High-accuracy irradiance calibration of space UV remote sensing instrument (SURSI) from 160 to 250 nm in vacuum using a liquid nitrogen cooled device

	High-accuracy irradiance calibration of space UV remote sensing instrument (SURSI) from 160 to 250 nm in vacuum using a liquid nitrogen cooled device
其他题名	论文其他题名
	Zhang Z. D.; Liu X. Y.; Li H. Z.; Wang L.; Wang S. R.
	2012
发表期刊	Measurement Science & Technology
ISSN	0957-0233
卷号	23 期号:4
摘要	A signal degradation feature in pre-launch irradiance calibration of space UV remote sensing instrument (SURSI) in vacuum has been identified. We discuss the possible degradation factors, degradation mechanisms and degradation rules, and then demonstrate that the irradiance degradation of the deuterium lamp as the calibration source is the significant cause of the signal degradation. A liquid nitrogen cooled device (LNCD) has been developed and the irradiance degradation is reduced to 1% during the radiometric calibration. On the basis of this LNCD, a high-accuracy irradiance calibration of the SURSI in vacuum from 160 to 250 nm has been performed and the calibration uncertainty is +/- 4.5%. Finally, the extraterrestrial solar spectrum from 170 to 250 nm measured by the SURSI is compared with the one derived from the NOAA-11 SBUV/2, showing an agreement of better than +/- 3.2%.
收录类别	SCI
语种	英语
文献类型	期刊论文
条目标识符	http://ir.ciomp.ac.cn/handle/181722/24684
专题	中科院长春光机所知识产出
推荐引用方式 GB/T 7714	Zhang Z. D.,Liu X. Y.,Li H. Z.,et al. High-accuracy irradiance calibration of space UV remote sensing instrument (SURSI) from 160 to 250 nm in vacuum using a liquid nitrogen cooled device[J]. Measurement Science & Technology,2012,23(4).
APA	Zhang Z. D.,Liu X. Y.,Li H. Z.,Wang L.,&Wang S. R..(2012).High-accuracy irradiance calibration of space UV remote sensing instrument (SURSI) from 160 to 250 nm in vacuum using a liquid nitrogen cooled device.Measurement Science & Technology,23(4).
MLA	Zhang Z. D.,et al."High-accuracy irradiance calibration of space UV remote sensing instrument (SURSI) from 160 to 250 nm in vacuum using a liquid nitrogen cooled device".Measurement Science & Technology 23.4(2012).

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