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氟化钡晶体真空紫外透过率温度特性研究
Alternative TitleStudy on the Vacuum Ultraviolet Transmittance of Barium Fluoride Crystals at Different Temperature
彭如意; 付利平; 陶冶
Department空间环境部
Source Publication光谱学与光谱分析
2014
Volume34Issue:3Pages:713-716
ISSN1000-0593
Language中文
Keyword真空紫外 氟化钡晶体 温度 透过率
Abstract真空紫外波段存在几个可用于研究电离层物理现象的重要光谱,其中135.6 nm的夜气辉是重要的探测谱段,通过对该波段辐射强度的探测可反演出电离层电子密度(T EC)及F2层峰值电子密度.夜气辉发射线中,130.4 nm的发射线与135.6 nm光谱间隔很近,发射强度与135.6 nm强度相当,因此,要实现对135.6 nm夜气辉探测需要抑制130.4 nm气辉辐射.分别对0.5和1 mm厚的真空紫外级别的氟化钡晶体窗口透过率随温度变化特性进行研究,结果表明,氟化钡晶体的短波截止波长随温度的升高向长波方向偏移,在一定温度范围内,氟化钡晶体可以很好地抑制130.4 nm辐射,并在135.6 nm波段有较高的透过率.与国外相关文献所报道的通过加热SrF_2晶体来抑制130.4 nm辐射的方式相比,利用氟化钡晶体作为短波截止滤光片,可以将130.4 nm的杂散光完全抑制,同时可以降低仪器功耗,对于电离层光学遥感探测有着重要的意义.
Other AbstractTwo VUV-grade BaF_2 windows with 0.5 mm-thick and 1 mm-thick respectively were selected to study the transmit-tance variety with the temperature.The results show that the cutoff wavelength of BaF_2 crystals will shift towards the long wave with the increase in temperature.In a certain temperature range,BaF_2 crystals can depress 130.4nm radiation well,and also has a high transmittance at 135.6 nm.Compared with the reported method in which SrF_2 crystals can be applied to suppress 130.4 nm stray light by heating,BaF_2 crystal can inhibit the 130.4 nm emission line completely,and thus reduce the power consump-tion of the device at the same time.This indicates that BaF_2 crystals can play an important role in the ionosphere optical remote sensing detection.
Indexed BySCI ; EI ; CSCD
Funding Project中国科学院空间科学与应用研究中心
Citation statistics
Document Type期刊论文
Identifierhttp://ir.nssc.ac.cn/handle/122/2705
Collection空间环境部
Recommended Citation
GB/T 7714
彭如意,付利平,陶冶. 氟化钡晶体真空紫外透过率温度特性研究[J]. 光谱学与光谱分析,2014,34(3):713-716.
APA 彭如意,付利平,&陶冶.(2014).氟化钡晶体真空紫外透过率温度特性研究.光谱学与光谱分析,34(3),713-716.
MLA 彭如意,et al."氟化钡晶体真空紫外透过率温度特性研究".光谱学与光谱分析 34.3(2014):713-716.
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