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电解电镀过程中职业性接触镍盐。

Occupational exposure to nickel salts in electrolytic plating.

作者信息

Kiilunen M, Aitio A, Tossavainen A

机构信息

Biomonitoring Laboratory, Finnish Institute of Occupational Health, Helsinki, Finland.

出版信息

Ann Occup Hyg. 1997 Apr;41(2):189-200. doi: 10.1016/s0003-4878(96)00033-6.

Abstract

An occupational hygiene survey was made in 38 nickel plating shops in Finland and exposure to nickel was studied by means of biological measurements and, in three shops, by using air measurements. The average after-shift urinary nickel concentration of 163 workers was 0.16 mumol l.-1 (range 0.001-4.99 mumol l.-1). After the 1-5 week vacation the urinary nickel concentration was higher than the upper reference limit of non-exposed Finns indicating that a part of water-soluble nickel salts is accumulated in the body. Urinary nickel concentrations in the shops considered clean in the industrial hygiene walk-through were not different from those observed in the shops considered dirty. The correlation between the concentrations of nickel in the air and in the urine was low, and the amount of nickel excreted in the urine exceeded the calculated inhaled amounts, indicating exposure by other routes such as ingestion.

摘要

对芬兰的38家镍电镀车间进行了职业卫生调查,并通过生物测量研究了镍暴露情况,在三家车间还进行了空气测量。163名工人的班后尿镍平均浓度为0.16微摩尔/升(范围为0.001 - 4.99微摩尔/升)。在1 - 5周的假期后,尿镍浓度高于未接触镍的芬兰人的参考上限,这表明一部分水溶性镍盐在体内蓄积。在工业卫生巡查中被认为清洁的车间里,尿镍浓度与被认为脏污的车间里观察到的浓度没有差异。空气中镍浓度与尿中镍浓度之间的相关性较低,尿中排出的镍量超过了计算出的吸入量,这表明存在通过其他途径(如摄入)的暴露。

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