1.
Leaching Rules of Micro and Nano Particles from Eucalyptus urophydis Wood
尾巨桉微/纳米粒子溶出规律的研究
2.
At elevated humidities mixtures of soluble and insoluble material are often readily discernible in single particles.
在大湿度时，可溶的和不可溶的物质的混合物很容易在单个粒子中辨认出来。
3.
The solid particles were filtered from the solution.
固体颗粒从溶液中过滤出来。
4.
The Study on the Morphology of Nano-ZnO Synthesized by Sol-gel Method;
溶胶—凝胶法制纳米ZnO粒子形貌的研究
5.
"Finally, the Bacterial host is destroyed (lysed), releasing virus particles into the environment to infect new Bacterial cells. "
最后,细胞宿主被破坏(溶化),向周围环境释放出病毒粒子去侵染新的细菌细胞。
6.
If an aerosol counter is used to monitor the concentration of particles in the emerging air, one finds that the concentration falls off with decreasing flow rate.
如果用一台气溶胶计数器检测射出气流中的粒子浓度，就会发现浓度随流速的降低而减少。
7.
Giant particles are mainly particles detached from the surface.
巨粒子多半是从表面分离出来的粒子。
8.
Preparation of Polymer Nanoparticles by Homogeneous Solution Atom Transfer Radical Polymerization
原子转移自由基溶液聚合制备聚合物纳米粒子
9.
Today these particles lead to auroral displays.
如今粒子导致极光出现。
10.
the coalescing of small particles that are suspended in solution; these larger masses are then (usually) precipitated.
悬浮在溶液里的小粒子的接合过程；这些大粒子随后沉淀的过程。
11.
Study on Preparation of BaSO_4 Submicro-particles and Core-shell Polycarbonate/BaSO_4 Submicron Composite Particles by Solventing-out Process;
溶析结晶法制备硫酸钡超细粒子及其复合粒子的研究
12.
separate from solution as a fine suspension of solid particles, in chemistry.
化学术语，从溶液中把悬浮的固体颗粒分离出来。
13.
Determination the Dissolution in Sultamicillin Tosilate Granules by HPLC
HPLC法测定托西酸舒他西林颗粒剂的溶出度
14.
Formulation Optimization and Dissolution of Compound Pearl Powder Effervescent Granule
复方珍珠粉泡腾颗粒处方筛选及溶出度考察
15.
An aerosol, natural or artificial is made to flow through a length of tubing, the aerosol particles diffuse to the walls.
让自然或人造气溶胶通过一段管道，气溶胶粒子就扩散到管臂上。
16.
Effects of aqueous-organic solvents on peroxidase mimetic activity of Fe_3O_4 magnetic nanoparticles
水溶性有机溶剂对Fe_3O_4磁性纳米粒子过氧化物酶样活性的影响
17.
In an aerosol containing equal numbers of charged particles of both signs, the diffusive encounters for oppositely charged particles are more effective than for uncharged particles.
若气溶胶中含有等量正负带电粒子，那么正负带电粒子间的扩散碰撞比非带电粒子更容易实现。
18.
Synthesis and Fluorescence Properties of Water-soluble Doped Nanoparticles;
水溶性掺杂型纳米粒子的合成及其荧光性质