环境工程师用浊度计来进行浊度分析。
The environmental engineer employs turbidimetric analysis using the turbidimeter.
通过浊度分析表明：糊化活化淀粉的耐酸性、耐盐性，比可溶性淀粉好。
The nephelometer analysis indicates the property of resistance to acid and salt of gelled-activated starch is better than that of solubility starch.
主要研究了氢氧化镁的湿法表面改性的工艺过程，用浊度分析方法对改性效果进行了比较，确定了最佳工艺条件。
The turbidimetry was used to evaluate the efficacy of surface modification, the optimal formation conditions of production were fixed.
方法：采用动态浊度法，定量分析输液中所含细菌内毒素。
Methods: According to turbidimetric assay, quantitative analysis of bacterial endotoxin which infusion contained.
提出了一种新的木质素定量分析方法，即用浊度法快速测定亚麻纤维中所含微量木质素。
A new method of rapidly quantitatively analyze trace lignin in flax fiber by turbidimetry was proposed in this paper.
通过试验分析了混凝剂加入量、原水浊度、运行流速对装置运行情况的影响。
The effect of coagulants dosages, concentration of water and flux of water on the equipment operation is analyzed.
用数理统计方法对实验数据进行分析，得到不同浊度范围内的回归方程，并对回归方程给予检验和评估。
The experimental data were analyzed with mathematical statistics method and regression equations for different ranges of turbidity were obtained and tested.
利用积分浑浊度仪监测得到的散射系数和多波段光度计观测资料分析了兰州冬季大气气溶胶的一个个例的散射光学特征。
The scattering optical characteristics of aerosol over Lanzhou in winter are analyzed, using the data monitored by Integrating Nephelometer and Multi-wavelength Sun-photometer.
完成了太阳池瞬态行为的一维和二维的数值模拟工作，分析了浊度和池底反射率等因素的影响。
One and two dimensional numerical simulations for the transient performance of the solar pond were conducted. Effects of the turbidity and reflectivity at the pond bottom were studied.
利用回顾性时间序列分析模型，比较分析了1994年1月至1996年6月(共30个月)期间因胃肠道疾病而寻求就诊的次数与饮用水浑浊度变化的关系。
A retrospective time series analysis comparing physician office visits due to gastrointestinal illness and drinking water turbidity, for the time period from January 1994 to June 1996 (30 months).
统计分析还表明，水的浊度越低、水温越高，则残留铝浓度越低。
The statistical analysis also showed that the lower the water turbidity, the higher the water temperature, resulting in lower residual concentration of aluminum.
统计分析还表明，水的浊度越低、水温越高，则残留铝浓度越低。
The statistical analysis also showed that the lower the water turbidity, the higher the water temperature, resulting in lower residual concentration of aluminum.
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