这也适用于形态不同的活性物质晶型。
This applies also to morphologically different crystal forms of an active substance.
钙属于混晶型杂质,必须预先分离。
Calcium belongs to mixed-crystal impurity and must be removed in advance.
晶型有锐钛矿型、板钛矿型和金红石型。
经真空干燥处理后,产品为立方晶型的锑白。
The product is cubic antimony trioxide after heat treatment in vacuum.
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.
结果药物的晶型消失,累积溶出速率明显增加。
RESULTS the crystal form of drug disappeared in the dispersion and the cumulative dissolution increased evidently.
高铬钼抗磨合金本质为亚共晶型高合金白口铸铁。
High chromium-Molybdonum wear-resistant alloys are hypoeutectic white cast iron.
PVDF是一种半晶状聚合物,它有四种不同的晶型。
PVDF is a semicrystalline polymer whose crystalline domains appear in four different forms.
综述间规聚丙烯复杂的多晶型现象以及各晶型的结构特点。
The complex polymorphism and the structural characteristic of various crystal forms are reviewed in syndiotactic polypropylene.
研究了硝基胍(NQ)的晶型对其装药、爆炸性能的影响;
The effects of crystal form of NQ-based composites on their explosive performances were studied.
目的:建立红外分光光度法测定棕榈氯霉素a晶型的方法。
AIM the purpose is to establish a FTIR method for the assay of the chloramphenicol palmitate polymorph a.
结果表明:那格列奈具有B晶型、H晶型和S晶型三种结构。
The results indicate that nateglinide has three crystal forms, B-form, H-form and S-form.
在不同的工艺条件下能生产出晶型型貌不同的少钕碳酸稀土。
Less neodymium rare earth carbonate with different crystalline feature can be produced.
目的:建立能够区分西咪替丁片剂中不同晶型的溶出度试验法。
Objective:To establish a dissolution method to distinguish polymorphism A and B of cimetidine tab-lets.
并分别考察了掺杂量、加热时间和功率对合成产品晶型的影响。
The effects of the doping amount, the microwave heating time and power on the products were also investigated.
结果发现,中间温度预退火过程可以影响薄膜对晶型结构的选择。
The results show that the intermediate pre-annealing process can affect the selection of crystalline texture.
利用dsc热分析法表征了添加剂对防爆硝酸铵晶型转变的影响。
The effect of various additives on crystal phase transitions of anti-explosive ammonium nitrate was presented using the DSC.
结论:纯白盐酸青藤碱为最佳晶型,为该原料药制剂生产提供参考。
CONCLUSION the pure white sinomenine hydrochloride is the best crystal, it can be referenced for production.
与氟化物共晶型钎剂相比,有熔点低、流动性好、制备方便等优点。
Comparing with fluoride eutectic fluxes, it possesses the advantages as: low melting temperature, good wetting ability, easy to prepare, etc.
淡黄色粉末状晶型产品提取率为10%,甜度为蔗糖的120倍左右。
The extracting rate of that with yellowish powder is 10% and the sweetness is about 120 times as sucrose.
同时介绍了结晶技术在药物晶型控制、压缩性能和释放性能改进方面的应用。
At the same time, the application of crystallization technology in controlling particle morphology, improving compression and delivery properties is introduced also.
取得以下主要结论:从原油中分离出的蜡晶为正交晶型的晶体,晶面距为0。
Results show that: wax crystals separated from crude oil are orthorhombic crystals; their interplanar spacing is 0.
确定了碱度、酸度、温度等最佳工艺条件,测定了磷化膜的晶型结构和相关性能。
The best technology concerning alkalinity, acidity and temperature is ascertained and the crystalloid contracture and relevant functions of phosphor film has been mensurated.
射线衍射和电镜扫描分析表明碳酸稀土产品属晶型结构,为长方体和纺锤形状结晶。
The X ray diffraction and scanning electron microscope analyses show that the product possesses crystal structure, and the crystallized grain is rectangular and fusiform.
加入晶型转化促进剂a可以减少铁红中水合铁含量,同时可适当提高晶种制备的温度。
After adding the crystal change promoter a, the content of FeOOH in iron red was decreased and the temperature of crystal seed preparation was properly raised.
紫外辐照后,LLDPE的晶型和晶面间距未发生变化,但是其熔融温度和结晶度下降。
After the ultraviolet irradiation, the crystal shape and distance of the crystal plane of LLDPE remain unchanged. However, the melting temperature and crystallinity decrease.
综述了刚性粒子增韧聚合物的由来及增韧机理。重点介绍了塑性形变理论及晶型转变理论。
This paper reviews the reason and mechanism of polymer toughened by rigid particle and stresses on the mechanism of plastic deformation and crystalline shape change.
结果:同一药物的不同晶型粉,显示出各自不同的结构图形、溶解度及生物有效度的特性。
Results:Each polymorphic form solid has it's x ray powder diffraction pattern and this different solid form shows different stability, formulability and bioavailability.
结果显示。加入的简单无机盐不仅影响产物的晶型,同时也对产物的形貌也起到了控制作用。
The results show that both of the polymorph and the morphology are affected by the salt modifiers.
探讨了磺酸钙基脂晶型转化的反应机理,分析了不同活性氢物质作转化剂对晶型转化的影响。
The crystal transforming mechanism of calcium sulfonate grease was discussed, and the effect of different active hydrogen substances as transforming agents on crystal transform was analyzed.
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