1) Polyxymethyleme Powder
蚕用聚甲醛散
1.
The article analysed the concept of validation in the course of veterinary pharmaceutical GMP management, discussed the key role of manufacturing process validation on veterinary drugs GMP management, and have put manufacturing process validation into practice through taking Polyxymethyleme Powder as an example.
本文对兽药GMP管理过程的验证概念进行了剖析，论述了生产工艺验证在兽药GMP管理中的核心作用，并以蚕用聚甲醛散为例，对其生产工艺进行了验证的实际研究，有效地提高了该产品的质量，保证了质量的稳定性，同时修订了原有的验证程序，使之更加符合生产实际的需要，并大大提高了企业的生产效率。
2) polyformaldehyde for medical use
医用聚甲醛
3) formaldehyde emission
甲醛散发
1.
Formaldehyde emission levels of four kinds of wood-base d panel (Plywood,Blockboard,Particleboard and MDF) were studied with perforate m ethod and large chamber method.
分别用穿孔法和大室法研究了 4种人造板材 (胶合板、细木工板、刨花板和中密度纤维板 )的甲醛散发水平。
4) polyoxymethylene
[,pɔli,ɔksi'meθili:n]
聚甲醛
1.
Study on the Toughening and Thermal Stabilization of Polyamide on Polyoxymethylene;
聚酰胺对聚甲醛的增韧及热稳定作用研究进展
2.
Study on Crystallite Morphology and Mechanical Property of Polyoxymethylene/ Copolyamide Blends;
聚甲醛/共聚酰胺共混物的结晶形态及力学性能
3.
The study of thermoplastic polyurethane elastomer co-mixing flexibilizing polyoxymethylene;
热塑性聚氨酯弹性体共混增韧聚甲醛的研究
5) POM
[英][pɔm] [美][pɑm]
聚甲醛
1.
Advances in Research about Formulas for Anti-ageing of POM, PET and PVC;
聚甲醛、PET及PVC的抗老化配方研究进展
2.
Effect of Light-shield Agents on the Structural and Properties of Ageing POM;
光屏蔽剂对聚甲醛老化过程结构与性能的影响
3.
Tribological properties of nano-Al_2O_3 modified POM nanocomposites;
纳米Al_2O_3改性聚甲醛的摩擦磨损性能
6) paraformaldehyde
[英][,pærəfɔ:'mældəhaid] [美][,pærəfɔr'mældəhaɪd]
多聚甲醛
1.
Reactivity and property of phenolic resin synthesized by phenol and paraformaldehyde;
多聚甲醛/苯酚树脂活性和性能
2.
Carbon-Supported Pt Catalyst Prepared with Liquid Reduction Method Using Paraformaldehyde As Reducing Agent;
以多聚甲醛为还原剂用液相还原法制备碳载铂催化剂
3.
Study on the Catalysis of Cobalt-Phosphines for Paraformaldehyde Amidocarbonylation;
钴－膦配合物催化多聚甲醛胺基羰基化反应的研究
补充资料：医用聚甲醛
分子式：
CAS号：
性质：一种热塑性结晶聚合物。质轻，刚性好，摩擦系数小，尺寸稳定，耐疲劳性良好，吸水率低，生物相容性好。常用于制造人工心瓣膜瓣架、人工关节及其他医疗器械。
CAS号：
性质：一种热塑性结晶聚合物。质轻，刚性好，摩擦系数小，尺寸稳定，耐疲劳性良好，吸水率低，生物相容性好。常用于制造人工心瓣膜瓣架、人工关节及其他医疗器械。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条