1.
The recoveries of components at three concentration levels were: cholic acid (CA) 98 88%～101 2%, hyodeoxycholic acid (HDCA) 99 02%～102 2%, chenodeoxycholic acid (CDCA) 98 56%～102 4%, deoxycholic acid (DCA) 98 32%～101 8%, cholesterol 98 41%～99 18%.
3个浓度水平的回收率测定值为 98 3 %～ 10 2 4 %。
2.
Discussion on Adding standard Matter Amount in Determination for Recovery Rate of Low Concentration Cr~(6+) Specimen;
低浓度六价铬样品回收率测定中加标量问题的探讨
3.
Discussion of improvement of recovery rate for determination of sulfide in Seawater
提高海水中硫化物测定回收率的探讨
4.
The test of callback ratio was 95.49%, and the CV was 3.42%, which according with the request of measuration.
该测定方法的回收率达到95.49%,变异系数为3.42%,符合测定要求。
5.
The recovery rate of trehalose determinated by sulfuric anthrone reaction was 100.7% and stability and repeatability of results were good.
硫酸蒽酮法测定海藻糖的回收率平均为100.7%,稳定性和重复性较好。
6.
The recovery value and RSD of testing results shall be calculated and within specified ranges.
计算9个测定结果的回收率及相对标准偏差，均应在规定限度之内。
7.
The proposed method has been applied to the determination of ESL in tablets. The recoveries are 99.2%～99.7%.
方法用于片剂中艾司唑仑含量的测定 ,其回收率为 99.2 %～ 99.7% ;
8.
Forecasting Models for Non-performing Loans of Non-extreme Recovery
非极端回收不良贷款的回收率预测研究
9.
testing method for drying and firing shrinkages of ceramic whiteware clays
陶瓷用粘土干燥收缩率和烧成收缩率测定方法
10.
Experimental Study of Calculate about the Rate of Reclaim of Reclaiming Standard Solution when Analyzing the Qauligy of Water in Enviroment Instection;
环境监测水质分析中加标回收实验回收率计算的研究
11.
Results Recovery rate of inorganic sulfate and methionine as total sulfur in urine were 95.6% and 105.5%, respectively.
结果以总硫方式测定的无机硫酸盐和蛋氨酸在尿中的回收率分别为的956%和1055%。
12.
Effect of Rotary Evaporation and Solvent Extraction on the Recovery of Acrylamide in Gas Chromatographic Determination
气相色谱法测定中旋转蒸发和有机溶剂抽提对丙烯酰胺回收率的影响
13.
The limited value of efficiency and methods of measurement on radio receivers and recorder
GB12021.8-1989收录音机效率限定值及测量方法
14.
testing method for twist number and twist contraction of plied yarns
加捻纱线的捻数剂收缩率测定法
15.
A flotation recovery prediction algorithm based on image feature extraction
一种基于图像特征提取的浮选回收率预测算法
16.
Flotation recovery prediction based on froth features and LS-SVM
基于泡沫特征与LS-SVM的浮选回收率预测
17.
Recovery Rate Prediction Model of Flotation Process Based on Grey Compensation
基于灰色补偿的浮选过程回收率预测模型
18.
Method for determining the water expansion and shrinkage of photographic film base
GB/T15059-1994片基膨胀率和收缩率的测定方法