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1)  turbidity-density analysis method
浊度-密度法
2)  turbidity-density method
浊点-密度法
1.
The solubility curve and density curve of the H2O(w1)-CH2Cl2(w2)-[Bmim]BF4(w3) system were measured with the turbidity titration method at 30℃ under atmospheric pressure and were correlated with empirical equations; The liquid-liquid phase equilibrium data of the system were further measured with the turbidity-density method.
利用浊点法测定了常压30℃下H2O-CH2Cl2-[Bmim]BF4体系的饱和溶解度曲线和密度曲线并进行了关联,还进一步采用浊点-密度法测定该体系的液液相平衡数据。
3)  nephelometer method
浊度计法
1.
Oenococcus oeni was used as experimental material to count its number with three methods of colony counting method, nephelometer method and spectrophotometer method respectively.
以酒酒球菌为试验材料,分别用平板计数法、浊度计法、分光光度计法进行计数,所得的细胞数分别与对应的NTU值、OD值建立回归方程,方程分别为y=(0。
4)  turbidimetric method
浊度法
1.
Determination of titer of gentamycin sulfate granules by turbidimetric method
微生物浊度法测定硫酸庆大霉素颗粒的效价
2.
The dispersion performances of four different dispersants in SiC whiskers suspension were investigated by centrifugal sedimentation turbidimetric method.
利用离心沉降浊度法对SiC晶须在4种不同分散剂中的分散行为进行了研究,探讨了不同分散剂的分散效果,并对其分散机理进行了分析。
3.
Objective To establish a turbidimetric method for the contents determination of minocycline hydrochloride capsule.
目的建立浊度法测定盐酸米诺环素胶囊的效价。
5)  turbidimetry
浊度法
1.
Quantitative Determination of Glutamic Acid in the Fermentation Broth with Turbidimetry;
用浊度法测定发酵液中谷氨酸含量
2.
Titer Determination of Main Component in Kitasamycin Tablets and Acetylkitasamycin Dry Suspension by Turbidimetry
浊度法测定吉他霉素片与乙酰吉他霉素干混悬剂中主药的效价
3.
The turbidimetry was established for the determination of erythromycin eye ointment.
建立了浊度法测定红霉素眼膏效价。
6)  CTAB turbidimetric method
CTAB浊度法
1.
The accuracy and precision of Bitter-Muir method and CTAB turbidimetric method were examined to assay the concentration of hyaluronic acid in fermentation broth.
比较了Bitter-Muir法和CTAB浊度法用于测定透明质酸质量浓度的准确度和精确度,发现在没有杂质的情况下,二者都适用于透明质酸浓度的测定。
补充资料:浊度法
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性质:又称比浊法。包括浊度测定和散射测浑法。当光线通过混浊介质后,其强度由于悬浮体选择吸收一部分光能,同时悬浮质点使光线向各个方向散射。对含有微小质点的悬浮体,入射光强度(I0)和透射光强度(I)的关系有:I=I0eτl,式中l为光束在介质中经过的距离,τ为介质的浊度。当悬浮质点小于入射光波长的1/15~1/10时,透射光强度可改由下式表示:I=I0e-knl,式中n为单位体积(m1)中质点的数目,k为吸收系数。因此,可将比耳定律用于测定单位体积中的质点数。

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