变热的

基本解释 (translations)

calescent

与变热的相关的网络例句 [注：此内容来源于网络，仅供参考]

Based on concept of U(1)-invariant adiabatic expansion we propose an invariant perturbation theory of quantum adiabatic process, furthermore, we obtain a new adiabatic condition.

我们提出了绝热轨道、绝热演化轨道及U(1)不变的绝热轨道和绝热演化轨道等概念，重申了绝热演化的含义。并在U(1)变换不变展开的基础上给出了绝热近似不变微扰理论新的绝热条件，并进一步得到了新的绝热条件。

A theoretical model is built to investigate the simulation of the infrared characteristic of the metal structure with the PCM false target.Structure parameters of the PCM false target that suit for the simulation are investigated numerically.According to the results,further request on the improvement of the thermal conductivity of PCM is presented.An experimental platform is built and the numerical model is validated experimentally.Three key thermal characteristic components of the false tank(barbette,wheel and front armor plate) are manufactured and tested,and good results are obtained.A method for the thermal conductivity enhancing of PCM by using aluminum fins is studied,the influence of the structure parameters of PCM plates to the simulation effects are investigated numerically,and the reasonable configuration parameters of the PCM plates used to simulate the steel plates of different thickness are obtained.In the study of the application of heat convection method in IR false target,a passive infrared simulation system is designed to simulate the infrared characteristic of metal constructions.The system is made up of pipe-plate,pump,receiver,and working fluid.

在相变材料应用于红外示假的研究中，通过数值模拟，研究确定了适用于制作假目标的相变材料各物性参数的范围，分析了相变材料制作假目标的可行性，并根据所得结果，选取石蜡为研究对象，建立了相变材料模拟金属构件红外特征的理论模型，研究了适用于模拟各金属构件红外特征的相变材料假目标的相关结构参数，得出了相变材料假目标模拟各金属构件红外特征的理论结果，并对相变材料的导热系数这一物性提出了进一步的改进要求；搭建了假目标实验平台，验证了所建理论模型的准确性；以坦克假目标为研究对象，制作了炮塔、负重轮和前上装甲板三个坦克假目标的关键红外热特征部件，并进行了野外实验，取得了较好的结果；以添加铝肋片作为改进相变材料导热能力的手段，理论研究了此类导热增强型相变材料的相关结构参数对模拟效果的影响，得出了模拟不同厚度钢板红外特征的导热增强型相变材料的结构参数及模拟效果。

The effect of Al on microstructure evolution of a hypereutectoid steel(0.97%C) during deformation of undercooled austenite was investigated by hot uniaxial compression tests.

利用Gleeble 1500热模拟试验机进行单轴热压缩实验，研究了合金元素Al对过共析钢缓冷相变和过冷奥氏体动态相变组织的影响。

Comparing with water, the optimal heat transfer enhancement is achieved near the critical micelle concentrations of surfactants. The degree of heat transfer enhancement is different with different surfactants and is influenced by solubility characteristic, ionic nature and chemical structure of surfactants. Boiling in surfactant solutions, when compared with that in water, is observed to be more vigorous with smaller-sized, more regularly shaped and faster departure frequency bubbles, but the surfactant solutions of Triton X-100 and Triton X-114 become cloudy for the cloud point of surfactants.

和水相比，表面活性剂强化池内核态沸腾换热的最佳浓度为临界胶束浓度；不同种类表面活性剂强化换热程度不同，它们与表面活性剂的溶解特性、离子类型和化学结构有关；溶液沸腾时，沸腾汽泡的脱离直径变小，脱离频率变快和更不易聚集，但非离子表面活性Triton X-100和Triton X-114由于存在浊点其沸腾溶液变浑浊。

The key points of research and development of latent heat storage are selection or compound of high effective phase change materials, and enhancement of the heat transfer performance of storage systems.

研究和开发利用相变储热的关键是选择或合成高效的相变材料和增强相变储热系统的传热性能。

Secondly, organical composite thermal storage materials which takethe PNIPAAm gels as the carriers and the palmitic acid and the lauric acidmixture for phase change materials were Synthesized by radicalpolymerization ,and organical/inorganical composite materials which takeP(NIPAAm-co-AAm) gels as the carriers and the palmitic acid、thelauric acid and Na_2HPO_4·12H_2O mixture were also Synthesized byradical polymerization.

其次，本文采用自由基聚合法，合成了以PNIPAAm凝胶为载体，棕榈酸和月桂酸的混合物为相变材料有机复合相变蓄热材料；及P(NIPAAm-co-AAm)凝胶为载体，棕榈酸、月桂酸和Na_2HPO_4·12H_2O为相变材料的有机／无机复合相变蓄热材料，采用红外光谱、示差扫描量热法、热重分析、扫描电镜等手段对两种复合材料的结构及热性能进行了表征与分析，研究了有机酸和无机盐的百分含量对复合材料的相变温度和相变焓的影响。

Test your tube or other tube shaped materials you will use as an aerial winding former (not metal in the microwave for a minute (with a small glass of 11 September,2009 制作一个简单的 ISM 无线电频段的 2.425GHz 螺旋天线 water too) and make sure it doesn't get warm or hot.

检验你的管子或者你打算用来制作螺旋天线的其它原料的管子(非金属，放在微波炉里面几分钟。确保它不会变温或变热。

According to thermodynamic law of conservation of mass and energy and heat transfer theory, a group of differential equations on thermal balance of cover, thermal balance of indoor air, thermal balance of multi-layers of north wall, thermal balance of multi-layers of soil, thermal balance of multi-layers of north roof and thermal balance of plant were built.

该文建立了日光温室热环境模拟模型，定量描述了日光温室内的太阳辐射、对流换热、辐射换热、热传导、自然通风和水分相变带来的潜热对日光温室热环境的影响，根据质能平衡和传热学理论，得到一组关于覆盖物、室内空气、温室分层后墙、分层地面土壤、分层后坡和作物热平衡的微分方程组。

According to the test data, the charging time is reduced by 10%40%, and the discharging time is reduced by 10%-15% when the encapsulated stearic acid, sliced paraffin and lauric acid are used and arranged in the storage bed.

根据测试数据得到，与采用传统单一相变材料的储热系统相比，采用硬脂酸、石蜡和月桂酸三种相变材料的储热系统的储热时间减少10～40％，放热时间减少10～15％。

Warming tropical waters in the Coral Sea and the Gulf of Carpentaria spawn ever more powerful cyclones, while rainfall and heat records are broken every year.

珊瑚海和卡奔塔利亚湾的变热的热带海水，产生更加有力的龙卷风，降雨和热的记录年年在刷新。

与变热的相关的网络解释 [注：此内容来源于网络，仅供参考]

Beloved son：被宠爱的儿子. (beloved,深爱的,所深爱的人. )

The water gets hot. 水变热了. | Beloved son. 被宠爱的儿子. (beloved,深爱的,所深爱的人. ) | Affectionate mother. 满怀慈爱的母亲.

Beloved son：被宠爱的儿子

The water gets hot. 水变热了. | Beloved son. 被宠爱的儿子. | Affectionate mother. 满怀慈爱的母亲.

calefy：(使)发暖,变热

beefy 强壮的,结实的 | calefy (使)发暖,变热 | tepefy 使变温热

warmed-up：热身; 变暖; 重新煮热

warm-blooded 温血的; 热烈的 | warmed up 热身; 变暖; 重新煮热 | warmer 使热的人; 温热装置 (名)

calescent：变热的增温的

calescence | 渐增温 | calescent | 变热的增温的 | calf carcass | 小牛胴体

get hot：变热

get home 回家 | get hot 变热 | get ideas into one's hand 抱不切实际的想法

get hot：变热, 激动起来, 接近

get home 回家. | get hot 变热, 激动起来, 接近. | get hot under the collar [俚语]怒气冲冲的; 局促不安.

get hot under the collar：[俚语]怒气冲冲的; 局促不安

get hot 变热, 激动起来, 接近. | get hot under the collar [俚语]怒气冲冲的; 局促不安. | get ideas into one's hand 抱不切实际的想法.

dance to another tune：被迫改变原来的说话方式或行为方式,变得更好

cut the cheese 放屁 | dance to another tune 被迫改变原来的说话方式或行为方式,变得更好 | dog days 一年中最热的几天

enthalpies of combustion, reaction and formation：燃烧、反应和生成物的焓

8255K 示踪反应 tracer reactions | 8260C 燃烧、反应和生成物的焓 enthalpies of combustion, reaction and formation | 8260F 热容量和相变热 heat capacity and heats of phase transitions