离子强度

pH值和离子强度对空间质量作用模型参数的影响

PH and ionic strength dependence of steric mass - action model parameters

在此同时分别研究了pH和离子强度对单独吸附的影响。

The effect of pH and ionic strength were examined .

DNA的存在使乙醇对四溴荧光素荧光强度的影响减小，离子强度的大小也会影响四溴荧光素与DNA的相互作用。

The ion strength influenced the binding of TBF and DNA .

水溶液的pH值和离子强度是主要影响因素。

PH and ion strength are mainly influence facters of extraction .

离子强度和SO4~（2-）对土壤吸附Al的影响

Sorption of aluminum by soil as affected by ionic strenth and sulfate

负载金属粒子的球形聚合物刷复合粒子，仍然保持了球形聚合物刷的pH敏感性和离子强度响应。

Spherical polymer brushes with metal particles remained their ionic strength response and pH-sensitivity .

pH值和离子强度对胡敏酸与芘之间相互作用的影响

Effects of pH values and ion strengths on bindings between humic acid and pyrene

在恒定pH和离子强度下，解吸主要涉及结合能较低的吸附态磷。

Desorption at constant pH and ionic strength was found to mainly involve the electrostatically adsorbed phosphate .

上述这些乳液都对水相pH和离子强度敏感。

The stability of all emulsions mentioned above is sensitive to aqueous dispersion pH and ion strength .

提取SOD的关键之一是控制离子强度

Ionic strength is a key factor of extracting SOD from blood of animals

离子强度、pH值和Ca~（2+）/Al~（3+）对马尾松幼苗的铝毒影响

Effects of ionic strength , pH and ca / al ratio on aluminum toxicity of Masson Pine Seedlings

应用低离子强度溶液提高血痕MN血型测定的灵敏度

Increased sensitivity of Mn typing for bloodstains using a low ionic strength solution

本文研究小牛胸腺DNA和组蛋白在体外低、高离子强度盐溶液中的动态缔合与解离。

The association and dissociation of DNA and histone in vitro was related to the ionic strength of their solution environment .

离子强度和pH对可变电荷土壤与铜离子相互作用的影响

Effects of ionic strength and pH on interaction between cu ~ ( 2 + ) and variable charge soils

离子强度、pH对土壤胶体释放、分配沉积行为的影响

The effect of ionic strength and pH conditions on the release , deposition and dispersibility behaviors of natural soil colloid

方法采用二步法改变洗涤液离子强度、pH值，比较弱阳性血清的检出率及阴性假阳性率，由此筛选最佳洗涤条件。

Screen the washing buffer by comparing the checkout ratio of positive samples and the pseudo-positive ratio of negative samples .

离子强度、温度、pH和腐殖酸浓度对Th（Ⅳ）在凹凸棒石上吸附的影响

Effects of Ionic Strength , Temperature and Humic Substances Concentration on the Sorption of Th (ⅳ) to Attapulgite

研究了吸附剂用量、溶液的pH值、振荡时间、离子强度和温度对Pb2+吸附量的影响。

The effects of adsorbent dose , pH , contact time , ionic strength and temperature on the adsorption were investigated .

静态吸附法主要考察了缓冲液pH值、缓冲液钠离子强度、吸附温度和吸附时间等对木瓜蛋白酶吸附量的影响。

The static adsorption mainly concerned on the buffer pH , Na ionic strength , the adsorption temperature and adsorption time .

pH值和离子强度对酸溶和碱溶蛋白的溶解性、乳化性和发泡性的影响比较明显。

Effect of pH value and ionic strength on the solubility , emulsifying and foaming properties in acid condition was clear .

Sb（Ⅲ）在蒙脱土、高岭土和针铁矿表面的吸附：pH值和离子强度的影响

Adsorption of antimony (ⅲ) on montmorillonite , kaolinite and goethite : effect of pH and ionic strength

研究了间接ELISA法的影响因素（pH值、离子强度、有机溶剂）：pH值为中性的情况对ELISA的影响很小，5%的乙腈对ELISA基本上没有影响。

The influence of ionic strength , pH , organic solvent on indirect ELISA were tested in this paper .

结果表明，两种水凝胶具有良好的热膨胀响应行为、pH和离子强度的敏感性。

The results show that both the hydrogel with good sensitivity in response to thermal expansion behavior , pH and ionic strength .

K~+浓度、pH和离子强度对湖北省几种土壤吸附K~+的影响

Influence of K + concentration , pH and ionic strength on K + adsorption of the several kinds of soil in Hubei Province

并对pH以及离子强度对染料吸附的影响做出了评价。

Major factors such as pH and ionic strength on dye adsorption were evaluated . An anionic dye was used as the adsorbate .

研究了pH、比布列西猩红的浓度及离子强度对RLS强度的影响。

The effects of pH , BS concentration and ionic strength on binding interaction were investigated .

最后通过正交法去验证了不同离子强度和pH值组合，从而筛选出了最佳层析参数。

Finally , the orthogonal method to verify the different ionic strength and pH value of the portfolio , which selected the best combination .

考察萃取试剂、有机溶剂的吸附容量、样品溶剂的流速、样品的pH值与离子强度等条件对萃取效率的影响。

The main parameters affecting HF-LPME including extraction solvent , sample volume , sample flow rate , pH values and ionic strength were investigated .

用批量法系统考察了温度、离子强度和pH对亲和等温吸附的影响。

Effects of temperature , ionic strength and pH on affinity adsorption of γ - globulin on affinity membrane were studied by batch method .

通过这种方法，研究了温度，pH值，离子强度，尿素，盐酸胍以及肝素对这种类凝血酶的胰蛋白酶活性影响。

Through this method , factors as temperature , pH value , ion concentration , Urea , Guanidine hydrochloride , and Heparin were researched ;