1.
Effect of target-controlled effect-site concentration of propofol on hemodynamics
两个血浆-效应室平衡速率常数值用于靶控丙泊酚效应位浓度对血流动力学的影响
2.
A comparison of spectral entropy and bispectral index for evaluating the equilibration rate constant of etomidate
频谱熵和双频指数用于测定依托咪酯血浆效应室平衡速率常数的比较
3.
NUMERICAL SIMULATION OF MHD EFFECTS ON HYPERSONIC CHEMICAL NONEQUILIBRIUM FLOW
高超声速化学非平衡流动MHD效应的数值模拟
4.
Prognostic value of N-terminal pro-brain natriuretic peptide in patients with heart failure and preserved left ventricular ejection fraction
血浆N末端脑利钠肽前体水平与左心室射血分数正常心力衰竭患者预后的相关研究
5.
Comparing several data reconciliations applied to a pulp balance system
几种数据协调方法在浆纸平衡系统中的应用
6.
Effect of Electroacupuncture of "Neiguan"(PC 6) on Heart Rate and Plasma Catecholamine Contents in Ventricular Tachycardia Rats
电针“内关”对室性心动过速大鼠心率及血浆儿茶酚胺含量的影响
7.
The rate constants of leucocyte ~(22)Na efflux were determined in patients with essen tial hypertension and some of their normotensive offsprings.
本文应用白细胞~(22)钠外流速率常数测定以研究钠与高血压的关系。
8.
The fitting of pharmacokinetic model for the oral one-compartment model with similar rate constants of the absorption and elimination
吸收速率和消除速率常数相近的口服一房室模型的拟合
9.
Application of Maple to calculation of the vapor-liquid equilibrium ratios
应用Maple软件计算汽液平衡常数
10.
The Proof on the Relation of the Catalyst Between Chemical Equilibrium and Rate of the Reaction;
催化剂与反应速率及化学平衡关系的论证
11.
Impact on Chemistry Reaction Speed , Balance and Conversion Ratio of Temperature;
温度对化学反应速度、平衡与转化率的影响
12.
Study on balanced scorecard applied in staff′s performance management by department director
科室主任应用平衡计分卡对员工绩效管理研究
13.
Determination of the Rate Constantsin Ethyl Acrylate Saponification;
丙烯酸乙酯皂化反应速率常数的测定
14.
thermal balance and thermal efficiency of furnaces inmetallurgical industry
冶金炉热平衡和热效率
15.
On Dimension And Numerical Value of the Constant (K_p) And (K~o_p);
谈化学反应平衡常数Kp和K~o_p的量纲和数值
16.
The flow balance in the sub-runner of mould is sensitive to injection rate of plastics melt.
结果表明,注射速率对流道平衡问题是非常敏感的。
17.
SHOCK EFFECT IN SUPERSONIC NON-EQUILIBRIUM CONDENSING STEAM FLOW
水蒸气超音速非平衡凝结流动中的激波效应
18.
When the system maintains its equilibrium, constant K of the equilibrium can be obtained by means of chemical isotherm formulas.
当体系处于平衡时,应用化学等温式就可求算平衡常数K。