高热

As pure cullet possessed the best radiation condition, the highest heat losses occurred.

作为纯碎玻璃具有最佳的辐射条件下，最高热损失发生。

Results 4 cases were treated by thoracic close drainage as long term treatment; 6 cases were cured with exclusive thoracic close drainage; 123 cases of bronchopleural fistula were treated with decortication or thoracoplasty after their symptoms of ardent fever, cough and expectoration vanished due to drainage ; 23 cases of hronchopleural fistula were treated with thoracic close drainage, cleaning up focus of infectionrestoring fistulae-splanchnic wall decortication and repeated chest drainage ,4 cases were cured and the extent of operation and thoracic deformity in 19 cases were diminished.

结果 4例不能耐受进一步手术者采用闭式引流术作为永久性的治疗；6例单纯引流治愈；123例因支气管胸膜瘘等经引流后高热、咳嗽、咳痰等症状消失，择期行胸膜纤维板剥脱术或胸廓成形术；23例合并支气管胸膜瘘拟行胸廓成形术的患者，经引流、病灶清除-瘘修补-脏层纤维板剥脱术、再引流，4例治愈，19例减小了手术范围及胸廓畸形的程度。

The distribution of temperature stress was calculated by finite element analysis. The results showed when the surface temperature of concrete was higher than 110℃, the temperature stress was more than 4 MPa without regard to the creep. This might be lead to the damage of the surface of concrete. At the same time, a lot of microstructure analysiss such as XRD, SEM, IR, HSA etc. were done to analysis the difference of the component and microstructre of concrete before and after corrosion. The results indicated that the decomposion of CSH gel and calcium hydroxide and the creation of dilatability calcium oxide were the internal reason of the deterioration of concrete in the corrosion form of high heat.

该文通过有限元方法计算了由于温度而产生的结构应力分布，计算结果表明当混凝土表面温度超过110℃时，如不考虑徐变时表层混凝土受到的温度应力将超过4MPa，这使得表层混凝土很容易因温度应力而破坏；同时通过X射线衍射分析、扫描电子显微分析和混凝土孔结构分析等多种微观结构测试手段，分析了混凝土受热前后的宏观性能以及微观组成和结构的变化，指出混凝土原水化产物如水化硅酸钙凝胶和氢氧化钙的分解以及膨胀性产物氧化钙的产生是高热腐蚀形式下混凝土破坏的内在原因。

SiC is a very promising material for high temperature, high power, high frequency, and radiation application because of its superior properties such as wide band gap, high critical breakdown field, high thermal conductivity and high saturation electron drift velocity.

SiC材料具有宽禁带、高临界击穿电场、高热导率、高载流子饱和漂移速度等优良特性，这些特性决定了它在高温、大功率、高频和抗辐照等方面的有着广泛的应用前景。

Hyperpyrexia, eclampsia and malnutrition were also the causes.

高热惊厥、营养不良等在农村也占有重要地位。

These materials have excellent chemical and thermal stability, high melting point, high thermal conductivity, high breakdown voltage and large carrier mobility rate especially the smaller electron affinity and potential or even a negative electron affinity, and the situation has greatly reduced the market launch of the threshold voltage, therefore, Field emission of such material will have a very vast potential for development and application prospects.

这些材料具有良好的化学与热稳定性、高熔点、高热导率、高击穿电压及大的载流子迁移率，特别是较小的电子亲和势甚至是负的电子亲和势，大大降低了场发射的阈值电压，因此，这类场发射材料将有着极为广阔的发展潜力及应用前景。

Methods One hundred cases of tsutsugamushi disease were treated with nine aspects including insect isolation,illness observation,mental nursing,febrile nursing,eschar and ulcer nursing,rash nursing,complication nursing,diet nursing and health education.

对100例恙虫病患者采取昆虫隔离、病情观察、心理护理、高热护理、焦痂及溃疡护理、皮疹的护理、并发症的护理、饮食护理及健康教育。

I also think that as measles exanthema, but in the high fever before the rash you should also pay attention to, because some children febrile seizures occur, that is, the ventilation, as if to a child's brain development have an impact, you have to carefully observe yo!

我也觉得象幼儿急疹，但是在疹子出来之前的高烧你也要注意，因为有的孩子会发生高热惊厥，就是抽风，那样的话对孩子的大脑发育会有影响，你要仔细观察哟！

Parents anxious about the rash characteristic of early childhood, the child will feel anxious not horrible rash, when the 6 months to 2-year-old children have a high fever of unknown causes, it is necessary to think of the possibility of measles exanthema.

家长了解了小宝宝急疹的特点后，就会觉得小宝宝急疹并不可怕，当6个月至2岁的宝宝有不明原因的高热时，要想到有小宝宝急疹的可能性。

The ice flaker evaporator processed from special alloy with lightness and high heat conduction efficient approximating that of Aluminum.

l 高热导系数的合金材料，几可达到铝的传热效能

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。