水分子

The methanol molecule has the best catalytic effect among the three molecules followed by the water and ammonia molecules.

其中甲醇的辅助效果最佳，其次为水和氨分子。

The works in the project just done can be summarized as five respects.(1) A device was designed to fabricate the asymmetrical resonant cavities by a pendant drop. A series ARCs with variable parameters provides a valuable experimental method for investigating the characteristics of ARCs.(2) The relationship between the number of active modes and the shape parameters in an ARC was investigated. The experimental lasing threshold was compared with theoretical result, the good agreement between two shown that it was the decrease of the number of active modes in an ARC that decreased lasing threshold.(3) Dye lasing gain was used to enhance the signals of stimulated Raman scattering of the weak gain Raman modes in a circular cavity made by a pendant drop, the instantaneous SRS spectra of weak gain Raman modes in ethanol was obtained by this new method.(4) The SRS signals of minority compound in a binary chemical complex was obtained by using dye lasing gain method. The detection concentration of minority compound was reduced to an order compared with normal SRS method.(5) A cylindrical circular cavity was formed by a liquid jet, which was used to reduce the pump intensity required for laser induced plasma spectroscopy. The limit of detection of trace element in aqueous sample was greatly decreased by this new method.

我们设计并成功制作了使悬垂液滴连续变形的装置，用此装置可以方便地改变非圆对称谐振腔的几何参数，为ARCs的研究提供了一种有效的实验方法；研究了ARCs中活性模式数和变形参数间的变化规律，激光阈值的数值计算结果和激光辐射的实验结果作了比较，二者吻合的曲线说明ARCs中活性模式数量的减少是受激辐射放大阈值降低的原因；在由单元化合物构成的微型圆对称谐振腔中，首次尝试用"激光增益"增强弱增益拉曼模式的受激拉曼散射信号，获得了乙醇分子中弱增益拉曼模式的瞬态SRS光谱；在由二元混合物构成的微型圆对称谐振腔中，用染料的激光增益增强了少量化合物的SRS信号，把少量化合物的SRS信号探测浓度降低了近一个数量级，在SRS应用于瞬态过程的组份分析方面做了卓有成效的探索；用石英毛细管形成的稳定液拄构成拄形谐振腔，降低了激光诱导等离子体光谱需要的激励能量，有效地降低了水相样品的痕量元素分析极限，为LIPS应用于微量元素的化学分析开拓了一条新的技术路线。

It is significant for the research of aqueous biological sample adsorbed on the solid surface.

高分辨的图形对于吸附在固体表面水溶生物样品的研究，获取分子内部信息很有意义。

Therefore, the two decomposition mechanisms actually complement each other, and brings out the best in each other, the high polymer chain not only breaks up the physical characteristics and makes it soft, but breaks them into smaller pieces, and maintains biolysis with its end product – water and carbon dioxide.

因此， 种分解机制乃是相辅相成，相得益彰，高分子链的断仅弱化物特性，并且将高分子裁剪成小分子，终被微生物分解成最终产物-水和二氧化碳。

AIM: To investigate the signal pathway of cell apoptosis in HT-29 cells and the gene expression of AQP3 induced by sodium butyrate.

目的：探讨丁酸钠诱导结肠癌HT-29细胞凋亡过程的分子机理及其对水通道蛋白AQP3基因表达的影响。

The amino and carboxyl groups themselves are basic and acidic, respectively; the amino group of one amino acid really combines with the carboxyl group of another.

氨基和羧基分别具有碱性和酸性，氨基酸的氨基易于和另一个氨基酸的羧基相结合，结果是消去一分子水和形成一个肽键。

CASHEW NUT SHELL oil epoxy curing agent of the special structure of molecules in low temperature under conditions of full and epoxy resin crosslinking reaction from, and do not generate by-products, non-toxic, has excellent adhesion, flexibility, insulation, water resistance, chemical corrosion, with large pieces of random, the use of security.

腰果壳油环氧树脂固化剂分子中的特殊结构能在低温条件下完全和环氧树脂起交联反应，且不产生副产物，无毒，有优异的粘结性、柔韧性、绝缘性，耐水、耐化学腐蚀，配幅随意大，使用安全。

Because water is one of the most important molecules for the life and is the main component of cell sap, it is fundamental to research dielectric characters of H_2O.

水是生命中最重要的分子之一，也是细胞溶液的主要组成部分，对它的介电性质的研究有着基础而重要的意义。

Chapter 4: The binding of Rhein with human serum albumin has been studied in detail by Spectroscopic method including circular dichroism, fourier transformation infrared spectra, fluorescence spectra.

分子对接研究表明大豆苷元和刺芒柄花素的结合区域位于蛋白质的亚结构域ⅡA中，主要通过疏水作用结合，但还包括静电作用力、氢键的存在。

Hydrates are crystalline, non-stoichiometric, clathrate compounds, and are formed from certain guest molecules when contracted with water at favorable temperature and pressure conditions.

水合物是一种非化学计量的笼形结晶化合物，由客体分子物质和水在一定温度和压力条件下形成的结晶状物体。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。