红外辐射源

介质温度均衡红外辐射源的研究设计

A Design and Study of the Balance of Temperature by Medium of Infrared Origin

满足烟幕透过率测量的红外辐射源设计

Designing of Infrared Radiant Source

荔枝在不同红外辐射源下真空干燥优化试验

Optimization Test of Litchi Vacuum Drying under Different Infrared Radiation Sources

固定单站对机动红外辐射源的无源定位研究

Single Passive Location and Tracking Theory for Maneuvering Infrared Emitter

喷气动力装置的红外辐射源及其抑制

Infrared sources of jet propulsion system and their suppression

人体是一个天然的红外辐射源。

The human body is a national infrared source .

标准红外辐射源的设计和制做方法

A Method for Designing and Making Standard Infrared Source

红外辐射源标是红外系统性能测试的重要设备。

Infrared radiant target is the important equipment of performance test for infrared system .

低背景红外辐射源校准技术

Calibration technology for low background infrared radiation sources

红外辐射源伪距测量定位方法

Infrared emitter location method using pseudo-range measurements

本文分析喷气动力装置的红外辐射源，并讨论抑制红外辐射的技术途径。

Infrared sources of jet propulsion systems were analyzed and their suppression techniques were discussed in this paper .

中红外辐射源在遥感、光谱分析、工业过程控制、光生物学、光化学、军事等方面有着极其重要的应用。

Mid-infrared laser source is of great interest for paramount applications from remote sensing and special analysis to industrial process control , photobiology , photochemistry , military and so on .

对地球大气系统作为背景红外辐射源的辐射特性及其理论模型进行了全面研究，并考虑了地域纬度、季节、气候、红外临边昏暗效应、极光和大气辉光等因素的影响。

As infrared background sources , radiation properties of the earth atmosphere system and the corresponding theoretical models are studied . The influences of region latitude , season , climate , aurora , airglow and the limb darkening effects have all been considered .

同时对红外辐射源的关键制备工艺进行研究：设计具有良好密封性的腐蚀夹具，并且采用干法与湿法刻蚀相结合的工艺，实现支撑层结构精确释放。

At the same time , the key process in the preparation of the infrared radiation source was study : The corrosion fixture with good sealing has been designed , the supporting structure was released by use of a combination of dry and wet etching process .

对复杂地背景的辐射特征和主要空中攻击目标军用喷气战机的目标红外辐射源类型作了分析，研究了红外目标特征的提取方法和算法。

It analyzes the radiation signature of clutter earth backgrounds , and gives the comprehensive analysis of the target IR radiation signature types of military jet fighter as the mainly attacked target for air-to-air missile . Also it discusses the extraction and algorithm for target IR signature .

红外标准辐射源特性的蒙特&卡罗解

Monte-Carlo solutions for infrared standard radiation sources

本文的主要研究对象是常温面源黑体，它作为一种红外标准辐射源广泛的应用于社会生产生活的各个领域。

This paper mainly studies normal temperature surface blackbody which has been used widely in various fields .

太赫兹辐射是一种新型的远红外相干辐射源，近年来在不同的研究领域得到了广泛的应用。

Terahertz radiation is a newly developed coherent far infrared source , which has been applied in many research fields .

一种新型近红外脉冲强光辐射源的探索

Study on a New Type of Strong Pulsed IR Source

红外脉冲强光辐射源中电爆丝爆炸机理研究

Study on Blasting Mechanism of Exploding Wires Used for a New Type of Strong Pulsed IR Source

对解决坦克红外特征信号控制总体及主要红外辐射源抑制技术研究有较高的参考价值。

This paper has higher reference value for solving the collectivity of tank 's infrared characteristic signal control and restrain technology research of main infrared irradiation source .

定性分析了影响舰艇红外辐射特性的主要因素及其主要的红外辐射源。

The factors of affecting the IR radiation characters and primary IR radiation sources of naval ship were analyzed .

试验研究了红外辐射主波长、红外辐射强度、红外辐射源与浆纱间距离对浆纱干燥速率的影响规律。

The influence regularity on drying speed of sized yarn of some main factors such as infrared ray 's main wavelength , intensity of infrared radiation and the distance between infrared emitter and sized yarn is studied by experiment .

采用该技术组成的二维红外阵列检测系统可以抵抗直流红外辐射干扰以及相邻红外辐射源的干扰，从而使得采用高密度红外列阵的高精度检测成为可能。

The detecting system of this technique can resist the DC and the adjacent infrared radiation , there for the accurate infrared detecting is possible .

分析了舰船红外辐射的来源及其物理特性，估算了舰船各红外辐射源的相对强度，研究了舰船红外辐射的控制策略，探讨了舰船红外辐射控制的发展趋势。

The IR radiation sources and their physical characters on naval ship were analyzed , the relative intensity of the IR radiation sources was evaluated , the control strategies for the IR radiation were studied , and the developing trend of the control for the IR radiation was discussed .