國外中長(zhǎng)波雙波段紅外成像技術(shù)的發(fā)展及應(yīng)用
發(fā)布時(shí)間:2021-11-02 07:56
中長(zhǎng)波雙波段紅外成像技術(shù)能同時(shí)獲得中波、長(zhǎng)波兩個(gè)大氣窗口的紅外輻射信息,同時(shí)具有兩種單波段成像技術(shù)的優(yōu)點(diǎn)。通過優(yōu)勢(shì)互補(bǔ),中長(zhǎng)波雙波段紅外成像技術(shù)能夠提高裝備對(duì)各種復(fù)雜環(huán)境條件的適應(yīng)能力,提高各類作戰(zhàn)任務(wù)的成功率。在過去二十幾年中,歐美主要國家實(shí)現(xiàn)了從雙探測(cè)器雙波段成像到單探測(cè)器雙波段成像的發(fā)展及批量裝備,目前正向更高分辨率、更遠(yuǎn)作用距離的方向發(fā)展。中長(zhǎng)波雙波段紅外成像技術(shù)主要用于提高各類主戰(zhàn)裝備對(duì)不同的作戰(zhàn)環(huán)境的適應(yīng)能力以及各類搜索跟蹤識(shí)別系統(tǒng)對(duì)目標(biāo)的探測(cè)識(shí)別成功率。此外,可以通過中長(zhǎng)波雙波段紅外成像技術(shù)獲取目標(biāo)的溫度、光譜特性等特征信息,可用于反干擾、反偽裝。
【文章來源】:紅外技術(shù). 2020,42(04)北大核心CSCD
【文章頁數(shù)】:8 頁
【部分圖文】:
先進(jìn)雙波段圖像處理技術(shù)采集的圖像Fig.6Dual-bandIRimagefromcamerawithadvancedimageprocessability
紅外成像系統(tǒng)Table1Dual-detectormiddleandlongwavedual-bandinfraredimagingsystemsinoccidentSystemOrganizationFov/FoallengthF-numberBand/mArrayPixel/mYearMDSSTestUSArmyLockheed-Martin--3.7-4.87.5-9.2--1998CLEMENTINEThermosensorikFGAN-FOM100mm-3.0-5.07.5-9.2640×512252003SASSItalyNavySelexGalileoIFOV:0.16mrad-4.7-5.48.4-9.0288×6-2008MR-iUSNAVAIRABBIFOV:3.5mrad;1.2mrad;0.13mrad-0.7-20.0≥320×256-2011建筑圖像:(a)中波(b)長(zhǎng)波(c)融合Imageofbuildings:(a)Middlewave(b)Longwave(c)Fusion道路圖像:(d)中波(e)長(zhǎng)波(f)融合Imageofroad:(d)Middlewave(e)Longwave(f)Fusion圖1德國“CLEMENTINE”系統(tǒng)采集的雙波段圖像Fig.1Dual-bandimagesfrom“CLEMENTINE”systemofGermany
紅外成像系統(tǒng)Table1Dual-detectormiddleandlongwavedual-bandinfraredimagingsystemsinoccidentSystemOrganizationFov/FoallengthF-numberBand/mArrayPixel/mYearMDSSTestUSArmyLockheed-Martin--3.7-4.87.5-9.2--1998CLEMENTINEThermosensorikFGAN-FOM100mm-3.0-5.07.5-9.2640×512252003SASSItalyNavySelexGalileoIFOV:0.16mrad-4.7-5.48.4-9.0288×6-2008MR-iUSNAVAIRABBIFOV:3.5mrad;1.2mrad;0.13mrad-0.7-20.0≥320×256-2011建筑圖像:(a)中波(b)長(zhǎng)波(c)融合Imageofbuildings:(a)Middlewave(b)Longwave(c)Fusion道路圖像:(d)中波(e)長(zhǎng)波(f)融合Imageofroad:(d)Middlewave(e)Longwave(f)Fusion圖1德國“CLEMENTINE”系統(tǒng)采集的雙波段圖像Fig.1Dual-bandimagesfrom“CLEMENTINE”systemofGermany
本文編號(hào):3471643
【文章來源】:紅外技術(shù). 2020,42(04)北大核心CSCD
【文章頁數(shù)】:8 頁
【部分圖文】:
先進(jìn)雙波段圖像處理技術(shù)采集的圖像Fig.6Dual-bandIRimagefromcamerawithadvancedimageprocessability
紅外成像系統(tǒng)Table1Dual-detectormiddleandlongwavedual-bandinfraredimagingsystemsinoccidentSystemOrganizationFov/FoallengthF-numberBand/mArrayPixel/mYearMDSSTestUSArmyLockheed-Martin--3.7-4.87.5-9.2--1998CLEMENTINEThermosensorikFGAN-FOM100mm-3.0-5.07.5-9.2640×512252003SASSItalyNavySelexGalileoIFOV:0.16mrad-4.7-5.48.4-9.0288×6-2008MR-iUSNAVAIRABBIFOV:3.5mrad;1.2mrad;0.13mrad-0.7-20.0≥320×256-2011建筑圖像:(a)中波(b)長(zhǎng)波(c)融合Imageofbuildings:(a)Middlewave(b)Longwave(c)Fusion道路圖像:(d)中波(e)長(zhǎng)波(f)融合Imageofroad:(d)Middlewave(e)Longwave(f)Fusion圖1德國“CLEMENTINE”系統(tǒng)采集的雙波段圖像Fig.1Dual-bandimagesfrom“CLEMENTINE”systemofGermany
紅外成像系統(tǒng)Table1Dual-detectormiddleandlongwavedual-bandinfraredimagingsystemsinoccidentSystemOrganizationFov/FoallengthF-numberBand/mArrayPixel/mYearMDSSTestUSArmyLockheed-Martin--3.7-4.87.5-9.2--1998CLEMENTINEThermosensorikFGAN-FOM100mm-3.0-5.07.5-9.2640×512252003SASSItalyNavySelexGalileoIFOV:0.16mrad-4.7-5.48.4-9.0288×6-2008MR-iUSNAVAIRABBIFOV:3.5mrad;1.2mrad;0.13mrad-0.7-20.0≥320×256-2011建筑圖像:(a)中波(b)長(zhǎng)波(c)融合Imageofbuildings:(a)Middlewave(b)Longwave(c)Fusion道路圖像:(d)中波(e)長(zhǎng)波(f)融合Imageofroad:(d)Middlewave(e)Longwave(f)Fusion圖1德國“CLEMENTINE”系統(tǒng)采集的雙波段圖像Fig.1Dual-bandimagesfrom“CLEMENTINE”systemofGermany
本文編號(hào):3471643
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