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1.红外热成像技术的概念随着复合材料越来越多地应用于航空领域,业界需要一种能够大量、快速、随时随地都可用的无损检测技术。许多检测都需要对这些材料在各种载荷下的变化状况进行确定。红外热成像在这些方面具有独有的优势。红外热成像(Thermography)无损检测技术是针对被检测构件的材质、结构和缺陷类型以及特定的检测条件,设计不同特性的热源(如:高能闪光灯、超声波、电磁、热风等),用计算机控制进行周期、脉冲等函数
1. The concept of infrared thermography As composites are increasingly being used in the aeronautics industry, the industry needs a non-destructive inspection technique that can be used in large quantities, rapidly, anywhere, anytime. Many tests require the determination of these materials under varying loads. Infrared thermography has unique advantages in these areas. Thermography Non-destructive testing technology is designed for different characteristics of heat source (such as high-energy flash, ultrasonic, electromagnetic, hot air, etc.) according to the material, structure and defect type of the tested components and specific testing conditions. Cycle, pulse and other functions