方法：电荷转移分光光度法。
它起因于分子团内部的能量或电荷转移。
It was due to energy or charge transfer within the clusters.
这种电荷转移导致被吸附CO分子的活化。
This charge transfer causes the activation of absorbed CO molecules.
还计算了电荷转移、成键情况和状态密度。
The charge transfer, the bond strengths and the density of states are also considered.
电荷转移引起带峰移动。
分析表明界面的电荷转移是反应的速度控制步。
The results indicated that interfacial charge transfer may be the rate limiting step.
测定了相应的电荷转移配合常数和猝灭速率常数。
Both corresponding complexation constants and quenching rate constants are determined and the quenching is not in the diffusion-controled limit.
用过渡态理论计算了部分光学跃迁和电荷转移跃迁的能量。
Energies of some optical transitions and the charge transfer transition are calculated based on the transition state theory.
酚钾- 1,3,5 -三硝基苯电荷转移络合物的研究。
The Study of Potassium Phenoxide-1, 3, 5-trinitrobenzene Charge Transfer Complexes.
还对该电荷转移盐的氧化还原性质及导电性等进行了讨论。
Also studied its spectrum, oxidation-reduction property and solid electrical conductivity.
分析了V - N -空位复合体的成键特性和电荷转移情况。
The bond characteristics and charge transfer in the V-N-vacancy complex are analyzed.
研究了N,n二甲基苯胺和苯醌间光诱导电荷转移的溶剂效应。
The solvent effect on the photoinduced charge transfer between n, N-dimethylaniline and quinone has been investigated.
关于电荷转移现象的研究因理论及应用方面的重要性而倍受瞩目。
Charge transfer phenomenon has been attracted much attention due to its significance in academics and applications.
计算结果表明，在低能量范围内，二茂铁分子存在一个电荷转移态。
There is one charge-transfer state for the (molecule) at low energy regime.
研究了不同极性溶剂中这些化合物的分子内的光诱导电荷转移现象。
Their photophysical properties were investigated in solvents of different polarities by absorption and emission techniques.
目的建立用电荷转移络合分光光度法测定硫酸阿托品滴眼液含量的方法。
OBJECTIVE to establish an accurate method to determine atropine sulfate in eyedrops by charge transfer complex spectrophotometry.
近年来关于电荷转移现象的研究因理论及应用方面的重要性而备受瞩目。
Charge transfer phenomenon has attracted much attention due to its significance in academics and applications.
本文从溶质分子间的电荷转移相互作用，讨论了溶质浓度对色谱过程的影响。
The effect of charge-transfer(CT) interaction between the solute molecules in mobile phase on chromatographic process was investigated.
电荷转移和此过程(化学反应和表面之间的材料迁移)之间更准确的关系目前还不太清楚。
The exact relationship between the charge transfer and the processes seen here-chemical reactions and the transfer of materials between the surfaces-isn't clear at this point.
介绍了电荷转移络合物概念、特点、分类、形成机制及在生物医药方面的应用。
This paper introduces the concept, character, category and formation mechanism of charge-transfer complex and its application in pharmaceutical and biomedicine.
分子基态与电荷转移态的电荷转移过程定性地解释了双光子聚合反应的聚合机理。
The charge_transfer process for the charge_transfer states is displayed, and then the mechanism of photopolymerization is discussed qualitatively.
研究了掺杂有机薄膜发光中基质分子与掺杂分子间能量传递和电荷转移的定量关系。
The quantitative relations of the energy and charge transfer between substrate molecular and dopant in doped organic thin films were investigated.
得到了它的电子结构，包括分子丛轨道能量本征值谱、态密度、电荷转移等等结果。
It's electronic structure, including spectrum of the ground state valence levels, density of states, and the charge transfer between adsorbate and substrate, is obtained.
（实空间电荷转移）逻辑器件已能够实现“异或” 、“或” 以及“与非”功能。
The multilogic function devices based on the RST (real space charge transfer) structure are being used to realize such logic functions as XOR, "OR" and "NAND.
对四种分子内具有氢给体的电荷转移化合物与阴离子物种间的相互作用进行了研究。
The interaction between four compounds containing hydrogen bond donors and anionic species have been investigated.
红外谱图显示腐殖酸和杀真菌剂之间的氢键和电荷转移键可能是吸附作用产生的机理。
IR spectra showed that H-bonds and charge-transfer bonds between humic acid and fungicides probably operated as mechanisms of adsorption.
基于电荷转移法测量电容变量的原理，研制了一种电容式原油含水率传感器及其仪器。
Based on the charge transfer technique, the capacitance sensor and instrument for measuring water cut in oil are developed.
因为ccd器件本质，他们需要电容外部控制信号，达到大钟波动可接受的电荷转移效率。
Because CCDs are essentially capacitive devices, they need external control signals and large clock swings to achieve acceptable charge transfer efficiencies.
因为ccd器件本质，他们需要电容外部控制信号，达到大钟波动可接受的电荷转移效率。
Because CCDs are essentially capacitive devices, they need external control signals and large clock swings to achieve acceptable charge transfer efficiencies.
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