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Thermaflex-Isolierprodukte GmbH offers you more Offers on Isolating devices, Pipe insulation.
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公司提供大量的管道绝缘和管材绝缘。 |
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Thermal analysis result was imported into structural model and point-point contact elements were used to simulate contact state of different material, and displacement and stress field of nozzle was calculated under thermal loading and working pressure.
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导入温度场分析结果，并用点－点接触单元模拟不同材料之间的接触状态，计算了温度和压力载荷联合作用下喷管的位移场和应力场。 |
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Thermal decomposition of ferrous oxalate dihydrate was investigated using in situ X-ray diffraction (XRD) analysis and thermogravimetry in static self-generated air.
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摘要用原位XRD技术和热重法分析了二水草酸亚铁的热分解过程，并进行了动力学研究。 |
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Thermal deposits mainly formed during middle-late Yanshanian age, related to extension structure, with main mineralization in Qingfeng competent deformation zone, western Shennongjia fault arch, northern Huangling fault arch, Xianfeng anticline of Enshi p
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热液型铅锌矿床主要形成燕山中晚期，与滑脱拆离构造密切相关，矿化主要集中于青峰强变形带、神农架断穹西部、黄陵断穹北部、恩施褶皱束咸丰背斜、长阳褶皱束走马坪背斜中。 |
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Thermal emission polarization detection is a very good approach to identify metal target from the background.
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摘要热红外偏振探测有利于从背景中识别金属目标。 |
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Thermal lens spectrometry is a photothermal technique developed in 1980s.
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摘要激光热透镜光谱法是20世纪80年代发展起来的一种光热光谱分析技术。 |
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Thermal models show that even if the asteroids assembled immediately after the formation of the chondrules, 26Al heating would have raised temperatures in the interiors of ordinary-chondrite bodies to a maximum of 1,100 degrees C—high enough to cause melt
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热模型显示，即使小行星在球粒形成之后立刻聚合，铝26的加热最多也只能将普通球粒陨石内的温度提高到1100℃，虽可使金属和硫化物熔化，但并不足以将矽酸盐矿物大量熔化并造成小行星各层分异。 |
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Thermal tests, small signal tests, and stress analysis test.
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电源模块热、小信号、应力分析测试。 |
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Thermal treatment at 330℃ results in a partial removal of the template.
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将该复合物加热至330℃时，部分分子模板被消除。 |
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Thermal-plastic rubber of PU material + rubber desilt strips are adopted as the surface material, which are featured by non-skid, resistance to wear, and dust removal etc., and thus could ensure clean indoor environment, and reduce the wear rate of marble
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面料采用热塑性橡胶PU材质+橡胶除泥条结合具有防滑、耐磨、除尘等性能，从而保证了室内环境清洁和减少大理石的磨损率。 |
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Thermal-plastic rubber of PU material is adopted as the surface material, which could be used within the scope of -70℃ and +150℃, and is featured by non-skid, waterproof, desilting, and snow removal etc., and thus could ensures clean indoor environment.
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面料采用热塑性橡胶PU材质，可在-70°至+150°范围内方可使用，具有防滑、防水、除泥、除雪等性能，从而保证了室内环境清洁。 |
