1)  solidification treatment
常温固化技术
2)  Room temperature
常温
1.
Rapid pickling for stainless steel at room temperature;
不锈钢常温快速酸洗工艺
2.
Study on quickly pickling of stainless steel oxide layer on room temperature;
不锈钢氧化皮常温快速清洗液的研制
3.
Process of Cr electroplating at room temperature with low chromic anhydride content;
常温低浓度镀铬工艺研究
3)  normal temperature
常温
1.
Study on antibacterial stainless steel preparation at normal temperature;
常温制备抗菌不锈钢的研究
2.
Current situation and prospect of cardiopulmonary bypass under normal temperature;
常温体外循环的研究现状与展望(综述)
3.
Study on effective phosphorus-free degreaser in normal temperature;
常温高效无磷脱脂剂的研究
4)  ambient temperature
常温
1.
Studies and progress in preparation methods of nanometer ZnO desulfurizer used at ambient temperature;
常温纳米ZnO脱硫剂制备方法的研究及进展
2.
Application of ambient temperature fine desulfurizing technology in a methanol plant;
常温精脱硫技术在甲醇装置的应用
3.
Developing for the Steel Blackening Agent at Ambient Temperature;
钢铁常温发黑处理剂的研制
5)  normal atmospheric temperature
常温
1.
Quality indexes of wheat stored in normal atmospheric temperature and low temperature warehouse were determined.
通过对储存在常温仓、低温仓内的小麦品质指标测定,找出与储藏时间相关的敏感指标变化规律,提出了常温和低温储藏条件下小麦合理的储藏期和轮换周期。
2.
In order to study the storage technology of Ginkgo biloba seed at normal atmospheric temperature, the effects of six kinds of pre storage methods on the quality and physiological characteristics of stored Ginkgo biloba seeds were studied.
为了探索银杏种子常温贮藏技术 ,研究了 6种贮前处理方法对贮藏银杏种子质量及其生理的影响 ,其中以10 g/L 亚硫酸氢钠溶液浸泡处理 1h,2 5℃贮藏 30 d,失水率 1。
6)  normothermia
常温
1.
Observation and comparision on normothermia CPB and hypothermia CPB in CABG surgeries;
常温与低温体外循环在冠状动脉旁路移植术中的对比观察
2.
Automatic Control Narcosis in Epidural Block after Normothermia Patent Ducts Arteriosus Ligature;
常温下行动脉导管未闭结扎患儿术后硬膜外自控镇痛
3.
The observation group received surgery on beating heart with normothermia and the control group received operation on arrested heart with moderate hypothermia CPB.
目的探讨常温体外循环(CPB)心脏不停跳手术对血清肿瘤坏死因子α(TNF-α)含量的影响及意义。
参考词条
补充资料:常温固化型缩水甘油酯
分子式:
CAS号:

性质:可在室温固化的缩水甘油酯型环氧树脂。常用室温固化剂为酸酐,而不能像双酚A缩水甘油醚那样用脂肪族胺。采用常温固化剂虽然温度较低,操作方便,但固化物耐热性较差。改用高温固化剂可以得耐热性优良,机械强度好的固化物。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。