2013Unpublished venueRequires access

Comparison of Improved GTS1-2 Radiosonde with International Radiosonde Comparison Test Data

Cma Meteorological

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Abstract

The assessment of domestic scholars and WMO suggests that the GTS1-2radiosonde needs technological improvement to meet the needs of operational upper-air observation,which was conducted on the basis of original technical structure in 2012and the improved radiosonde was temporarily named GTS12A.In August 2012,its test was carried out in the Yangjiang radiosonde station.The results show that it performed well in temperature measurement at night with system error less than-0.3 ℃ and overall standard deviation within 0.2 ℃;but in the daytime,except at upper levels and when in/out of clouds,overall its system error is-0.3 ℃ and its standard deviation is less than 0.4 ℃.As for pressure measurements,in the near-surface layer,the system error is about-1.5hPa,and its accuracy and stability are better than GTS1-2.Especially its standard deviation is less than 0.7hPa within full range.Its humidity has good consistency with RS92with sensitivity better than GTS1-2and overall system error and standard deviation within 10%RH.

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What this paper is about

The assessment of domestic scholars and WMO suggests that the GTS1-2radiosonde needs technological improvement to meet the needs of operational upper-air observation,which was conducted on the basis of original technical structure in 2012and the improved radiosonde was temporarily named GTS12A.In August 2012,its test was carried out in the Yangjiang radiosonde station.The results show that it performed well in temperature measurement at night with system error less than-0.3 ℃ and overall standard deviation within 0.2 ℃;but in the daytime,except at upper levels and when in/out of clouds,overall its system error is-0.3 ℃ and its standard deviation is less than 0.4 ℃.As for pressure measurements,in the near-surface layer,the system error is about-1.5hPa,and its accuracy and stability are better than GTS1-2.Especially its standard deviation is less than 0.7hPa within full range.Its humidity has good consistency with RS92with sensitivity better than GTS1-2and overall system error and standard deviation within 10%RH.

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Available abstract

The assessment of domestic scholars and WMO suggests that the GTS1-2radiosonde needs technological improvement to meet the needs of operational upper-air observation,which was conducted on the basis of original technical structure in 2012and the improved radiosonde was temporarily named GTS12A.In August 2012,its test was carried out in the Yangjiang radiosonde station.The results show that it performed well in temperature measurement at night with system error less than-0.3 ℃ and overall standard deviation within 0.2 ℃;but in the daytime,except at upper levels and when in/out of clouds,overall its system error is-0.3 ℃ and its standard deviation is less than 0.4 ℃.As for pressure measurements,in the near-surface layer,the system error is about-1.5hPa,and its accuracy and stability are better than GTS1-2.Especially its standard deviation is less than 0.7hPa within full range.Its humidity has good consistency with RS92with sensitivity better than GTS1-2and overall system error and standard deviation within 10%RH.

Key concepts: Radiosonde, Standard deviation, Meteorology, Consistency (knowledge bases), Environmental science, Range (aeronautics), Statistics, Mathematics

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