BS PD CEN ISO/TR 17801:2017提供了风化退化领域的参考光谱（见表1） 为了在紫外线、可见光和红外波长范围内对太阳模拟器进行分类。在实验室用时间压缩法模拟了实际发生的光化学老化过程 通过对最大应力气候事件进行排序的风化仪器。给出光谱辐照度 目标，该表规定了全球辐射（直接辐射和漫射辐射）的光谱辐照度 无云的天空，日夜比较太阳在赤道的天顶位置，如 定义见第85号CIE表4。这是代表性晴朗天空下的实际最大曝光量 条件表1、图2和图3中包含的数据是使用SMARTS2版本2.9.2[2]生成的 [3] 重新计算CIE第85号，表4。表2包含CIE第85号表4的原始数据。数字如图2和图2所示 图3也是如此。交叉引用:CIE 85:1989包含以下内容:勘误表，2017年3月

BS PD CEN ISO/TR 17801:2017 provides a reference spectrum to the field of weathering degradation (see Table 1) in order to classify solar simulators in the UV, visible and infrared wavelength range.The photochemical ageing which occurs in practice is simulated with time compression in laboratory weathering instruments by sequencing maximum stress climate episodes. To give a spectral irradiance target, the table specifies the spectral irradiance of global radiation (direct and diffuse radiation) with a cloudless sky, zenith position of the sun by day and night comparisons at the equator at sea level as defined in Table 4 of CIE No. 85.This is a realistic maximum exposure under representative clear sky conditions.The data contained in Table 1, Figure 2, and Figure 3 were generated using the SMARTS2 Version 2.9.2[2] [3] to recalculate the CIE No. 85, Table 4.Table 2 contains the original data from CIE No. 85, Table 4. The numbers are shown in Figure 2 and Figure 3 as well.Cross References:CIE 85:1989Incorporates the following:Corrigendum, March 2017