山東三所新材料技術有限公司

防雷達防紅外偽裝網，亦稱“雷達散射網”。具有散射、吸收和隔絕雷達波性能的偽裝網。這種偽裝網構成掩蓋遮障，造成與背景接近一致的回波信號，使敵雷達偵察難于判別目標。同時也具有防光學偵察的性能。那么防雷達防紅外偽裝網的防紅外偵測原理是什么？

Anti radar and anti infrared professional camouflage network, also known as "radar scattering network". A camouflage net with the ability to scatter, absorb, and isolate radar waves. This type of camouflage network constitutes a cover and obstruction, causing echo signals that are close to the background, making it difficult for enemy radar reconnaissance to distinguish the target. It also has anti optical reconnaissance performance. So what is the anti infrared detection principle of the anti radar and anti infrared professional camouflage network?

現代偵查，要么高空，要么夜間，要么衛星，不可能低空低速進入，那是腦子有水紅外設置。所以在上述條件下，紅外偵查是重要的手段。防雷達防紅外偽裝網主要適用于部隊地面目標反偵查時的偽裝紅外設置，但并不是隔熱的!

Modern reconnaissance, either at high altitudes, at night, or through satellites, cannot enter at low altitudes at low speeds. That's because the brain has a water infrared setting. So under the above conditions, infrared detection is an important means. The anti radar and anti infrared professional camouflage network is mainly suitable for the camouflage infrared setting of ground targets in the army during anti reconnaissance, but it is not insulated!

而軍械一般使用金屬，其熱反射強，比熱低，再加之本身和土壤，植物的紅外特征不同，所以在紅外線成像下會顯現明顯的特征光譜，從而被識別，攻擊紅外設置。

Ordnance generally uses metal, which has strong thermal reflection and low specific heat. In addition, its infrared characteristics are different from those of soil and plants, so it will show obvious characteristic spectra under infrared imaging, which can be recognized and attacked by infrared settings.

這和溫度無關，因為駐存的軍械其溫度和環境基本是一致的，只是熱反射率和材料紅外特征不一致罷了紅外設置。

This is not related to temperature, as the temperature of the stored ordnance is basically the same as the environment, but the thermal reflectance and material infrared characteristics are not consistent, just the infrared setting.

為此，人們開發了防雷達防紅外偽裝網，防雷達防紅外偽裝網分為遠程防雷達防紅外偽裝網和全程防雷達防紅外偽裝網兩大類，區別是后者有近程防紅外偵測能力紅外設置。

For this reason, people have developed anti radar and anti infrared professional camouflage networks. The anti radar and anti infrared professional camouflage networks are divided into two categories: remote lightning protection and anti infrared professional camouflage networks and full range lightning protection and anti infrared professional camouflage networks. The difference is that the latter has a short range anti infrared detection ability and infrared settings.

防雷達防紅外偽裝網的原理及其簡單，不同的顏色對紅外線的反射是不一樣的，因此只要找一種比熱接近植物熱變化的材料，然后涂上特定涂料即可紅外設置。

The principle of anti radar and anti infrared professional camouflage net is very simple. Different colors have different reflections on infrared, so just find a material with a specific heat close to the change in plant heat, and then apply a specific coating to set the infrared.

防雷達防紅外偽裝網造價低，涂裝很好的偽裝網可以造成這樣的效果，在紅外偵測下，偽裝網本身反射的紅外線特征幾乎和植物一致，即使溫度發生變化，偽裝網也能表現出和植物類似的變溫過程，從而混淆紅外偵測紅外設置。

The cost of anti radar and anti infrared professional camouflage net is low, and a well coated camouflage net can achieve such an effect. Under infrared detection, the infrared characteristics reflected by the camouflage net itself are almost the same as those of plants. Even if the temperature changes, the camouflage net can exhibit a similar temperature change process as plants, thus confusing the infrared detection infrared setting.

現代紅外偽裝發展很快，不但根據緯度不同，對偽裝網有不同的涂裝以配合當地植被，更是發明了近程紅外防偵測技術，在涂裝時，適度使用一種紅色高近紅外輻射材料，來模擬植物近紅外反射特性（葉綠素的紅外特性），以欺騙敵人近距離的紅外偵測紅外設置。更多相關內容就來我們網站http://www.dv556677.com咨詢吧！

Modern infrared camouflage has developed rapidly. Not only are camouflage nets painted differently to match local vegetation according to different latitudes, but also short-range infrared detection technology has been invented. When painting, a red high near-infrared radiation material is moderately used to simulate the near-infrared reflection characteristics of plants (the infrared characteristics of chlorophyll), in order to deceive the enemy's infrared detection settings at close range. For more related content, come to our website http://www.dv556677.com Consult!