Hooke R J, Higlett M P
Centre for Radiation, Chemical and Environmental Hazards, Public Health England, Didcot, OX11 0RQ, UK.
Radiat Prot Dosimetry. 2017 Jul 1;175(3):363-367. doi: 10.1093/rpd/ncw358.
Public Health England has a solar network which has been established for over 25 years which measures erythema effective UV, UVA and photopic radiation. At the Chilton site there are erythema effective solar UV data available for 25 years from 1991 to 2015. Until October 2004, the data were gathered using a Solar Light R-B 500 radiometer (SL-500), which is not temperature regulated. From October 2004, the data are from a temperature regulated Solar Light R-B 501 radiometer (SL-501). A temperature correction model has been developed using overlapping SL-500 and SL-501 data from 2006 and verified using overlapping SL-500 and SL-501 data from 2005. This correction has been applied to the non-temperature regulated SL-500 Chilton data from 1991 to 2004 resulting in a 25-year dataset of SL-501 equivalent data for the analysis of long-term trends. The development and verification of this model is described.
英国公共卫生署有一个已建立超过25年的太阳能监测网络，用于测量红斑有效紫外线、UVA和明视觉辐射。在奇尔顿站点，有1991年至2015年这25年期间的红斑有效太阳紫外线数据。在2004年10月之前，数据是使用未进行温度调节的Solar Light R-B 500辐射计（SL-500）收集的。从2004年10月起，数据来自经过温度调节的Solar Light R-B 501辐射计（SL-501）。利用2006年SL-500和SL-501的重叠数据开发了一个温度校正模型，并使用2005年SL-500和SL-501的重叠数据进行了验证。此校正已应用于1991年至2004年未进行温度调节的奇尔顿SL-500数据，从而得到一个用于长期趋势分析的25年SL-501等效数据集。本文描述了该模型的开发与验证过程。
