1.
Suitable for fine and medium size materials classifying in coal, power, mine, construction, light and chmical industries.
系列振动筛适用于煤炭、力、筑、工、工等对中细粒物料分级，具有效率高、筛性好等优点。
2.
A Study about the Classification of Efficiency of Electret Filtrate Material's to the FPM by Experiments;
驻极体滤料对微细颗粒物分级效率的试验研究
3.
Use: Fragment of grain and crude grain can be separated and sorted according to the thickness.
用途：分离出破碎粒和未成熟粒，可根据厚度对物料进行分级。
4.
This machine is applied for the sorting of the granule size of dry powder materials of medicine, chemical,and foodstuff etc.
本机适用于制药、化工、食品等行业的干粉物料粒度的分级之用。
5.
Screening is the separation of crushed or powdered materials of different particle sizes.
筛分是将破碎的或磨细的物料按不同颗粒大小分离。
6.
APPLICATION OF ELECTRIC FIELD IN THE DEWATERING OF MICRO-PARTICLE MATERIAL
电场在微细粒物料脱水过程中的应用
7.
micro-size particles
微米级粒子，超细粒子
8.
Percentage of Particulate Concentration Grades in Urban Air in 341 Cities
341个城市空气中颗粒物浓度分级比例
9.
Elemental Size Distribution of Airborne Fine and Ultrafine Particulate Matters in the Suburb of Shanghai,China
上海市郊区大气细颗粒和超细颗粒物中元素粒径分布研究
10.
Preparation and Size Classification of Alumina Series Abrasive Particles for Chemical Mechanical Polishing;
氧化铝系化学机械抛光磨料的制备及颗粒分级
11.
INFLUENCE OF PARTICLE SIZE DISTRIBUTION OF MINERAL ADMIXTURE ON MECHANICAL PROPERTIES OF CEMENTITIOUS MATERIALS OF HIGH PERFORMANCE CONCRETE
矿物掺合料的颗粒级配对高性能混凝土浆体材料力学性能的影响
12.
Study on Fine Granularity Scalable Coding Technology and Transmission Technology;
精细粒度可分级编码技术和传输技术研究
13.
Hybrid Spatio-Temporal-SNR FGS Video Coding;
时空域可分级的精细粒度可伸缩视频编码研究
14.
Research on the Tiny Particle Ilmenite Experiment by SLon Magnetic Separator
SLon磁选机分选超细粒级钛铁矿的试验研究
15.
Macrophages phagocytize foreign materials such as dust and carbon particles in the lung, as well as vital dye particles.
巨噬细胞吞噬异物，如肺内的尘埃及碳粒，同样还有活体染料的微粒。
16.
Fabrication and Biological Characteristics of in Situ Nano-TiO_2 Particles/Ti Alloys;
自生纳米级二氧化钛颗粒/钛合金生物材料制备及生物学特性
17.
Influence of High Fineness Additives on Particle Size Distribution Cement Based Composite System
高细混合材料对水泥复合体系粒度分布的影响
18.
Investigation on the Cytotoxicity of Synthetic D,L-lactic and Glycolic Acid/poly (Ethylene Glycol) (PELGE) Nanoparticles.
一种合成的纳米粒高分子材料的细胞毒性研究