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- At room temperature, thermal excitation can produce an unwanted current. 在温室下，热激发可能产生所不需要的电流。
- Excitation energy dissipation was higher in iron deficient soybean leaves( Fig.6). 缺铁导致大豆叶片激发能耗散增加。
- In soft-photon approximation, the average excitation energy only appears in the first and second order terms of field frequency. 在软光子近似下，平均激发能仅出现在光场频率的一阶和二阶项上。
- Both of our detectors' responsivity will be increased at long wavelength range as the temperature raise.This is due to the thermal excitation effect. 我们两个侦测器的光响应在长波长范围皆会随著温度的上升而增加，我们认为这是由于热激发的效应。
- The excited energy of photosystem II was stronger. 光系统II的激发能量较强;
- Because the ruthenium may be subject to photodegradation, the total exposure to the excitation energy should be minimized. 因为光降解影响钌，对激发能总的外露面积应当最小化。
- The excitation energy of the strong coupling surface polaron have been calculated using Huybrechts method by the present authors and co-workers. 本文研究磁场中强耦合表面极化子的性质，采用改进的线性组合算符法导出了有限温度下强耦合表面磁场化子的有效质量。
- The maximal rotation energy can reach one fifth of total excitation energy in cluster collisions, which is much less than what in HIC. 最大转动能大约可达总激发能的五分之一，这远低于HIC中最大转动能(可高达激发能的三分之一之多)。
- The relaxation is due to the interactions with the thermal excitations. 弛豫是由热激发相互作用而产生。
- As the excitation energy travels along the serpentine line, it will reach each successive radiating element with a uniformly increasing positive or negative phase shift. 当激励能量在馈线中传播时，将会在连续相邻的辐射单元中形成均匀递增的正的或者负的相移。
- Furthermore, the PL spectra also changes with excitation energy; and as the latter geis near the optical gap Eopt, the emission intensity reaches its maximum. 另外,光致发光光谱也随着激发光能量的不同而变化,当激发光能量接近光学带隙E_(opt)时,发光强度最高。
- CP43 and CP47 are two pigment protein complexes, which constitute the photosystem II (PSII) core antenna, and play an important role in excitation energy transfer. CP43和CP47是构成光合生物内周天线的两个重要的色素蛋白复合物,在生物体内主要起着传递激发能的作用。
- The paper depicts the magnetic energy calculation for no load of hydrogenerator de excitation energy capacity calculation with linear and non linear resistor. 本文分析了空载水轮发电机磁场能量计算和空载误强励下,用线性电阻或非线性电阻灭磁时灭磁能容的计算。
- While receiving the excited energy from TBP, DBBP itself is "sacrificed". 在能量转移的动力学方程研究中使用了稳定态理论,获得DBBP的敏化公式。
- The neutron emission width,the fission width and the realization probability for one neutron emission and their relation with excitation energy and angular momentum are also presented. 给出了中子蒸发宽度、裂变宽度和超重核蒸发一个中子的概率对激发能与角动量分波的依赖关系。
- The xanthophyll cycle-dependent excitation energy dissipation is regulated by thylakoid lumen acidification.Reversely, xanthophyll cycle can protect the thylakoid lumen against over-acidification. 依赖叶黄素循环的能量耗散受到类囊体腔酸化的调控，同时叶黄素循环也可以反馈调控类囊体腔的酸化程度，防止类囊体腔的过度酸化。
- Thephenomenon of excitation energy transfer amongR-PE, C-PC and APC in their stacking LB multilayers were observed through steady-state fluorescence spectral measurements and spec. 通过稳态荧光光谱及其光谱解叠，观察到了三种蛋白在复合累积LB膜中的激发能量传递现象。
- Besides Coulomb andnuclear interactions, the deformation and intrinsic excitation energies of fragments arealso taken into account. 势垒中除了库仑能和核相互作用外,还考虑了碎块变形能和内部激发能。
- Analysis is made on thermally excited deflection and resonant frequency of the micromachined silicon resonant sensors. 分析了硅微机械谐振式传感器在热激励下的挠曲及谐振频率变化，建立了相应的数学模型，并对热挠曲灵敏度进行了优化设计。
- Nowadays, the luminescent devices have been shown to advance towards higher exciting energy including excitation of higher energy density and higher energy photon. 从不同材料在高能量密度激发下在激发、传递和发光等不同阶段中的效率变化 ,了解各种材料在高密度激发时的能量损失的主要环节 ,分清基质和发光中心的选择原则。
