Low temperature infrared emission detecting instrument 低温红外线发射探测仪温度&电导率测量仪
A strong independent programmable IR infrared emission mouth, made of infrared device control codes, built-in infrared learning function. 强大的独立可编程IR红外发射口,对红外设备进行发码控制,内置红外学习功能。
The Study on the Erbium-doped Borosilicate Glasses Exhibiting Broadband Infrared Emission 具有宽带红外发射的掺铒硼硅玻璃的研究
The infrared emission from the Cat's Eye is generated by a variety of elements and molecules. 猫眼星云的红外辐射由各种分子和原子产生。
Low temperature infrared emission detecting instrument cadmium-telluride high temperature infrared fire detector 低温红外线发射探测仪碲化镉高温红外火情探测器
Dynamic Simulating Hot Box Test for Infrared Hot Box Detector on Freight Car low temperature infrared emission detecting instrument 货车红外线轴温探测器现车动态模拟热轴试验
Photodissociation Dynamics of tert-Butyl Nitrite Investigated by Time-Resolved Fourier Transform Infrared Emission Spectroscopy 时间分辨傅立叶变换红外发射光谱技术研究叔丁基亚硝酸酯的光解动力学
Besides, the vehicle seat with heating function takes advantage of heat energy of the electric heating layer so as to accelerate the infrared emission of the infrared magnets. 再者,本实用新型利用电热线的热能,以加速使得红外线磁石散发红外线。
Study on Flame Temperature Measurement by Infrared Emission Absorption CT Technology 红外吸收CT测温技术研究
Infrared Emission Spectrum Measurement Using FT-IR Spectrometer 用傅里叶光谱仪测量红外发射光谱可能性研究
Study of the origin of infrared emission in GaAlAs DH red led's 镓铝砷双异质结红光二极管中红外辐射起因的研究
Infrared emission of the overloaded metals during the fatigue process 金属过载荷疲劳过程中的红外发射
The Research on Infrared Emission Performance of Mg/ PTFE Infrared Composition 镁/聚四氟乙烯红外诱饵剂的红外辐射性能研究
Our infrared emission spectroscopy technology has been shown to be an effective method for analyzing chemical change in friction process. 实验证明,红外发射光谱技术可作为原位观测摩擦过程中化学变化的有效手段。
The design, analysis and calculation of instrument machine structure, the circuit of infrared emission and receival, the design of direction detection and signal processing circuit, the oil level signal collection, processing, and display are finished in mis article. 本文重点完成了磁式光纤液位探测器机械结构的设计、分析和计算,红外光发射与接收电路、倍频辨向电路和信号调理电路的设计,以及液位信号的采集、处理和显示的设计。
Starting from the infrared emission spectra of the indoor high-temperature gas measured by Fourier-transform infra-red ( FTIR) spectrometer, the geometric parameters of the gas radiation source were optimized. 从用傅里叶变换红外光谱仪(FTIR)测量室内高温气体的红外发射光谱出发,对气体辐射源的几何参数进行了优化设计。
Infrared emission measurement about molecular of gas and AI foil surface 气体分子和铝箔表面分子的红外辐射光谱测量
The infrared emission spectra of methane and its dissociation products in plasma space were measured. Methane decomposition and C_2 hydrocarbons formation as well as H and CH free radical in plasma space were observed and researched. 测量了甲烷及其在直流放电等离子体中的分解产物的发射光谱,研究了甲烷的分解过程及碳二烃的形成过程,考察了甲烷在等离子体中的分解产物H及CH自由基。
And finally, the paper studied the infrared emission characteristic of the tourmaline. 最后研究了电气石的红外发射特性。
The Progress of the Atmospheric Infrared Emission Models and Practical Codes 大气红外辐射模型与实用算法的研究进展
Measurement Technique of Infrared Emission Spectrum 红外发射光谱测试技术
The infrared emission of the complex is mainly caused by thermal equilibrium emission of standard dust grains. 红外发射主要起源于标准尘埃粒子的热平衡发射。
Infrared emission spectroscopy study on molecule structure of lubricant and mechanism of lubricant action 润滑剂分子结构及其润滑作用机理的红外发射光谱研究
The infrared emission properties of a composite ceramic film of half-inorganic polymer with micro-particles of Mn-Ee-Co-Cu ceramic substrate are studied. 研究了Mn-Fe-Co-Cu陶瓷基上的一种含微粒子的半无机高聚物复合陶瓷膜的红外辐射特性。
This paper made research on the infrared emission performance of polyvinyl alcohol film with the adding of nanometer TiO 2 powder. 通过将纳米TiO2粒子添加入聚乙烯醇薄膜进行远红外发射性能测试,研究了纳米TiO2粒子含量对纺丝纤维远红外发射性能的影响。
Some infrared emission sources such as BB flyer and motorbicycle engine plumes, have been studied in the emission and/ or the absorption mode by using remote-sensing measurement. 以遥感发射和/或吸收测量方式,对某些红外源,如飞行器和摩托车尾气等进行了研究。
Measurement of Infrared Emission Characteristic of Solid Surface 固体壁面红外辐射特性的研究
Due to the quantum size effect, semiconductor quantum dot nanocrystals can be used to adjust the wavelength of the luminescence center for broadband infrared emission. 半导体量子点可利用量子尺寸效应,具有可调节红外宽带发光中心波长等特点。
The infrared emission performance of the textiles can be improved with the adding of ceramic powder. 将陶瓷微粉添加入纺丝纤维可以提高织物的远红外发射性能。
The pulsatory current driven mode have the advantages like far detection range, strong anti-interference, greatly dropped power dissipation of infrared emission tube over traditional mean current driven mode. 脉动电流驱动方式较传统的平均电流驱动方式有探测距离远、抗干扰性强和大大降低红外发射管功耗等优点。