1.
Prediction of Cobalt Ion Concentration in the Purification Process Based on WA and LS-SVM
基于WA和LS-SVM的净化过程钴离子浓度预测
2.
Hybrid Intelligent Prediction Model of Cobalt Concentration for Purification Process
一种净化过程钴离子浓度的混合智能预测方法
3.
Soft cobalt-ion concentration measurement for purification process based on fuzzy LS-SVM
基于模糊LS-SVM的净化过程钴离子浓度软测量
4.
Study on Methods of Chloride Concentration Distributing Prediction of Concrete;
混凝土中氯离子浓度分布预测方法研究
5.
Distribution Prediction of Chloride Concentration after the Freeze-thaw Damaged Concrete
混凝土冻融损伤后的氯离子浓度分布预测
6.
Prediction model of ion concentration based on improved online support vector regression
基于改进在线支持向量回归的离子浓度预测模型
7.
Uncertainty Evaluation on Determination of Fluoride Concentration in Water by Ion Chromatography
离子色谱法测定水中氟离子浓度不确定度评定
8.
Sodium Ion Concentration Measuring System Based on MSC1210
基于MSC1210的钠离子浓度测量系统
9.
Design and Implementation of a Universal Ion Concentration Testing Instrument
通用型离子浓度检测仪的设计与实现
10.
Composition of cobalt-tungsten deposit was changed with the change of tungsten concentration and current density in plating solution.
实验表明，随着镀液中钨离子浓度的不同和电流密度的改变，钴钨合金镀层组成不同。
11.
Determination of trace anions in hydrogen peroxide by ion chromatography with preconcentration technique
预浓缩技术-离子色谱法测定过氧化氢中痕量阴离子
12.
Determination of Trace Anions on Surface of Hard Disk Components by Ion Chromatography with Preconcentration
预浓缩技术离子色谱法测定硬盘部件表面痕量阴离子
13.
A method combined near infrared spectroscopy and adsorption preconcentration using ion exchange resins to determine low concentration amino acids
近红外光谱与离子交换树脂吸附预富集结合测定低浓度氨基酸含量
14.
Method of hydrogen ion concentration determination for pesticide emulsifiers
GB/T3776.2-1983农药乳化剂氢离子浓度测定方法
15.
The concentration ofcalcium was assessed by ACAS (adherent cell analysis and sortingcytorneter).
用粘附式细胞仪测定细胞内钙离子浓度；
16.
Design of the Fluorescent Microscopy System to Detect [Ca～(2+)]_i in Living Cells;
活细胞钙离子浓度荧光显微检测系统研制
17.
Determination of Aluminum in Some Large Volume Injections by ICP-MS
大容量注射液中铝离子浓度含量测定及评价
18.
Automatic concentration detection system based on surface plasmon resonance
基于表面等离子共振的全自动浓度检测系统