1) Microbubble contrast agent
微气泡造影剂
2) micropore
微气孔
1.
The oblate propellant with micropores(MPOP) was prepared by chemical foamed process,and the effects of the materials and inner-structure on its electrostatic spark sensitivity were studied by adjusting the distance of discharging and the way of loading.
对采用化学发泡工艺制备的具有不同物理特性的单基微气孔球扁药的静电火花感度进行了研究。
3) micro-airbag
微气囊
1.
In order to test the clothing pressure on human body,the micro-airbag device was developed based on the technologies of micro-transducer.
为测试服装作用于人体的压力,基于微传感器技术,研制适于人体柔性压力测量的感压元件微气囊,开发服装压测试系统,实现服装压数据的多点采集与记录,为服装压力舒适性测试提供了设备支持,为压力舒适性评价提供客观依据。
4) micro-bubble
微气泡
1.
Research on an Oxygenated Water Purification System with Micro-bubble Generators;
微气泡生成与富氧净化系统研究
2.
Based on the analysis of the forces acting on a single rising micro-bubble,the equilibrium equation of the rising micro-bubble is derived,and the rising velocities of the bubbles with the radius of 40~350 μm are simulated.
在此基础上,利用带有显微摄像功能的粒子成像测速技术(P IV)装置对半径为20~320μm气泡的上浮速度进行了测量,通过对实验结果的统计,以及与仿真结果的比较分析可知,阻力系数变量与粘滞系数是影响气泡上浮速度的主要因素,它们的取值与上浮速度成反比,并得出了R e≤150条件下的微气泡运动通用的阻力系数表达式。
3.
The flow field surrounding the revolving object,pressure and resistance distribution on its wall were calculated in order to design a micro-bubble reducing resistance scheme for the revolving object.
通过数值计算方法,模拟回转体在水下的航行,分析回转体周围流场、压强及其壁面上阻力的分布,并根据计算结果为该回转体设计了有效的微气泡减阻方案。
5) micro climate
微气候
1.
This article introduces the contents of methods of micro climate architecture design both home and abrod and analyses the methods by actual examples.
阐述微气候建筑设计的基本内容 。
2.
As architectural wind environment relates to pedestrians safety and comfort,climate of residential areas,residential people s health,environmental protective architecture,energy saving,pollutant proliferation and air self purification,it puts forward some measures and methods to improve urban wind environment,so as to improve the micro climate under big urban environment.
针对建筑风环境涉及行人的安全和舒适,小区气候和居民健康,绿色建筑与节能,污染物的扩散与空气自净等问题,提出了一些改善城市风环境的措施和办法,从而改善城市大环境下的微气候。
6) microbubbles
微气泡
1.
Research on microbubbles generation by metal microporous tube;
金属微孔管制造微气泡的研究
2.
The calculated results show that microbubbles may reduce skin friction ma rkedly.
利用边界层中注入微气泡降低固体壁面摩擦阻力的方法是一项有实用价值且有待进一步研究的减阻技术。
3.
This paper mainly discussed about the research on microbubbles generation by metal microporous tube,it is a new method of bubble formation.
本文主要研究了用金属微孔管制造微气泡,这是一种比较新颖的气泡制造方法。
参考词条
补充资料：微气泡曝气
分子式：
CAS号：
性质：气泡曝气方法之一。活性污泥法废水生物处理过程中，在曝气池底部或邻近底部设置多孔陶质扩散器进行曝气，扩散器上微孔孔径约为50μm，可产生直径0.2～0.3mm的微小气泡。操作时，输入的空气需先经过滤，以防扩散器发生堵塞。由于产生微气泡的扩散器浸没深度较大，而且扩散器微孔阻力增加，因此，所需鼓风压力较大。其充氧效率一般为10％～30％。
CAS号：
性质：气泡曝气方法之一。活性污泥法废水生物处理过程中，在曝气池底部或邻近底部设置多孔陶质扩散器进行曝气，扩散器上微孔孔径约为50μm，可产生直径0.2～0.3mm的微小气泡。操作时，输入的空气需先经过滤，以防扩散器发生堵塞。由于产生微气泡的扩散器浸没深度较大，而且扩散器微孔阻力增加，因此，所需鼓风压力较大。其充氧效率一般为10％～30％。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。