1) neutral solute
中性溶质
1.
The separation mechanism for neutral solutes on a cyano column in capillary electrochromatography (CEC) was investigated and the effects of components of mobile phases and the kinds of buffers on retention of samples were studied.
对中性溶质在氰基柱上的毛细管电色谱 (CEC)分离特征进行了研究 ,讨论了流动相中有机调节剂种类及其体积分数、缓冲液种类等对溶质迁移速率的影响。
2.
On line enrichment of neutral solute in capillary electrochromatography (CEC) can be achieved by varying the concentration of organic modifier in sample solution and running buffer, together with extending the injection time.
中性溶质在毛细管电色谱中的富集可以通过调节有机调节剂在运行缓冲溶液和进样区段中的浓度及适当增加进样长度来实现 ,富集作用主要由两种过程控制 ,即进样过程中的自富集作用和运行过程中的一般输运富集作用。
2) neutral aromatic solute
中性芳香族溶质
1.
Partition coefficients of neutral aromatic solutes in LEKC between 288～323 K were measured.
在288～323K范围内测定了中性芳香族溶质在脂质体电动色谱中的分配系数,通过三项式拟合Van'tHoff图获得了一系列的热力学参数,研究了溶质在脂质体电动色谱中的热力学分配行为。
3) solute character
溶质性质
1.
The soil solute transport with surface runoff and sediment was greatly impacted by the soil texture and solute character.
土壤质地和溶质性质对土壤溶质地表迁移过程有较大影响。
4) solution property
溶液性质
1.
The GPC/RI-DV-RALLS Multi-detection technique was used to measure solution property of nonlinear optical polymer,substituted polyacrylates and carefully investigated the influence of the rigid conjugated side-chain structure and the linked flexible chain structure between rigid conjugated group and major-chain on the characteristic viscosity,unperturbed dimensions 0/M and Flory's.
采用凝胶渗透色谱示差折光指数(RI)/黏度(DV)/激光光散射(RALLS)三检测联用技术,研究了非线性光学聚合物———侧链型聚丙烯酸酯的溶液性质,详细分析了侧链刚性共轭结构以及刚性共轭基团与主链之间连接链的方式与结构对高分子特性粘数、均方旋转半径0/M和Flory特征比C∞的影响。
2.
Latest advances in the research of molecular structure model and polymerization method, solution structure forming mode and type, effect of polymer molecular structure on solution property and adsorption of polymer on solid liquid interface are reviewed.
从疏水缔合聚合物的分子结构模型及聚合方法、溶液结构形成方式与类型、聚合物分子结构对溶液性质的影响以及聚合物在界面的吸附行为等方面综述了最新研究进展 ,展望了它在油气开采、污水污泥处理、涂料工业、生物医药、工程材料等方面的应用前景。
5) solution behavior
溶液性质
1.
The solution behaviors of MEQHEC was systematically studied,including the viscosification properties,viscosity-temperature relationship,viscosity-electrolyte relationship and the ste.
系统地对M EQHEC的溶液性质进行了研究,包括增粘性、盐敏性、温敏性、流变性、表面活性等,并采用荧光光谱和原子力显微镜(AFM)分析对聚合物在溶液中超分子聚集形态进行了探索研究。
6) solvent property
溶剂性质
1.
The results show that the solvent property is the main influencing factor at low temperature,and the .
研究结果表明,低温下影响煤浆黏度变化的主要因素是溶剂本身的性质,煤浆的表观黏度随温度升高而降低;随温度继续升高在较宽温度范围内黏度变化不大,这是由溶剂性质以及煤在溶剂中的溶胀行为共同作用的结果;当温度达到约220℃后继续升高温度溶胀作用逐渐占优势,从而导致煤浆体系的表观黏度逐渐增大。
补充资料：胞溶质
分子式：
CAS号：
性质：见胞液。
CAS号：
性质：见胞液。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条