Shaw Anugrah, Schiffelbein Paul
a University of Maryland Eastern Shore , USA.
b DuPont Engineering Research and Technology , USA.
Int J Occup Saf Ergon. 2016;22(1):1-6. doi: 10.1080/10803548.2015.1071926.
A systematic approach was taken to develop a database for protective clothing for pesticide operators; results are reported as a two-part series. Part I describes the research studies that led to identification of a pesticide formulation that could serve as a reference test chemical for further testing. Measurement of pesticide penetration was conducted using different types of pesticide formulations. Six fabrics were tested using 10 formulations at different concentrations. Three formulations were subsequently selected for further testing. Analysis of the data indicated that, when compared with other formulations, mean percent penetration of 5% Prowl 3.3 EC [emulsifiable concentrate diluted to 5% active ingredient (pendimethalin)] is either similar to or higher than most test chemicals. Those results led to choosing 5% Prowl 3.3 EC as a reference test liquid. Part II of the study, published as a separate paper, includes data on a wide range of textile materials.
采用系统方法为农药操作人员开发防护服数据库；研究结果分两部分系列报道。第一部分描述了相关研究，这些研究导致确定了一种农药制剂，该制剂可作为进一步测试的参考测试化学品。使用不同类型的农药制剂进行农药渗透测量。用六种织物在不同浓度下测试了10种制剂。随后选择了三种制剂进行进一步测试。数据分析表明，与其他制剂相比，5%普洛乐3.3乳油（乳油稀释至5%活性成分（二甲戊灵））的平均渗透百分比与大多数测试化学品相似或更高。这些结果导致选择5%普洛乐3.3乳油作为参考测试液。该研究的第二部分作为一篇单独的论文发表，包括了关于多种纺织材料的数据。
