After compared with the uncooled pyroelectric thermal imager, the bolometer thermal imager owns the better performance. 首先与非制冷热电热像仪进行了比较,指出测辐射热计热成像的优势。
Integrated optical bolometer for radiatio Physics studies mechanics, heat, light, sound and electricity. 集成光学辐射热测量计物理学研究力学、热学、光学、声学和电学。
R D and Application of Dual-tube Dual-tube Sheet Heat Exchanger conduction cooling bolometer 双冷却管双管板换热器的研发及其应用导热冷却测辐射热计
Air tube cooler conduction cooling bolometer 管状空气辐射冷却器
The heat sources of the greenhouse are heat exehange and thermal radiation. conduction loss bolometer 温室的热源来自:热传导、辐射。导热损耗测辐射热计
Numerical Study of Flow and Heat Transfer in the Transition Section Combining the Gasifier with the Radiant Syngas Cooler conduction loss bolometer 气化炉与辐射锅炉接口的传热流动数值模拟导热损耗测辐射热计
Integrated far-ultrared electric-heat tube integrated optical bolometer for radiatio 集成式远红外电热管集成光学辐射热测量计
Semiconductor radiation sensitive element metal element strip bolometer 金属元件测辐射热计
Numerical Analysis of Multi-Layer Insulation Foils ′ Thermal Resistance ′ s Influence on Thermal Conductivity metal element strip bolometer 金属多层隔热结构反射屏热阻对传热性能影响数值分析金属元件测辐射热计
We use the thermal sensing circuit to replace the special material in antenna coupled bolometer in other process which the CMOS process does not provide. 会使用温测电路的原因为CMOS制程并没有其他制程的天线耦合辐射热计所需要的特殊材料。
The Realization of IR Measuring Temperatures System of Unclosed Micro bolometer 非致冷微测辐射热计红外测温系统及实现
The status of the focal plane array of non-cooled bolometer 非制冷测辐射热计焦平面列阵现状
Analysis of the simulation result attests that the thermal isolation structure is important in the design of a bolometer detector thus endorsing the present work. 仿真结果分析证明了热绝缘结构在探测器设计中是占有重要地位的,同时说明本文所做工作是有意义的。
Fabrication for High T_c Superconducting Infrared Bolometer of 1 × 8 Elements Linear Array 1×8元线阵高Tc超导红外探测器研制
Radiation loss and neutral flux loss in HT& 6B TOKAMAK have been measured by means of the bolometer. 用它在HT&6B托卡马克上作了等离子体辐射和粒子损失测量。
Measurement of the Inductive Component of Bolometer 测热电阻电感分量的测量
By computing chiefly the temperature field on the sensitive film of the detector, the influence of different sizes of detector constructions upon some performance parameters is analyzed to optimize the design of a bolometer detector. 主要通过对探测器敏感层温度场的计算,考虑探测器结构尺寸对其性能参数的影响,起到优化设计的作用。
If the correction factors of the attenuator and the bolometer are used, the upper limit of the frequency can be extended to 1 GHz. 如果应用修正系数,则工作频率可扩展到1GHz。
The paper describes an apparatus, bolometer and system for measuring the specific heat of small samples above liquid nitrogen temperature using relaxation calorimetry. 本文介绍一种用弛豫方法测量液氮温度以上小样品比热的装置、微型量热器和测量系统。
Characterization of uncooled vo_2-based thin films bolometer 基于VO2薄膜非致冷红外探测器性能研究
The temperature distribution on an uncooled infrared bolometer detector is computed using the finite element numerical method. The introduced model can simulate both the steady state and the transient temperature field of the top surface of the thermal sensitive layer on a bolometer detector. 本文主要介绍用有限元数值分析的方法对非致冷红外测辐射热计探测器的温度分布进行计算,其有限元模型可以对测辐射热计探测器热敏层表面的稳态和瞬态温度场进行仿真。
Study on Semiconducting Y_1Ba_2Cu_3O_ ( 7-x) Film for Bolometer at Room Temperature 室温下Y1Ba2Cu3O(7-x)半导体薄膜的测辐射热计的研究
Thermal and Optical Analysis of Amorphous Silicon Micro-Bolometer 非晶硅微测辐射热计热学和光学分析
NON-COMPACT FLOW Simple Mathematic Model of Bolometer 非致冷测辐射热计的数学模型
The heat detectors can be used to detect the FIR light, such as bolometer and pyroelectric, but they have long response time and high prices. 远红外/THz波段常用的探测器是热敏探测器,如测辐射热仪和焦热电探测器,但它们往往具有较长的响应时间,而且价格高昂。
Uncooled infrared ( IR) bolometer based on thermistor is a dominant low-cost uncooled thermal infrared detector, which has attached more and more attention by researchers around the world in recent years. 基于热敏电阻的非制冷红外微测辐射热计是目前主流的低成本非制冷红外热探测器之一,近年来越来越受到各国研究者的关注。
Bolometer performance has been improved by micromachining technology-the preparation and integration of high temperature coefficient of resistance ( TCR) VOx, nitrogen-doped vanadium oxide and gold black of high infrared absorption, respectively. 通过制备具有高电阻温度系数(TCR)的氧化钒薄膜、掺氮氧化钒薄膜和黑金吸收层并利用微加工技术手段分别将它们集成在探测器上,提高了微测辐射热计的性能。