1) Infrared beacon
红外标向波
2) Medium-long wave infrared object
中长波红外目标
3) Infrared thermal wave
红外热波
1.
Measurement of defect depth by infrared thermal wave nondestructive evaluation based on pulsed phase;
基于脉冲位相的红外热波无损检测法测量缺陷深度
2.
FFT-based Image Mosaicing of Infrared Thermal Wave Images;
基于傅里叶变换的红外热波图像拼接
3.
To satisfy the increased requirements in quantitative defect depth measurements, pulse phase thermograph is proposed based on the property of pulsed infrared thermal wave nondestructive testing.
针对目前缺陷深度定量无损检测的需求,利用脉冲式红外热波无损检测脉冲激励的特点,对平底洞试件进行脉冲式红外检测实验,在VC++中通过傅里叶变换处理得到位相热图序列,分析不同深度缺陷的盲频,进而得到缺陷深度。
4) Infrared band
红外波段
1.
The sky-earth background radiations of visible light band and infrared band under different conditions are calculated by using atmospheric transmission model Modtran soft.
利用大气传输模型Modtran软件计算了不同条件下,可见光波段和红外波段的天地背景辐射。
5) infrared wave absorbing
红外吸波
6) Long wave infrared
长波红外
1.
A method for extracting the characteristic of small targets was presented in the ground based sky from long wave infrared images.
提出了长波红外图像中近地空中小目标特性抽取的一种方法 。
补充资料：电离层长波和超长波传播
见电离层无线电波传播。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条