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powder compression method
相关语句
  粉末压缩压制的方法
     Polycrystalline alloy Ni 52Mn 24.4Ga 23. 6 was prepared by repeated vacum induction melting, and bonded Ni 52Mn 24.4Ga 23.6 magnets were prepared by powder compression method.
     采用真空感应熔炼法制备了多晶Ni52 Mn2 4 4 Ga2 3 6 合金 ,用粉末压缩压制的方法制作粘结Ni52Mn2 4 4 Ga2 3 6 磁体 ;
短句来源
     Bonded Ni_ 52Mn_ 24.4Ga_ 23.6 magnets were prepared by powder compression method, and the effects of external stress and magnetic field on the martensitic transformation of bonded Ni_ 52Mn_ 24.4Ga_ 23.6 magnets were discussed by X-ray diffraction.
     采用粉末压缩压制的方法制备了粘结Ni52 Mn2 4 .4 Ga2 3.6 磁体 ; 通过X射线衍射分析 ,讨论了外应力场和磁场对粘结Ni52 Mn2 4 .4 Ga2 3.6磁体马氏体相变的影响 ;
短句来源
     Polycrystalline alloy Ni_(52)Mn_(24.4)Ga_(23.6) was prepared by repeated induction melting and bonded Ni_(52)Mn_(24.4)Ga_(23.6) magnets were prepared by powder compression method.
     真空感应熔炼法制备了多晶Ni52Mn24.4Ga23.6合金,利用粉末压缩压制的方法制备了粘结Ni52Mn24.4Ga23.6磁体。
短句来源
  “powder compression method”译为未确定词的双语例句
     METHODS Microcrystalline cellulose and low substituted hydroxypropylcellulose were used as disintegrants,fast disintegrating tablets could be prepared by direct powder compression method.
     方法选用微晶纤维素(MCC)和低取代羟丙基纤维素(LHPC)作为崩解剂,通过粉末直接压片工艺制备口腔速崩片。
短句来源
  相似匹配句对
     Study on direct powder compression of aspirin tablet
     阿司匹林片剂粉末直接压片新工艺研究
短句来源
     Study on direct powder compression of Naoan tablet
     脑安片粉末直接压片新工艺研究
短句来源
     mechanical compression;
     机械性压迫损伤组;
短句来源
     Powder electropainting
     粉末电泳涂漆
短句来源
     Powder Coating
     粉末涂料
短句来源
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The properties such as granularity, fluidity and swelling capacity of domestic and imported microcrystalline cellulose (MCC) PH101 were investigated and compared. The disintegration and dissolution of metoprolol tartrate tablets and atenolol tablets prepared with six brands of MCC respectively and by direct powder compression method were determined. The results indicated that the profiles of some domestic MCC were comparable to the imported ones.

比较了 6种国产和进口微晶纤维素 PH10 1的粒径、流动性和溶胀性等 ,采用直接压片法 ,考察了两种不同模型药物压成片剂的崩解度和溶出度。结果表明 ,部分国产微晶纤维素的质量已达到或优于进口产品。

Objective:To establish a new method to make aspirin tablets by directly squashing aspirin and excipients powder.Methods:Choose new excipients which can be rapidly released,directly squashed and have good fluidity,mix them with aspirin powder and directly squash the mixed powder to produce aspirin tablets.Under stress test,accelerated test,room temperature environment,the following aspirin tablets' properties were assessed:appearance,aspirin's content, dissolution speed and salicylic acid's content.Result and...

Objective:To establish a new method to make aspirin tablets by directly squashing aspirin and excipients powder.Methods:Choose new excipients which can be rapidly released,directly squashed and have good fluidity,mix them with aspirin powder and directly squash the mixed powder to produce aspirin tablets.Under stress test,accelerated test,room temperature environment,the following aspirin tablets' properties were assessed:appearance,aspirin's content, dissolution speed and salicylic acid's content.Result and Conclusion:Aspirin tablets have good stability, their properties are correspondent with the requirements of Chinese Pharmcopeia 2000.The new direct powder compression method would not cause aspirin degradation.

目的 :建立阿司匹林粉末直接压片的新工艺。方法 :使用新型的速释直接压片辅料 ,筛选出可压性和流动性均好的稀释剂 ,建立粉末直接压片的新工艺。经影响因素试验、加速试验及室温贮存考察 ,检测制备的阿司匹林片的性状、溶出度、含量及色谱检查降解产物游离水杨酸。结果 :本工艺制备的阿司匹林片稳定性良好 ,其性状、溶出度、含量及游离水杨酸均符合 2 0 0 0版药典规定。结论 :粉末直接压片新工艺不会引起阿司匹林降解

Polycrystalline alloy Ni 52Mn 24.4Ga 23. 6 was prepared by repeated vacum induction melting, and bonded Ni 52Mn 24.4Ga 23.6 magnets were prepared by powder compression method. The e ffects of different moulding and annealing processes on the microstructure and p roperties of Ni 52Mn 24.4Ga 23.6 alloy were investigated by dif ferential scanning calorimetry(DSC) analysis, optical microscopy and scanning mi croscope. The results show that coarse grains can be obtained at low cooling...

Polycrystalline alloy Ni 52Mn 24.4Ga 23. 6 was prepared by repeated vacum induction melting, and bonded Ni 52Mn 24.4Ga 23.6 magnets were prepared by powder compression method. The e ffects of different moulding and annealing processes on the microstructure and p roperties of Ni 52Mn 24.4Ga 23.6 alloy were investigated by dif ferential scanning calorimetry(DSC) analysis, optical microscopy and scanning mi croscope. The results show that coarse grains can be obtained at low cooling rat e. The fixed martensite transformation temperature of the alloy is obtained and the nucleation and growth of martensite of Ni 52Mn 24.4Ga 23.6 alloy is promoted by two-step annealing process.

采用真空感应熔炼法制备了多晶Ni52 Mn2 4 4 Ga2 3 6 合金 ,用粉末压缩压制的方法制作粘结Ni52Mn2 4 4 Ga2 3 6 磁体 ;通过显微组织观察和差热分析 (DSC)的方法研究了不同的浇铸方式和退火工艺对多晶Ni52 Mn2 4 4 Ga2 3 6 合金铸锭组织和性能的影响。结果表明 ,缓慢冷却的合金液能得到晶粒粗大的合金铸锭 ;两步退火工艺能使合金铸锭具有确定的马氏体转变点 ,并促进马氏体变体的形核和长大。

 
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