Ligands with increased hydrophobic, hydrogen bond receptor number and negative charge will be more conducive to absorption.
增大疏水性、氢键受体数和降低电性会更有利于吸附作用的发生。
The characteristic absorption spectrums of intracellular hemoglobin were detected and analyzed by ultraviolet spectrum scanning technique. The investigation indicated that complicated physiology regulates and controls process, such as red blood cell membrane elasticity deformation, Cyto-membrane liquid crystal state phase transition, the change of hemoglobin configuration, membrane cytoskeleton protein network reassembling or despiralization, and membrane surface electric charge density reapportion were directly influenced by the gentle changes of pH valve in autologous plasma environment. Further, the remarkable diversities of erythrocyte carrying-oxygen ability were appeared in the different pH conditions.
实验研究表明，红细胞弹性形变、细胞膜液晶态相变，胞内血红蛋白分子构型改变，膜骨架网络重新组装或解旋、以及膜表面电荷密度重新分配等复杂的生理调控过程与自体血浆环境中pH值的轻微波动直接相关，可能造成了不同pH条件中活性红细胞携氧能力显著不同。
The reason that HA granules bring positive charge in absolute alcohol may be related tosurface absorption or association reaction with 〓; EPD includes two process, that iselectrophoresis and deposition, wanting to make EPD go with a swing, a critical voltagevalue Vc between two electrodes must be reached. The edge effect affecting EPD can beweakened through introducing pulse direct-current main.
HA颗粒在无水乙醇中带正电的原因可能与其表面吸附或缔合〓有关；EPD包括电泳和沉积两个过程，要使EPD能顺利进行，两极间电压必须达到一临界值Vc；采用脉冲直流电源可削弱边缘效应对沉积的影响。
Since the amount of charge recovered is a function of its previous charge this is, in effect, a charge MEMORY and will cause errors in any SHA where dielectric absorption is present in the hold CAPACITOR.
如果把这种电容器用作采样保持放大器中的保持电容器，那么势必对测量结果产生误差。
Molecular structure, atom charge, energies of frontier molecular orbital and the electronic absorption spectra for Cl substituting compound with CH2O and CH = N linkages are studied by using the density functional theory at B3LYP/6 - 31G ＊ level.
采用密度泛函理论方法在B3LYP／6—31G＊水平上计算研究氯取代含氧亚甲基和亚胺桥键化合物分子的几何结构，原子电荷，前线轨道能量和电子吸收光谱等性质。
The catalytic activities of supported phosphtungstic prepared by different methods different charge numbers and different activation temperatures were studied. The results showed that the catalytic activities of supported HPAs prepared by circumfluence absorption were higher than prepared by isopyknic insuccation.
另外考察了不同制备方法、不同负载量及不同活化温度的负载型磷钨酸催化剂的催化活性，实验结果表明，采用回流吸附法制备的负载型杂多酸催化剂的活性要略高于等体积浸渍法制备的催化剂；负载量为20%时负载型杂多酸催化酯化反应的酯化率较高；活化温度为350℃时负载型杂多酸催化剂的活性较高。
The absorption spectra indicate that the adsorption of dithiooxamide on the silver nanoparticles results in a red-shift in the SPR band, mainly caused by the changes in the microenvironment of the metal nanoparticles and charge density alteration due to the charge transfer between the molecules and metal particles.
吸收光谱结果表明银纳米粒子表面吸附二硫代乙二酰胺分子可导致金属粒子的表面等离子体共振吸收红移，主要与金属粒子的微环境改变以及吸附分子与金属间电荷转移而导致的金属粒子内部电子密度改变有关。
This structure facilitates the charge transfer in the long conjugated chain, and thus increases the three-photon absorption cross section.
当激发波长为355nm时，C的荧光光谱中出现了两个吸收带：吡唑啉的发光（570nm）与蒽环的指状发光带（400—440nm）。C分子的双光子吸收截面为σ〓=8.7×10〓cm〓/GW。
The measurement of the zero charge points and isoelectric points shows occurance of the characteristic absorption.
零电荷点和等电点的测量结果表明发生了特性吸附。
Density functional theory and time-dependent density functional theory with hybrid functional B3LYP were used to investigate several physical and chemical properties of [6, 6]-phenyl-C61 butyric acid methyl ester, including the geometry, electron structure, charge population, bond properties, as well as IR, Raman and electronic absorption spectra.
运用密度泛函理论和含时密度泛函理论研究了亚甲基富勒烯衍生物[6，6]-苯基－C61丁酸甲酯的几种物理化学性质，包括几何结构、电子结构、电荷布居与成键，以及IR、Raman和电子吸收光谱。
Actual postage charge, catty 2 Kok packaging costs, Japan's exports of goods Hua Chang has the role of sweet potato can reduce the absorption of fat, and eating sweet potatoes can increase the sense of full belly, to reduce the desire to eat, so as to achieve light weight.
邮资按实际收取，每斤2角包装费，出口日本的货地瓜有滑肠作用，可减少脂肪吸收，而且食地瓜可增加饱腹感，减少进食欲望，从而达到减肥轻身的目的。
A new absorption band formed in the reflectance spectra and absorption coefficient spectra indicates the charge transfer and conduction band-Mn acceptor level transition process.
在反射和吸收光谱中，观察到锰引入的新吸收带，分析表明该带是由电荷转移过程和锰引入能级（价带顶上310meV处）的吸收组成的。
Visible light absorbing compounds can also occur from one electronic atom to another atom arising from the transition charge transfer absorption bands in charge transitions.
化合物吸收可见光还可以发生电子从一个原子到另一个原子的跃迁而产生荷移吸收带发生电荷跃迁。
From UV-Vis spectra of target compounds 20a-b, the intramolecular charge-transfer (CT) absorption bands are observed.
从目标化合物20a-b的UV吸收可以观察到，分子内的电荷转移的发生。
In addition to the frequency position of various localized vibration modes induced by different impurities, we have also paid attention to the intensities of the absorption bands of the vibration modes and discussed them in the light of bond-charge model.
除以较多篇幅研究各种定域化振动模的位置外，本文还从键&电荷模型出发讨论了杂质诱发振动吸收带的强度。
It is shown that the attenuation is determined mainly by the scattering and absorption cross section of the furnace charge and its number density.
研究表明，引起声波在炉料中的衰减主要由单个炉料的散射截面和吸收截面的几何平均数与炉料数密度的乘积决定。
The authors believe that the UV absorption with high intensity belongs to the charge transfer transition of Ti4 + and Ti3 + ions.
本文认为紫外高强度吸收属于Ti~（4+）和Ti~（3+）的电荷迁移跃迁。
The performance combustible container used at rigid modular charge, mechanical strength and erosion and heat resistibility and absorption of moisture, had been greatly improved by selecting and using reinforcing agent and wear reducing agent and surface-coating, and optimizing energetic component of the combustible container.
通过采用补强剂、缓蚀剂、表面涂层及含能组份配方的优化研究，大幅度地提高了可燃容器的强度，明显改善了可燃容器的烧蚀性能、耐热性能和防潮性能。
The results show that CdS/TiO2/FTO has higher stability and PEC performance than single content electrode which benefit from enhanced charge separation efficiency and visible light absorption and which is good for FA splitting and has the potential to improve the energy conversion efficiency.
结果表明复合电极具有较高的光电催化活性和稳定性，这得益于电子空穴高效分离和对可见光的吸收，有利于甲酸分解反应的顺利进行，有望提高能量转换效率。
Results also indicated that the localized excitation and emission is most important for the photo acid generation and the intra molecular charge transfer effect is important for extension of the absorption region.
局域的激发与发光和化合物光致生酸有着密切的关系，而电荷转移发光则会增强或扩充化合物的吸收和发射光谱范围，在光致生酸中也有重要的作用。