体温,Body temperature
1)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
英文短句/例句

1.No. My temperature is all right.不发烧。体温正常。
2.A condition of normal body temperature.正常体温体温正常的状况
3.Abnormally low body temperature.体温过低不正常地低的体温
4.Having a temperature lower than normal body temperature.低体温的比正常体温低的
5.The doctor takes his temperature with a thermometer.医生用体温计给他测体温
6.Let me take your temperature with a thermometer.让我拿体温计来量一下你的体温
7.The nurse used a thermometer in order that she might take his temperature .护士使用体温表来量他的体温
8.The nurse used a thermometer in order that she may take his temperature.护士使用体温表来量他的体温
9.It is obvious that the gas thermometer should be able to measure as well as define temperature.显然,气体温度计既能定义温度,也能测量温度。
10.An organism that generates heat to maintain its body temperature, typically above the temperature of its surroundings;a homeotherm.恒温动物能产生热量维持体温的生物体,其体温典型高于其周围环境的温度;温血动物
11.N: Hypothermia means a subnomal body temperature.护士:"体温过低"是指低于正常低温。
12.The child's temperature is above normal.那个小孩的体温高於常温。
13.The thermometer shows his temperature to be quite high.温度计显示他的体温很高。
14.High-temperature detecting system based on ARM基于ARM的高温气体温度测试系统
15.Research progress on temperature holding nursing care of patients with perioperative hypothermia围术期低体温病人保温护理研究进展
16.He coughed; his temperature was a little up.他咳嗽,体温也有点高。
17.Let's have a look at the thermometer.咱们来看看体温表。
18.In short, heat flows from the warmer to the cooler body.总之,热总是从高温物体流向低温物体。
相关短句/例句

temperature[英]['tempr?t??(r)][美]['t?mpr?t??]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
3)human body temperature人体体温
1.The compressive mechanical properties of ultra high molecular weight polyethylene(UHMWPE) were tested at the simulating human body temperatures and room temperature respectively.模拟人体体温下对超高分子量聚乙烯(UHMWPE)人工髋臼材料进行了压缩力学性能的试验研究,并与室温下的试验结果进行了对比。
2.The experiments of the compressively mechanical properties of ultra high molecular weight polyethylene (PE-UHMW) were carried out under the simulated human body temperatures and the variable loads in human walking cycle.模拟人体体温和人体正常步行周期变载荷情况下对超高相对分子质量聚乙烯(PE-UHMW)人工髋臼进行了压缩力学性能的试验研究,并与室温下的试验结果进行了对比。
4)clinical thermometer体温表,体温计
5)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。
6)greenhouse gas温室气体
1.Experimental study on the absorbability of greenhouse gases by gas-bags made of Aluminum foil composite film;铝箔复合膜气袋对温室气体吸附性的试验研究
2.Diurnal variations of fluxes of the greenhouse gases from a coniferous and broad-leaved mixed forest soil in Dinghushan;鼎湖山针阔叶混交林地表温室气体排放的日变化
3.Effects of the development of steam power generation in Hubei Province on the emission of greenhouse gases;湖北火电发展对温室气体排放的影响研究
延伸阅读

体温  动物机体热量强度的量度。常用体温计来测量,是兽医临床上诊断疾病的一个指标。不同家畜各有一定的正常体温范围(见表)。      体温可因家畜的品种、年龄、性别以及不同的环境条件而有变化。如幼畜较成年家畜、公畜较母畜的体温略高;母畜体温在发情和妊娠时有所升高,排卵时则降低。一昼夜中,一般白天的体温较高,并以午后为最高,早晨最低。牛的昼夜体温变化约为0.5℃,放牧绵羊可达1℃。光照可增加机体新陈代谢(动物)活动,而使体温升高。家畜采食后体温可升高0.2~1℃,并保持2~5小时之久。使役时体温上升,如马疾驰时体温可高达40~41.5℃。在昼夜气温变化比较剧烈的季节和地区,体温变化往往与外界气温变化平行。    体温的相对稳定是靠机体的产热和散热两个过程取得动态平衡而实现的。机体的热量来自体内新陈代谢过程中的生物化学反应。化学反应不断进行,热量也持续产生。产热最多的器官是肌肉和腺体。饲料在消化道内发酵,也产生大量热能。机体在产热的同时,又以各种方式将这些热量散失到体外。除小部分热量随呼吸和排尿、排粪等生理过程而散失外,机体的主要散热部位是皮肤。散热方式主要有辐射、传导、对流及蒸发等。据测定在一般情况下,奶牛的散热总量的75%左右由辐射散失,10%左右由对流及传导散失,其余15%左右由蒸发散失。环境温度高低对散热方式具有影响。高气温时,以辐射、传导和对流方式通过皮肤散发的热量增加;当环境温度接近体温时,蒸发方式的散热量占有重要地位,并伴有出汗和呼吸频率加快等现象。不同家畜的解剖结构和生理功能不同,因而其和散热途径和耐热性能也不相同。水牛和黄牛相比,前者汗腺不发达,仅为后者的1/6 ,因而散热功能较差,常借泡水散热。绵羊的毛皮有绝热作用,因而对高温有较强的耐受力。猪的汗腺不发达,故散热困难,不耐高温。犬由于汗腺不发达,高温时常见伸舌口外,借喘气散热。禽类无汗腺,也主要靠喘气散热。马则有非常发达的汗腺,是它散热的主要途径。骆驼的正常体温幅度特别大,既能耐热,又耐寒冷,很少热性喘息。    体温调节因中枢神经系统内具有一种完整的负反馈控制系统而得以进行。中枢的和周围的温度感受器,特别是皮肤,会启动电冲动沿神经向上传导到脑的中枢神经。如来自热感受器的信息比冷的占有优势,则散热机制增强,皮肤血流量增大,呈现出汗和喘息;反之,则产热机制增强,出现血管收缩和毛发蓬松等现象,有利于贮存空气,加强绝热。颤抖和其他类似的代谢活动可以增加产热。遇有难受的环境温度时,家畜常会自行找寻遮荫处避免日晒,或采取蜷缩、伸展四肢、相互偎依等身体姿势以防止体温升高或求保暖。这种现象常被称为行为性调节。