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- hydroscopic hysteresis 吸湿滞后性
- As a rule these materials do not show hysteresis. 一般说来，这些材料不显示磁滞现象。
- The substance is then said to exhibit hysteresis. 因此人们说这类物质出现滞后现象。
- And the hysteresis of flow transforms was verified. 并且验证了流型转变的滞后特性。
- There is hysteresis between the sorption and desorption curves. 吸湿与脱湿曲线间有一定的滞后现象。
- Description： Pale violet powder, hydroscopic, insoluble in water. 说明：淡紫色固体粉末，易受潮，不溶于水。
- The scalar in hysteresis loop measurement for soft magnetic ring. 软磁环磁滞回线测量中的定标。
- The squareness of the hysteresis loop is also improved greatly. 磁体磁滞回线的方形度也得到了很大的改善。
- The formula also fits the data of magnetic hysteresis loop very well. 该解析表达式对磁滞回线的模拟效果也非常令人满意。
- THPA is hydroscopic and should be protected from light and moisture. THPA具有潮解性，贮存时应远离水气，容器开封后，应尽快使用。
- Hysteresis phenomenon is very common in many ferroelectric materials. 研究磁电滞回线在交变外场下的动力学性质的课题称为回线动力学。
- Switching points and hysteresis are changeable via two buttons on the display. 开关点和滞后可以通过显示屏上的两个按钮来改变。
- The hysteresis is fixed, the switching and reset points are identical. 磁滞特性为固定。开关点和复位点统一。
- Hysteresis control has disadvantage of unstable switching frequency. 滞环控制方法存在开关频率变化不定的缺点。
- Based on the vision hysteresis, a revolving linear LED screen is developed. 基于“视觉暂留”原理，开发出了一种旋转式线阵LED显示屏。
- The complete explanation of wetting hysteresis may pose quite a complex prob lem. 要全面解释润湿滞合作用，就会出现很复杂的问题。
- At last, several means were listed to decrease or eliminate the hysteresis phenomenon of boiling heat transfer. 最后总结出了几种减小或消除沸腾热滞后的方法。
- Cultural resources have three Characteristics: potentiality, hysteresis and unity. 文化资源的价值具有三个特性：潜在性、滞后性和整体性。
- Description： Pale violet powder, hydroscopic, insoluble in water and soluble in mineral acids. 说明：淡紫色固体粉末，易受潮，不溶于水，能溶于无机酸。
- Description： Crystalline lumps pale red or gray hued .It is highly hydroscopic and readily soluble in water. 说明：淡黄色粉末，不溶于水，难溶于无机酸。
