微晶粉

微晶粉增强中密度聚乙烯的研究

Study on the MDPE reinforced with microcrystalline powder

固相合成YAG微晶粉体的XRD研究

XRD Research of YAG Crystallites Powders Prepared by Solid-phase Reaction Method

不锈钢/Ni基微晶粉材溶解扩散连接特性采用熔盐法制备了Bi4Ti3O（12）微晶粉体，研究了制备工艺参数与Bi4Ti3O（12）微晶的形貌和尺寸之间的关系。

Characteristic of solute-diffusion bonding between stainless steel and Ni-based micro-crystal powder ( application code : 200520078348 . 9 ) Anisotropic Bi_4Ti_3O_ ( 12 ) particles were synthesized by molten salt process .

铁电微晶粉粒的介电性能研究

The study of dielectric properties of ferroelectric ultrafine grain

研究了铁电微晶粉粒的热刺激电流及其铁电相变。

The thermally stimulated currents ( TSC ) and the ferroelectric phase transition of the ferroelectric ultrafine grain were investigated .

体外培养的条件为：液体培养基，添加0.5g微晶纤维素粉，小剂量接种（5%），39℃静态培养，培养液总量为100ml。

Incubating condition was set as liquid media , little dose of inoculum ( 5 % ) , 39 ℃ and 0.5g cellulose powder .

在15mg添加水平，按照微晶纤维素粉消失率从小到大的顺序排列，4种植物油处理的顺序为：亚麻油、豆油、棉籽油和菜籽油，与不饱和度顺序一致。

At the adding level of 15 mg , four oil treatment were ranked as linseed oil , soybean oil , cottonseed oil and canola oil according to the disappearance of cellulose powder from low to high , the same as unsaturation sequence of these four oils .

通过对表面改性效果预评价的三种方法渗透时间法、粘度法和红外光谱法的对比，发现渗透时间法可以更有效的表征硅烷KH550改性微晶白云母粉的改性效果。

We found that modification effect of micro-crystal muscovite powder modified by amino silane KH & 550 can be effectively characterized by permeable time method .

克拉维酸钾微晶纤维素混粉爆炸参数测定研究

The research on medicinal mix dust explosion characteristic of potassium Clavulanate and microcrystalline cellulose

为了解决微晶白云母粉体与聚合物材料的相容性，更好的发挥功能粉体填料的作用，就必须进行其粉体的表面改性。

In order to solve compatibility between micro-crystal muscovite powder and polymer materials , and fully play an role of functional powder fillings , surface modification of micro-crystal muscovite powder must be carried out .

在高压罐（140℃）中分别浸渍棉纤维、微晶纤维素和杉木粉的最佳NaOH溶液浓度分别是30%、15%和25%。

The most effective concentrations of NaOH were 30 % , 15 % and 25 % to dip cotton fibre , microcrystalline ( MCC ) and fir powder respectively in the high pressure pot ( 140 ℃) .

综述了Li2O-Al2O3-SiO2系微晶玻璃和微晶玻璃粉的制备方法，介绍了Li2O-Al2O3-SiO2系微晶玻璃在炉灶面板和精密光学仪器零部件的应用概况。

In this paper , the preparation methods of Li2O-Al2O3-SiO2 glass-ceramic are reviewed and the applications of Li2O-Al2O3-SiO2 glass-ceramic in cooking panels and in parts of the precision optics instruments are introduced .