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引进和初步建立了“眼刺激感觉强度实验”和测量方法， 并提出了三项“判断受试样品（受试木质人造板） 为阳性的基准”： 眼刺激感觉强度评分均值＞ １５ ｍ ｍ ， 即将１５ ｍｍ 作为眼刺激感觉的阈限值； 对比受试样品舱排除气与“０”空气的眼刺激感觉强度， 差别有统计学意义； 受试样品舱排出气中污染物浓度与眼刺激感觉强度之间存在“剂量－效应”关系（木质人造板的源剂量用甲醛衡量）。
Three experiments of “judging the test sample (tested woody wood-based panel) as positive” were put forward and initially established: “The mean value of sensory intensity of eye irritation> 15 m m , 15 mm was used as the threshold of eye irritation. The sensory intensity of eye irritation was compared with that of ”0“ in the sample compartment and the ”0“ air. The difference between the pollutant concentration in the sample compartment and There is a ”dose-effect" relationship between the intensity of sensory stimulation of the eye (the source dose of wood-based panels is measured in terms of formaldehyde).