离子强度对穿琥宁降解无显著影响。
The ionic strength did not have significant effect on the stability of the drug.
让我们以离子强度的概念来开始吧。
Let us begin with a few words on the concept of ionic strength.
染料吸附量随着离子强度的增加而减小。
It is found that the increase in the ionic strength decreases the dye adsorption density.
盐份和离子强度的改变的环境影响极谱电极。
Polarographic electrodes can be affected by changes in ph, salinity and ionic strength of the environment.
实验发现离子强度和溶液酸度对结合反应有显着影响。
It was found that sodium chloride concentration and acidity have significant effect on the binding reaction.
对于ISE测量，离子强度常数与GLP数据一同存储。
For ISE measurements, an ionic strength constant value is stored with GLP data.
结论：释药速率与离子强度之间存在较好的线性负相关关系。
CONCLUSIONS the rate of drug release is proportional to the ionic strength.
在低离子强度介质中，基粒垛叠能打开这是一个有意思的性质。
Grana stacks have the interesting property of unfolding in low ionic strength medium.
考查了离子强度、温度及磷酸盐对RF - DNA体系的影响。
The influences of ionic strength, temperature and phosphate on the RF-DNA system were studied.
水敏实验中的离子强度效应大于同离子效应对石膏溶解度的影响。
In water sensitivity experiments, the impacts of the ionic strength effect on solubility of gypsum are higher than that of the common ion effect.
离子强度、酸碱度…等对氨基酸的溶解度、带电性与质子化的影响。
Influence of ionic strength, pH, etc. on the solubility, charge, and protonation of amino acids.
结果表明：采用低离子强度的缓冲液冲洗收集样品可以提高等电聚焦效果。
The results showed that low ion intensity sample washing buffer improved the performance of isoelectric focusing.
活性炭的粒度、用量、溶液离子强度、温度也影响活性炭对砷的吸附效果。
Furthermore, the granularity and the dosage of actived carbon the ionic strength of solution and temperature can also affect the adsorption efficiency.
中性条件下，增大溶液的离子强度能增加染料去除率，而碱性条件下相反。
The ionic could increase the dye removal rate under neutral conditions, while the opposite under alkaline conditions.
研究了水体的离子强度对粘土和壳聚糖改性粘土絮凝去除铜绿微囊藻的影响。
The effect of ionic strength on the flocculation and removal of Microcystis aeruginosa by clays and chitosan-modified clays were studied.
实验表明：表面活性剂的吸附量随着电解质的浓度及离子强度的增加而增大；
Experiments showed that the absorption quantity of surfactant increases with the increase of electrolyte concentration and ion intensity.
结合这些动力学与热力学参数，初步解释了离子强度与温度对吸附过程的影响。
The preliminary explanation for the effects of ionic strength and temperature on the adsorption process were discussed based on those kinetic and thermodynamic data.
研究了酸度、温度、时间、离子强度、不同类型蛋白质等对该反应体系的影响。
The influences of acidity, sodium chloride concentration, temperature, reaction time and other proteins on the interaction have been investigated.
研究了水体的离子强度对粘土和壳聚糖改性粘土絮凝去除铜绿微囊藻的影响 。
The kinetics of flocculation and removal of Microcystis aeruginosa by chitosan-modified clays was studied.
即在不发泡条件下，液体离子强度、表面张力对气液相混合不足以产生显著影响。
Without foaming, the mixing of liquids was not influenced evidently by ion strength and surface tension.
离子强度、蛋白种类及浓度均对硅溶胶-凝胶体系的胶凝时间和凝胶状态有影响。
The ionic strength, the type and the concentration of proteins can affect the gelation time and the state of the silica sol-gel system.
顶部情节描写低能离子的太阳风的原产地，以及底部图谋表明重离子强度与星球。
The top plot depicts the low-energy plasma of solar wind origin, and the bottom plot shows heavy ion intensities associated with the planet.
不同结构聚合物以及不同离子强度、不同类型电解质对表面活性剂吸附膜有不同的影响。
The influences on dilational properties of surfactant film depend on structure of polymer, ionic strength and ionic type.
原因是由氯化钠引起的离子强度的增大导致了药物活度的下降，进而致使稳态流量减小。
The decrement of the steady state flux was attached to the change of thermal activity of on and the existence of ion competition.
探讨了树脂极性、洗脱剂种类、水样酸度、离子强度、吸附与解吸速度等对回收率的影响。
The effects of polarity of resin, type of eluents acidity of water, ionic strength, rate of adsorption and elution on the percentage of recovery were described.
以室温荧光光谱为表征研究了离子强度及两性表面活性剂CHAPS对藻胆体稳定性的影响。
The effects of ionic strength and the zwitterionic (detergent) CHAPS on the stability of the Spirulina Platensis phycobilisomes were studied by room temperature fluorescence spectrum.
因此，PNA-DNA的热熔温度几乎不受弱离子强度的影响，十分有利于PNA的杂交。
Thus, the Tm of PNA–DNA duplex is barely affected by low ionic strength. This significantly facilitates the hybridization with the PNAs.
在碱性溶液中，两步反应速度常数均随离子强度增大而逐渐减小，反应呈较强的动力学盐效应。
In basic solution, the rate constants of both steps gradually decrease with increase of ionic strength, and under this condition the reaction appears greater kinetic salt effect.
此外，在滞后时间药物之释出速率受到羟丙基甲基纤维素凝胶化程度与溶离 液离子强度影响。
The release rate after the lag time was determined by the extent of retardation of gelation of HPMC in the core tablet based on the ionic strength of the medium.
高初始浓度的染料体系中，增大盐离子强度能增加染料去除率，低初始浓度的染料体系中相反。
In high initial concentration of the dye system, the dye removal rate could be increased with the addition of ionic.
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