The classification, application and preparation methods of microcrystalline starch were reviewed.
综合介绍了微晶淀粉的分类 、 制备方法和应用前景.
CONVENTIONAL SEMICONDUCTOR microchips operate based on " classical " 19 th - century theories of electromagnetism.
一般传统的半导体微晶片运作的基础,是19世纪的 [ 古典 ] 电磁理论.
Uniform and fine lead zirconate - titanate crystallites were grown in - situ in gel - glasses successfully.
在凝胶玻璃中成功地原位生长出均匀精细的锆钛酸铅微晶.
RESULTS The optimal shaping condition was set as follows : 48.8 % EGB, 45 % MCC, 6 % PVPP, 0.2 % silica gel.
结果处方组成为48.8%银杏叶提取物, 45%微晶纤维素, 6%交联聚维酮, 0.2%微粉硅胶,压片后崩解时限符合药典要求.
The compound stabilizer contained monostearin 0.2 % and MCC 0.2 %.
复配稳定剂的配方为:单甘酯0.2%、MCC微晶纤维素0.2%.
The preparations include powder, micro - crystal, tablet and orally - taken liquid.
这些药剂包括粉末, 微晶, 片剂和口服液.
Composition , properties and application development in glass - ceramic materials are presented and reviewed.
本文较全面地介绍了微晶玻璃的组成 、 性能及应用方面的发展状况,并做了评述.
Artificial neural network was introduced into slag glass - ceramic material designing.
研究了人工神经网络在矿渣微晶玻璃材料设计中的应用.
Clean and convenient - using level glass - ceramic porcelain, easy to clean, no residual stains.
清洁方便 - 采用高级微晶玻璃瓷板, 易清理, 不残留污渍.
OTHER INGREDIENTS: Dicalcium Phosphate , Microcrystalline Cellulose, Sodium Starch Glycolate, Magnesium Stearate.
其他成份: 磷酸双钙 、 微晶纤维素 、 甘醇酸淀粉钠、硬脂酸镁.
The experimental results show this glass - ceramic is fit with building materials.
实验结果表明:此种微晶玻璃比较适合做建筑饰材.
The glass - ceramics compositions and the glass - tantalum sealing technology have been primarily investigated.
本文研究了钽电容器微晶玻璃组成及玻璃与钽的熔封工艺.
Objective : To investigate microemulsion reaction methods in preparing sulfadiazine silver ultrafine particles.
目的: 应用微乳液反应法制备磺胺嘧啶银均匀微晶,并评价其质量.
By X - ray diffraction, it is found that there is BPO _ 4 crystallite on catalysts.
由X - 射线粉末衍射分析检知催化剂可能存在着BPO_4的微晶.
Red mud glass - ceramics are prepared by a sintering method.
利用烧结法制备了赤泥微晶玻璃.