1.
Observation of Some Male-floral Characters and Dispersal of Pollen of Eui-mutants in Rice;
水稻eui突变体若干雄性花器性状及散粉特性的观察
2.
Studies on the Characteristics of Pollination and Seed Quality in Seed Orchard of Japanese Larch;
日本落叶松种子园散粉特性与种子播种品质的研究
3.
Glass Transition and Dispersal Stability of Amorphous Macromolecule Polymer Powders;
非晶高聚物粉体玻璃化转变特性及分散稳定性
4.
Simulation Study of Discrete Element Method on Granular Flow and Heat Transfer
粉体流动与传热特性的离散单元模拟研究
5.
Study on the Dispersed Characters of Alumina Powders in Aqueous Suspension
氧化铝粉体在水悬浮液中的分散特性研究
6.
Dispersion characteristics of element Fe in preparation of aluminum bronze alloy powder coating
铝青铜合金粉末涂层制备中Fe元素的扩散特性
7.
Effect of Ultra-fine Smashing on Powder Characteristic and Pharmacological Function of "Cumiansan";
超微粉碎对中药“促免散”粉体特性及药理作用的影响
8.
Study on the Surface Character and the Dispersion Stability Mechanics in the Water of Modified SiC Fine Powder;
改性SiC微粉表面特性及其在水中分散稳定机理的研究
9.
Results indicated that the drying conditions would affect water dispersion and water contentequilibrium significantly.
干燥条件对方便米粉的平衡含水量和水分扩散特性有极显著影响。
10.
DISPERSING ACTION OF TANNIC ACID FOR DETERMINING GRANULARITY DISTRIBUTION CHARACTERISTICS OF GRAPHITE POWDER WITH LASER METHOD
用激光法测定石墨微粉粒度分布特性时单宁酸所起的分散作用
11.
Influences of dispersants on rheological characteristics of alumina-magnesia based slurry
分散剂对含Al_2O_3凝胶粉的Al_2O_3-MgO质浆料流变特性的影响
12.
Preparation and Performance of Dry-powdered Emulsion Paint Based on Redispersible Polymer Powder
可再分散乳胶粉干粉乳胶涂料的制备与性能
13.
Measurement of Dust Dispersivity is Very Important to Evaluate Dust Exposure Level
粉尘检测中粉尘分散度检测重要性的探讨
14.
Characteristic: Brownish yellow flow powder with characteristic marigold flower odor. Well soluble in water, hexane and vegetable oils.
性状：棕黄色流散性粉末，有菊花的特殊气味。易溶于水、植物油和正己烷。
15.
Influence of hyper-dispersant on the dispersion stability of titanium dioxide powder
超分散剂对二氧化钛粉体分散稳定性的影响
16.
EFFECT OF DISPERSANT ON COPPER POWDER DECENTRALIZATION
分散剂对由矿浆电解铜粉分散性能的影响
17.
Preparation of Nano-sized ITO Powder and Dispersion Research;
纳米ITO粉体的制备及其分散性研究
18.
Synthesis of monodisperse FePt nanoparticles at a low temperature
低温合成单分散性的纳米FePt粉末