transition energy
英 [trænˈzɪʃn ˈenədʒi]
美 [trænˈzɪʃn ˈenərdʒi]
网络 临界能量; 跃迁能; 转变能; 跃迁能量; 过渡能量
双语例句
- Buildings consume 40 percent of the energy we use, and a transition to energy efficient buildings will cut our carbon emissions by one-third.
楼宇的耗电占我们能源消费的40%，节能楼宇的推广将使我们二氧化碳的释放减少三分之一。 - The excited states were also investigated by using CIS method, the transition energy was determined by the ability of donor giving electrons and the molecular plain.
采用CIS方法研究体系的激发态情况，发现给体的给电子能力和分子平面性共同决定激发能的大小。 - ELSS: A Replacement Policy to Save Bank Transition Energy for Data Cache
ELSS：一种降低数据Cache体转换能量的替换策略 - The transition energy from the ground state to the lowest excited state of these two amino acids has also been calculated.
计算了此两种氨基酸从基态到最低激发态的跃迁能。 - In recent years, due to the strategic transition of energy development from petroleum to natural gas all over the world, the shipping volume of LNG carriers have been increasing.
近年来由于各国从石油向天然气的能源发展战略转变，使得LNG船舶的海运贸易量增加。 - It is found that the transition energy of acceptors increases with the enhancement of quantum confinement.
研究发现，随着量子限制效应的增强，受主跃迁能量会增加。 - These metal complexes in which ions were mosaiced into big? system of conjugated ring structrue were demonstrated by π→π transition energy, transition probability and Nlt shift of binding energy.
由π→π跃迁能、跃迁几率及N（1S）和金属M（2p3/2）结合能的位移证明，这些化合物是金属镶嵌在大π体系共轭环中而成的金属配合物。 - Study on the relationships of the ￣( 13) cnmr chemical shifts to the charge density, and of the transition energy to Hammett constants for mono-substituted coumarins
单取代香豆素的~（13）CNMR化学位移与电荷密度、跃迁能与Hammett常数关系的研究 - The electronic density, ionization energy and transition energy of the 1 ∑+ ground state have also been calculated.
我们还计算了基态~1∑~+的电荷密度、轨道电离能和跃迁能。 - It has been shown in our previous paper that the natural logarithms of the ratios of excited to ground resonance structure counts should be correlated linearly with parameters related to transition energy.
前报证明：激发共振结构数与基振态共结构数比值的自然埘数，应与跃迁能相关参量线性相关。 - Application of Lewis Base and its Transition Energy ( E_T) in anionic polym, of conjugated dienes.
路易氏碱及其过渡态能ET在共轭二烯烃的阴离子聚合中的应用。 - DMA curves proved the reactive compatibilization. Effects on glass transition activation energy were also investigated.
DMA谱图证实，PP-g-GMA对PA66/PP的反应有增容作用，并计算出其对PA66/PP玻璃化转变活化能的影响。 - On this basis, the first excited state electronic transition energy has been calculated using time-dependent density function theory, and λ_ ( max) is obtained.
在此基础上使用含时密度泛函理论方法计算了分子第一激发态的电子垂直跃迁能，得到最大吸收波长λmax。 - If the energy corresponding to this frequency matches with the transition energy of the electronic states of the ions, the ions have a chance to be excited. It is called Resonant Coherent Excitation ( RCE).
如果与此振动频率相关的能量与离子的电子态跃迁能量相匹配，则离子有可能被激发，这种现象就称为共振相干激发（RCE）。 - The photocurrent spectra of GaAs/ AlGaAs multiple quantum wells infrared detectors under zero bias, small current and large bias were measured, respectively. The characteristics of multi-peaks and abnormal enhancement of the photocurrent spectra are discussed in comparison to the transition energy of theoretical calculation.
测量了GaAs／AlGaAs多量子阱红外探测器在零偏压、小偏流和大偏压等条件下的光电流谱，并结合理论计算的光跃迁能量讨论了光电流谱的多峰结构和异常增强特性。 - Finally, the chemical trend and some experimental facts of transition impurity energy levels are qualitatively explained.
最后定性地说明了过渡元素杂质能级的化学趋势和一些实验事实。 - This paper discusses the colors of the halides of Cu(ⅰ) and Ag(ⅰ) from the points of the electron transition energy lever, ion polarization, ion deformability and ion polarization energy.
从电子的跃迁能级、离子极化作用、离子变形性、离子极化能几方面讨论了Cu（Ⅰ）Ag（Ⅰ）卤化物的颜色问题。 - An equation correlating the electronic transition energy with substituent and solvent effect in aromatic conjugated systems was derived on the basis of perturbation molecular orbital theory.
推导出芳香共轭体系的电子跃迁能与取代基效应以及溶剂效应之间的关系方程式。 - In experiments, in InGaAsP quantum well, the transition energy distance between heavy-hole and light-hole is great because of the sress made during the quantum well growing process, so as to neglect light-hole generally.
在实验过程中，由于量子阱在生长过程中产生的应力使得轻空穴激子的跃迁能与重空穴激子的跃迁能二者之间间隔较大，所以轻空穴激子的影响往往就会被忽略。 - Transition energy and dipole oscillator strength for 1s~ 23d-1s~ 2nf of V~ ( 20+) ion
V~（20+）离子1s~23d-1s~2nf的跃迁能和振子强度 - Ground-State Transition Energy in GaInNAs/ GaAs Quantum Well Structures
GaInNAs/GaAs量子阱结构基态光跃迁的能量 - Accurately Determining the Position of Interband Transition Energy for the Ga xIn 1-x P by the Third Derivative Spectra of Dielectric Functions
用介电函数的三级微商谱精确确定GaxIn（1-x）P临界点的能量值 - Electron Transfer between Tryptophan and Tyrosine& ab initio Study on Redox Reactivity and Electronic Transition Energy
酪氨酸与色氨酸间电子转移&氧化还原活性及电子跃迁能的从头算研究 - Gallium Arsenide ( GaAs) is important compound semiconductor material. It has high electron transfer rate and direct transition energy band structure. GaAs is fit to be made into high frequency, high speed, endure heat, anti-radiation and luminescence apparatus.
砷化镓（GaAs）是一种重要的化合物半导体材料，具有电子迁移率高、直接跃迁型能带结构等优点，适合于制造高频、高速、耐高温、抗辐射和发光器件。 - Application of Transition Energy ( E_T) as Solvent polarity Parameter in Anionic Polymerization of Conjugated Diene
溶剂极性的经验参数ET在共轭二烯烃阴离子聚合中的应用 - The Er PL thermal quenching is restricted due to the large mismatch between the Si-nc bandgap energy and the Er transition energy.
利用Si-nc带隙和Er~（3+）跃迁能量之间较大的不匹配可以抑制温度淬灭效应。 - A lower transition energy with a larger oscillator strength and a larger transition moment will lead to a larger second-order NLO response in alkali-metal carborane.
碱金属碳***具有较低的跃迁能，较高的振子强度以及较大的跃迁偶极矩导致其具有较高的二阶NLO响应。 - Based on energy structure development trends of Shandong, the energy structure is divided into three different scenarios: the traditional energy structure, the transition energy structure and new energy structure.
调研分析山东能源结构发展变化趋势，将能源结构发展趋势划分为三种不同情景：传统能源结构、过渡能源结构和新能源结构。 - It is found that the binding energy and transition energy of the hydrogenic impurity state have their maximums with variation of the well-width, but the binding energy increases monotonously with the magnetic field whereas a minimum appears for the transition energy.
结果表明，束缚能和跃迁能随阱宽变化有一极大值；束缚能随磁场单调增加，跃迁能随磁场的变化则出现了极小值。 - GaAs is a compound semiconductor which has the best development in semiconductor materials, which is used to fabricate the devices and circuits of high frequency and speed because of its high mobility ratio and direct transition energy band structure.
GaAs是发展最快的第二代化合物半导体材料，具有高迁移率、直接跃迁型能带结构等优点，适合制造高频、高速器件和电路。