反应的方法得到了CH5的振动光谱(vibrational spectrum). 模拟实验的结果得到一个结构. 这个结构中,一个CH3的三角通过一个三个中心的(three-centered),两个电子(two-electron)的键结合到的H2片断(fragment)上.
-
vibrational energy：振动能量
一般电子激动能量乃转变成振动能量(Vibrational energy)(分子中原子的振动),然后再以热的形式散布到四周. 一种较不同的途径乃是让这激动的分子发出萤光(fluorescence),也就是放出较原先吸收的光波长稍长的光. 奎宁水(quinine water)在太阳光中发出蓝光即是一例,
-
mechanical vibrator：机械振动器
超音波疲劳试验是以高频周期性反覆的共振疲劳应力促使材料在短时间内发生疲劳破坏,整个试验装置主要包含超音波振荡产生器(Ultrasonic generator)及机械振动器(Mechanical vibrator) [5, 6].超音波振荡产生器主要利用换能器将电子讯号转为机械振动,
-
welding：焊接设备
电子有限公司(DRE)是日本NTK超声波振动子(Ultrasonic Transducers)在中国大陆的独家代理. 所销售的超声波振动子/换能器产品可用于超声波焊接设备(Welding)、IC邦
-
vibronic：电子振动的
vibromixer 振动混合器 | vibronic 电子振动的 | vibropack 振动子整流器