1.
Study on Absorption of CO_2 Bubble Disintegration in NaOH Solution
CO_2微细气泡在NaOH溶液中吸收速率研究
2.
Study on Particle and Bubble Interaction of Ultrafine Kaolinite
微细粒高岭石颗粒与气泡相互作用研究
3.
Numerical Simulation of Gas Bubble Disintegration and Dispersion Process in Liquid
流体中气泡微细化与分散过程的数值模拟
4.
bronchioalveolar cell carcinoma
细支气管肺泡细胞癌
5.
"The brochioles end in the alveoli, the terminal air spaces. Extremely thin walls separate the air in the alveoli from the tiny blood vessels in the lungs."
细支气管的终端为肺泡。极薄的壁把肺泡中的空气同肺里微血管分开。
6.
This is normal lung microscopically. The alveolar walls are thin and delicate. The alveoli are well-aerated and contain only an occasional pulmonary macrophage (type II pneumonocyte).
正常肺显微镜显示肺泡壁比较薄弱。肺泡内充满空气，有肺巨噬细胞（II型上皮细胞）。
7.
A bubble will burst at the slightest touch.
气泡稍微一碰就破.
8.
Vacuolar Dynamics of Guard Cells and the Dynamics Relationship between Vacuoles and Actin Cytoskeleton during Stomatal Movement
气孔运动过程中保卫细胞液泡的动态及其与微丝骨架的关系
9.
Characterization, Isolation Bronchioalveolar Stem Cells and Identification Its microRNA Expression Profiling;
支气管肺泡干细胞的鉴定、分离及其微RNA表达谱的初步研究
10.
Experiment Investigation of Enhancement Micromixing by Microbubble Actuators
微气泡执行器强化微混合的实验研究
11.
It works in conjunction with a foam that contains billions of tiny bubbles.
它与一种含有几十亿个微气泡的泡沫合并使用。
12.
Influence analysis and parameter optimization of bubble diameter in Micro-bubbles flotation process
微泡浮选中气泡尺寸影响分析与参数优化
13.
Research on the Effect of Process Parameters of Microcellular Foam Injection Moulding on Cell Configuration
微细发泡注塑成型工艺对泡核形态影响的研究
14.
Research on Microbubbles Generation by Metal Microporous Tube in Flotation Technology;
气浮工艺中金属微孔管制造微气泡的研究
15.
Clinical Analysis of 49 Patients with Bronchioloalveolar Cell Carcinoma
49例细支气管肺泡细胞癌的临床分析
16.
Studies on Preparation of Targeted Ultrasound Microbubbles and the Interactions between the Targeted Microbubbles and Human Vascular Endothelial Cells;
靶向性声学微气泡的制备及其与血管内皮细胞相互作用的实验研究
17.
Experimental Research on the Ship Form of High-speed Catamaran Drag Reduction by Microbubble;
高速双体船船型微气泡减阻试验研究
18.
Theoretical Analysis and Experiments of Ship Drag Reduction by Microbubble;
船舶微气泡减阻理论分析及试验研究