方法：采用微粉化及新型片剂辅料。
微粉化物及包合物均有良好的稳定性。
Both micronized glibenclamide and inclusion complex were fairly stable.
且微粉化过程无结合溶剂损失及晶型转化发生。
No loss of combined solvent or crystal form transformation were observed during micronization.
产品系列包括蒙旦蜡、聚烯烃基蜡、酰胺蜡与其它微粉化的蜡。
Our portfolio comprises Montan wax based products, polyolefin and polymeric based waxes, as well as amide waxes and their micronized grades.
一种超细吸入型糖皮质激素药物粉体的制备方法属于药物微粉化领域。
The preparation process of superfine inhaled glucocorticoid medicine powder belongs to the field of medicine micronizing technology.
目的：氯尼达明水溶性差，本文旨在研制其微粉化片剂处方并考察其稳定性。
Objective: Lonidamine is limited in their therapeutic value by properties such as low water solubility, poor bioavailability.
本发明涉及含有微粉化的格列喹酮为活性成份的药物组合物及所述组合物的制备方法。
The invention relates to a pharmaceutical composition taking gliquidone which contains micronization as an active component and a method for preparing the composition.
溶出度试验结果表明微粉化片溶出度达到中国药典普通片质量要求，比进口胶囊剂溶出速度快。
The dissolution test showed that they were accorded with the China Pharmacopia and quicker than that of the imported capsules.
它利用纳米科技将竹炭颗粒微粉化后，熔融于涤纶载体纺丝而成，具有优异的消臭、蓄热、调湿等保健功能。
It USES nanotechnology to powder of bamboo charcoal particles, the melt spinning at the carrier made of polyester, has excellent deodorizing, thermal storage, humidity and other health functions.
在当今世界钢渣资源化利用的水平上，钢渣微粉是钢渣综合利用的技术制高点。
The steel slag fine powder is the steel-slag comprehensive utilization technical commanding point compared with the level of the steel slag application in now in the world.
钢渣微粉的利用代表目前钢渣资源化利用的最高水平。
Utilization of steel-slag powder is a new technology, which represents the top level of the research on steel slag resources currently.
用自粉化微碳铬铁炉渣生产彩色水泥是冶金渣生产特种水泥的突破。
To produce the colour cement by using self-powdered ultralow carbon-ferrochromium slags is a breakthrough of special cement production and is firstly created in the country.
摘要：以苯酚为液化试剂，在低温和低酸催化剂浓度等温和条件下对竹粉进行选择性酚化，分离得到液化液和竹纤维素微粉。
Abstract: the thermochemistry selective liquefaction of bamboo powder in phenol was carried out under lower temperature and lower acid-catalyzed concentration.
摘要：以苯酚为液化试剂，在低温和低酸催化剂浓度等温和条件下对竹粉进行选择性酚化，分离得到液化液和竹纤维素微粉。
Abstract: the thermochemistry selective liquefaction of bamboo powder in phenol was carried out under lower temperature and lower acid-catalyzed concentration.
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