CW:毛细波

“毛细波”(Capillary Wave)常缩写为CW,这一简写形式便于快速书写与日常使用,在多个综合领域均有涉及,适用范围广泛且尚未被严格分类。毛细波是表面张力起主导作用的一种液体表面波动现象,在物理学、流体力学及工程应用中均具有重要研究价值。

Capillary Wave具体释义

  • 英文缩写:CW
  • 英语全称:Capillary Wave
  • 中文意思:毛细波
  • 中文拼音:máo xì bō
  • 相关领域cw 未分类的

Capillary Wave的英文发音

例句

  1. Measurement of Surface Tension and Capillary Wave(CW) Velocity at Different Temperature by Laser Diffraction
  2. 激光衍射法测量表面张力和毛细波(CW)波速与温度的关系
  3. Further more, the characteristic of capillary wave and longitudinal wave, experimental technique, measuring device and the application to the study of the surface rheological properties of surfactant are discussed.
  4. 文中进一步讨论了毛细波(CW)和纵向波的特点,较为详细地介绍了纵向波的实验方法和装置以及在表面活性剂流变学性质研究中的应用。
  5. Determination of Ephedrine in Collunarium by Capillary Electrophoresis with Square Wave Amperometric Detection
  6. 毛细管电泳-方波安培法分离检测滴鼻液中的麻黄碱
  7. Capillary Effect on the Vertically Excited Surface Wave in a Circular Cylindrical Vessel
  8. 圆柱形容器中竖直激励表面波的毛细影响
  9. The most important advantage of total reflection long capillary cell ( TR-LCC ) or optical wave guide cell ( OWGC ) is multi-fold increasing of effective path length and enlargement of measuring dynamic range. Enhancement ratio of effective path length has been defined.
  10. 本文指出全内反射长毛细管吸收池(TR-LCC)的最主要特点是有效光路的倍增和测量动态范围的加大,明确定义了有效光路增大比。