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New method of on-site detection of non-conductive and conductive penetrations of protective gloves.
Zeng S; Berardinelli SP
J Clin Eng 1997 Sep; 21(5):298-307
A new method to detect protective glove penetration in conductive solution was developed to increase penetration detection sensitivity and accuracy. Penetration by non-conductive materials was detected by a penetration indicator, which is the ratio of the glove-conductance time derivatives to the glove-capacitance time derivatives. Penetration by conductive materials was detected by a penetration indicator, which is the product of glove conductance time derivative and the glove capacitance time derivative. The comparison tests showed that under the test conditions the signal-to-noise ratio (signal is referred to the maximum magnitude of a penetration indicator during penetration, and the noise is referred to that during membrane hydration and glove movement) of this method is higher than other existing methods in both non-conductive and conductive penetration detections.
Electrical-properties; Gloves; Testing-equipment; Nitriles; Protective-materials; Protective-clothing
Shengke Zeng, NIOSH/DSR, 1095 Willowdale Rd., Morgantown, WV 26505
Issue of Publication
Journal of Clinical Engineering
Page last reviewed: October 26, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division