Objective: To study the effects of different varieties of Radix Bupleuri on the absorbance of Caihu Injection.
目的 :探讨不同药材柴胡对柴胡制剂吸收度的影响。
Iron Absorption Detection Method for Iron Dextran Injection Comparisons Between Chinese Pharmacopoeia and British Pharmocopoeia;
中英两国药典关于右旋糖酐铁注射液铁吸收度的考察方法比较
Determination of Iron Absorption in Two Marketed Iron Dextran Injections;
两种市售右旋糖酐铁注射液铁吸收度的测定研究
Finally laser frequency stabilities were got at different temperature and different absorption length according to experimental data.
研究了温度、吸收长度对稳频精度的影响。
Based on geometric model the absorption length of produced J/ in nuclear matter for relativistic heavy ion collisions is calculated.
用几何模型计算了相对论重离子碰撞中产生的Ｊ／ 在核物质中的吸收长度。
The self-similar singular solution of the fast diffusion equation with nonlinear gradient absorption terms had been studied.
研究一类带有非线性梯度吸收项的快速扩散方程的自相似奇性解。
On the Contrast of Attenuation and Phase of X-ray Imaging
X射线成像的相位衬度与吸收衬度分析
absorption strength
吸收强度, 吸收力
pump suction head
泵吸收压头, 泵吸收高度
absorptive amplitude
吸收振幅，吸收幅度
absorptive spectrophotometry
吸收分光光度测定法
infrared absorption hygrometer
红外吸收湿度测定仪
visible absorption spectrophotometry
可见吸收分光光度学
atomic absorption spectrophotometry
原子吸收分光光度法
ultraviolet absorption spectrophotometry
紫外吸收分光光度学
infrared absorption spectra hygrometer
红外吸收光谱湿度计
atomic absorption spectrophotometer
原子吸收分光光度计
Direct determination of trace mercury in enuironmental water with Pt-platform graphite furnace absor ptiok spectrometry;
衬铂平台石墨炉原子吸收光谱法测定环境水样中的痕量汞
Alloy Steel Backing Design of Inlet Flue Gas Duct of FGD Absorber and Welding Technique Analysis
烟气脱硫吸收塔入口烟道合金钢贴衬设计选型及焊接工艺分析
According to Olympus AU2700analysis appearance,520nm been selected.
产物光吸收峰498nm,选用520nm,吸光度达93.20%。
The act of imbibing.
吸收,吸取吸收的动作
Study on the Matching Thickness of the Microwave Absorbing Coating with Fiber X as Absorbing Agent
纤维吸收剂型吸波涂层的匹配厚度研究
Food enhances absorption, with doubling of peak serum concentrations.
食物促进吸收,使血药峰浓度加倍
Alcohol expands the blood vessels, increasing absorption into the bloodstream,
酒精扩张了血管 使血流吸收速度加快