1)  Temperature-sensitive
体温敏感
2)  In situ thermosensitive gel
体温敏感凝胶
1.
In situ thermosensitive gels refer to the polymer solutions can be administrated as liquid , which undergo a phase transition to a non-crosslinked semisolid gel upon exposure to physiological enviroments.
体温敏感凝胶(in situ thermosensitive gel)是指以溶液状态给药后立即在用药部位发生相转变,形成非化学交联的半固体制剂。
3)  temperature
体温
1.
The body's temperature effect on microcirculation in tongue;
体温变化对舌体微循环的影响
2.
Influence of Different Premedication on Heart Rate,Blood Pressure,Body Temperature and Thirstiness;
不同术前给药方案对心率、血压、体温及口干的影响
3.
Effects of general anesthesia and epidural anesthesia on temperature and oxygen uptake;
硬膜外和全麻期间体温变化对氧摄取量的影响
4)  Body temperature
体温
1.
Body temperature and bacteriological changes in the pigs with intestinal perforations due to abdominal firearm wound;
猪腹部火器伤肠穿孔后细菌学及体温的变化
2.
The Monitoring and Nursing Countermeasures on the Body Temperature Changes among Patients Undergoing Trans-urethral Resection of Prostate;
经尿道前列腺电切患者术中体温变化的观察及护理对策
3.
Influence of Heated Transfusion on the Body Temperature and Bleeding of Patients Undergoing Radical Operation of Gastric Carcinoma.;
加温输液对胃癌根治患者术中体温及失血量的影响
5)  clinical thermometer
体温表,体温计
6)  melt temperature
熔体温度
1.
Prediction of Injection Pressure and Melt Temperature of Injection Molding by Radial Basis Function Network;
基于神经网络技术的注塑成型注射压力和熔体温度预测
2.
Effects of Melt Temperature on Solidified Structure of Sn-Sb Peritectic Alloy in Ultrasonic Field;
超声场下熔体温度对SnSb合金凝固组织的影响
3.
The stress distribution of polycarbonate injection molded parts is tested by the photo-elastic experiment under different gate type and different melt temperature,and the tensile strength and luminous transmittance are tested.
用光弹实验测试不同浇口类型、不同熔体温度下聚碳酸酯透明注塑制品的应力分布,并测试了制品的拉伸强度和透光率。
参考词条
补充资料:体温过低或体温不升


体温过低或体温不升
hypothermia

小儿因饥饿、低热量、体弱处于少动状态或保暖条件不佳,体温低至35℃以下。小儿时期正常体温可波动于一定范围,短暂的体温波动,全身情况良好,又无自觉症状,可不考虑为病态。正常小儿腋下体温为36~37℃,春秋冬三季平均值上午36.6℃,下午36.7℃,夏季上午36.9~36.95℃,下午为37℃。喂奶或饭后、运动、哭闹、衣被过厚、室温过高均可使小儿体温暂时升高达37.5℃左右,甚至偶达38℃,尤其是新生儿或小婴儿更易受以上条件影响。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。