热成像

救援队伍正利用热成像确定地震幸存者的位置。

Rescue teams are using thermal imaging to locate survivors of the earthquake .

一架警用直升机借助热成像设备找到了他。

He was found by a police helicopter using thermal imaging equipment .

光读出热成像芯片的优化设计与ANSYS模拟

Optimal Design and ANSYS Simulation for Optic-Readable Thermal Imaging Chip

基于FPGA的非制冷红外热成像系统

Uncooled Infrared Imaging System Based on FPGA

用红外热成像技术测量MEMS器件的热特性

Thermal characteristics measurement of MEMS devices using infrared thermography

一种新颖的基于MEMS技术的光读出热成像系统性能分析与制作

Design and fabrication of a novel optically readable thermal imaging system based on MEMS technology

基于MEMS技术的全光热成像芯片与系统的研制全光网络中的MEMS光开关

Study of All-Light Thermal Imaging Chip and System Based on MEMS Technology MEMS switch of AON

基于Vega的某凝视型红外热成像系统仿真研究

Research on Simulation of an Starring Thermal Infrared Imaging System Based on Vega

SPRITE探测器热成像系统的性能评价方法研究

Investigation on performance evaluation for thermal imaging system with SPRITE detector

8×2元SPRITE探测器对热成像系统性能改善的模拟分析

Simulation analysis on the improvement of the TIS performance by 8 × 2 element SPRITE detector

对当今主要的无创测温技术如超声温度检测技术、红外热成像技术、MRI温度检测技术等做了大量的调研，分析、总结这些技术的特点。

Having much research on non-invasive temperature field measurement technique , such as ultrasonics , infrared , MRI and so on , author have summarized and analyzed the characteristics of these techniques .

AgBr的尺寸及含量对PVA为粘合剂的光敏热成像材料的光敏性的影响

Effects of Grain Size and Content of AgBr on Sensitivity of PTG Materials Using PVA as a Hydrophilic Binder

热成像系统性能测量及ICTS的应用

Measurement techniques on performance of thermal imaging systems and application of ICTs

热成像系统MRTD测量的主、客观方法研究

Analysis of Subjective and Objective Methods for Measuring MRTD of Thermal Imaging System

运用红外热成像仪分别测量了不同质量的温压药剂和TNT爆炸火球的表面温度。

Using the infrared thermal image instrument , the blasting fireball ′ s temperature of thermobaric explosive with different mass and TNT were measured .

介绍基于SOPC设计非致冷红外焦平面热成像电路单元的方法，并对电路的结构进行了分析。

In this paper the designing principle of UFPA imaging circuit based on SOPC is discussed , and the structure of UFPA imaging circuit is analyzed .

为了能对红外热成像系统的性能进行准确的评价，必须对其MTF进行准确测试。

In order to accurately evaluate the performance of an infrared thermal imager , it is necessary to test its modulation transfer function ( MTF ) .

利用BST非致冷焦平面探测器在2～14μm的光谱响应特性，可实现双色热成像系统。

A dual colour thermal imaging system could be realized by use of the spectral response characteristic of BST uncooled FP detector at 2-14 μ m.

本文在介绍动态变形伪装原理的基础上，以TOW反坦克导弹携带的VTG120热成像导引头为例进行了计算分析，结果表明，动态变形伪装能够使坦克等目标的生存概率大大提高。

Based on the analysis of the dynamic distortion camouflage technology , the calculation was offered as for the VTG 120 thermal imaging guidance head equipped by the TOW anti-tank missile .

此外，作者利用TTM红外热成像技术对人体体表经脉腧穴的红外辐射特性及其时间节律性进行研究。

Based on these results , the TTM infrared thermal imaging was used to study the infrared radiant characteristic and its time rhythm .

提出了一种用于某热成像设备分子筛激活机中恒温炉温控系统的PID参数自整定控制算法，它基于PID参数的优化规律利用步进搜索的方法实现对PID参数的自动整定。

PID parameters self-adjusting control algorithm used for a constant furnace temperature control system in a molecular sieve activator of thermal imaging equipment is proposed . Based on the optimization rule for PID parameters , the algorithm automatically adjusts PID parameters by means of step searching .

随着FPA的广泛应用，采样效应对热成像系统的影响越来越突出，以致影响了采样热成像系统的评估和测试。

With the use of FPA , the influence of sampling effects on the thermal imaging systems is so evident that people have to modify the evaluation and testing of imaging systems .

通过对TOD参数测试理论的分析，探讨基于模糊模式识别的客观法红外热成像系统TOD测试的基本方法和硬件组成，给出实现客观法TOD测量的图像处理、特征提取和模糊综合评判方法。

The objective method based on fuzzy pattern recognition principle and TOD testing hardware are also discussed . At last , the image processing , the extraction of character and fuzzy pattern recognition are presented .

将红外CCD热成像测温技术应用到加热炉钢坯表面温度测量，以直接测得的表面温度作为建立钢坯模型的边界条件，并以传热学为基础，建立了加热炉钢坯温度场模型。

The infrared CCD thermal imaging temperature measurement technology is adopted to measure surface temperature of slabs in reheating furnaces . The surface temperature measured directly by the method is used as the boundary conditions , then a slab temperature field model is built based on theory of heat transfer .

红外焦平面阵列探测器（IRFPA）是红外探测系统以及红外热成像器件的关键部件，被广泛地应用于军事领域和民用领域，具有很大的应用与发展前景。

Infrared Focal Plane Array ( IRFPA ) is a key part of the infrared testing system and thermal imaging device , being applied extensively in the military and civil field . It has huge developing and applying prospect .

这些近红外电致发光器件在光通信（1300-1600nm）、热成像（≥1500nm）和生物标记等领域都有着巨大的潜在应用价值。

Potential applications of these NIR electroluminescent devices are particularly interesting for optical communication ( 1300-1600nm ), thermal imaging (≥ 1500nm ) and biological imaging .

针对已提出的基于神经网络智能测量热成像系统最小可分辨温差（MRTD）的方法，简要阐述其实现方法、理论根据、神经网络算法模型以及测试结果分析。

Aiming at the method based on intelligent MRTD ( Minimum Resolvable Temperature Difference ) testing for thermal imaging system using ANN , the realized process , theory foundation , model of neural network and testing deviation were introduced briefly .

本文在红外热成像系统基本原理和红外图像处理算法的理论基础上，以实用性和小型化为目的，设计并研制了基于NiosⅡ处理器的嵌入式非制冷红外热成像系统。

According to the theory of uncooled infrared imaging system and the research on infrared image processing algorithm , considering the practicability and miniaturization of the system , in this article we present an embedded uncooled infrared imaging system based on Nios II processor to meet the rough design goal .

以常用的硬脂酸银为银源，异位AgBr为光敏元以及亲水型PVA为粘合剂，分别考察了Ca2+和Ba2+对光敏热成像（PTG）材料照相性能以及老化稳定性的影响。

The effects of Ca ~ ( 2 + ), Ba ~ ( 2 + ) ion on sensitometric properties and aging stability of PTG materials , using AgSt as silver sources , ex-situ formed AgBr as photosensitive component , and PVA as binder , were investigated .

这种K5机器人约有5英尺高，租赁给商场、办公楼和停车场使用，装备有内置摄像头、车牌识别器和热成像仪器等。

The K5 robot , which measures about five-feet tall , is rented out to malls , office buildings , and parking lots to enforce order with a built-in video camera , license plate recognition , and thermal imaging .