Thermal-probe is a unilateral heat transfer set.
热棒是一种高效的单向自传导传热装置。
The heat exchanged between the probe of constant temperature thermal flowmeter and the flow correlates not only with the mass flux but also with the flow temperature.
恒温型热式流量计加热探头与被测介质之间交换的热量不仅与质量流量有关还与被测介质的温度有关。
This paper introduces a new method for measuring the thermal conductivity of microgranular, powder materials with a probe.
介绍一种用探针技术测定微粒、粉末材料热导率的新方法。
The probe method for measuring the thermal conductivity of multifunction material hollow glassy microsphere is presented.
介绍了一种用探针法测定多功能新材料空心玻璃微球热导率的方法。
Based on the theory of MBS, presenting the comprehensive errors model consisting of offset probe errors, geometric errors, screw thermal error and spindle error.
以多体系统理论(MBS)为基础，建立了包含测头误差、机床几何误差、丝杠和主轴热误差的综合误差补偿模型。
But, the thermal probe subgrade can give rise to cracks both in warm and cold seasons.
但是，热棒路基在暖季和寒季均有裂缝产生。
The probe of typical steels has specific features in measurement, material, thermal couple arrangement, etc.
常用钢热探头在尺寸、材料、热电偶布置等方面不同于以往的评价方法中使用的热探头。
Three-dimensional atom probe (3dap) and thermal aged method were used to characterize precipitation of Cu-rich clusters in pressure vessel model steel.
用三维原子探针(3dap)和热时效处理方法研究压力容器模拟钢中富铜原子团簇的析出过程。
Some of the novel temperature transducers which meet the thermal potential of thermocouples, e. g. the infrared temperature probe and compound armored thermocouple are introduced.
介绍了符合热电偶热电势的红外测温探头、复合管型铠装热电偶等新型温度传感器。
The purpose of this paper is to probe into the impact of the bending angle of heat pipe on its thermal performance.
本文之主要研究目的为探讨热管弯曲角度其热传性能的影响。
Thermal probe method is used to determine thermal conductivity of fish, pig muscle, beef and fat in low temperature.
本文用探针法对低温下鱼肉、猪瘦肉、牛肉和脂肪的导热系数进行了测量研究。
According to heat transfer analysis, the thermal properties and the size of the base bar are the main factors of the effect on thermal response of the probe.
经试验和传热学分析结果，影响传感器热响应的最大因素是基底的热物性和尺寸。
Moreover, the test result by thermal probe showed the weak N-type conductivity of the film.
同时，热探针测试发现：薄膜的导电类型为弱N型。
Moreover, the test result by thermal probe showed the weak N-type conductivity of the film.
同时，热探针测试发现：薄膜的导电类型为弱N型。
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