charging ratio meaning in Chinese
装料比
Examples
- Emulsion concentration automatic charge ratio device
乳化液溶液浓度自动配比装置 - For the other standard equipment , as agreed by you , the charging ratio is 6 %
至于其他的设备定位标准，我们同意像你说的那样，收费比率为6 % 。 - Through analyzing the ball milling process , and based on radiate basis function ( rbf ) network , a soft sensor method was presented to estimate the ball mills charge ratio of media ( crm ) on line , which couldn ' t be measured on line in the past
摘要通过对磨矿过程原理的分析，提出了基于径向基( rbf )网络的软测量方法，对以往无法在线检测的球磨机关键参数介质填充率进行实时估计。 - Peaks at similar mass - to - charge ratios ( clusters ) are identified across spectra ( figure 2 ) and relatie signal amplitude differences are compared using sophisticated pattern recognition software to identify expression patterns that uniquely characterize specific diseases or conditions
质谱图中具有相似质荷比的峰(群)及相对信号强度的差异可以通过高级模式识别软件分别得到鉴定和比较，从而鉴定出某一特定疾病或身体状态的独特蛋白表达模式。 - The interface behavior between essence and ethylene - vinyl acetate copolymer pallets was studied so that necessary data were obtained to guide the preparation of fragrant masterbatch . the adsorption type and wettability between essence and the copolymer pallets were analysed by measurements of fourier transform infrared spectrum , surface tension , contact angle and specific surface area . the technical factors affecting absorptivity such as the charge ratio , temperature , pressure and stirring speed were studied by series of adsorption experiments . the results showed that the adsorption of essence on the surface of ethylene - vinyl acetate copolymer pallets is physical in nature . essence couldn ' t moisten the surface of ethylene - vinyl acetate copolymer pallets absolutely , but it could be soaked into the surface of the pallets partly . adsorptivity could be increased by enhancing the temperature , pressure and stirring speed , but the extension of adsorption time had little influence on adsorptivity
研究了香精与乙烯/醋酸乙烯共聚物粒子之间的界面行为，以便为香型母粒的制备提供必要的理论依据.利用傅立叶变换红外光谱、表面张力、接触角及比表面面积等测定手段，分析了香精与载体之间的吸附类型和润湿作用.并通过一系列吸附实验，讨论了配料比、温度、压力、搅拌等工艺条件对吸附量的影响.结果表明，香精在乙烯/醋酸乙烯共聚物粒子表面的吸附为物理吸附；香精无法完全润湿载体粒子表面，但可以对其形成部分浸润；提高温度、压力、搅拌速度可以增加吸附量，而延长吸附时间对增加吸附量贡献不大