Temperature distribution of MHP is uniform and its amplitude depends on pressure.
微热板区域温度分布较均匀，温度大小受气压影响较大；
In Europe, the Multimedia Home Platform (MHP) specification based on DVB has begun to be put into business test.
在欧洲，基于DVB制式的多媒体家用平台(MHP)规范已经进入商业测试阶段。
The OH radical initiated degradation of ethane was possibly one of the main sources of H2O2, MHP and EHP in the troposphere.
OH自由基引发的乙烷降解反应可能是对流层大气h 2 O 2,MHP及EHP的重要来源之一。
The object of ETSI to define the MHP standard is to make the digital TV become the platform of home multimedia entertainment.
欧洲电信标准委员会（ETSI）制定MHP标准的目标之一，就是要让数字电视接收机成为家庭的多媒体娱乐平台。
Program producing, arranging, and scheduling based on MHP norm are important parts of the current TV program producing and scheduling platform.
基于MHP规范的节目制作、编排和调度式播控是当前电视节目制播平台的重要组成部分。
The results show that heat loss of MHP is mainly determined by gas conduction in high pressure range, while conduction through the supporting beams dominates in low pressure range.
分析结果显示，气压较高时微热板传热以气体导热为主，而气压较低时以支撑桥导热为主；
The effects of dimensions of MHP, gas gap, and supporting beams on fabrication and working performance of the sensor are analyzed, and a new sensor structure with unequal beams is designed.
分析了微热板各层薄膜厚度、微热板下气隙高度、支撑桥尺寸、微热板面积大小对传感器加工、工作性能的影响，并结合实际工艺条件设计了一种采用不同支撑桥尺寸的传感器结构。
The effects of dimensions of MHP, gas gap, and supporting beams on fabrication and working performance of the sensor are analyzed, and a new sensor structure with unequal beams is designed.
分析了微热板各层薄膜厚度、微热板下气隙高度、支撑桥尺寸、微热板面积大小对传感器加工、工作性能的影响，并结合实际工艺条件设计了一种采用不同支撑桥尺寸的传感器结构。
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