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Impact of sporicidal fumigation with methyl bromide or methyl iodide on electronic equipment

机译:用甲基溴或碘甲烷进行熏蒸熏蒸对电子设备的影响

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The effect of sporicidal fumigation with methyl bromide or methyl iodide on the functionality of valuable electronic equipment was evaluated using desktop computers as surrogates under target conditions of 200-250 mg/L fumigant for 48 hat 24-30 degrees C and 75-85% RH. Methyl iodide fumigation damaged light-emitting diodes and optical films in computer displays that were powered-on during fumigation. After five months of post-fumigation operation, five out of six methyl-bromide-fumigated and all six methyl-iodide-fumigated DVD +/- RW optical drives failed. Deterioration of rubber spacers critical to maintaining correct disc geometry caused the failure. Metal coupons, included to measure corrosion, showed no significant differences in weight gain between control and fumigation conditions. Relative humidity sensors exhibited a substantial and sometimes irreversible reduction in sensitivity during and after methyl iodide fumigation. Methyl bromide and methyl iodide can cause damage to electronic equipment, but damage seems to be limited to organic materials rather than corrosion of metal surfaces.
机译:在目标温度为200-250 mg / L熏蒸剂的条件下,对于48顶24-30摄氏度和75-85%RH的条件,使用台式计算机评估了使用甲基溴或甲基碘进行熏蒸熏蒸对有价值的电子设备的功能的影响。 。熏蒸过程中,甲基碘熏蒸会损坏计算机显示器中的发光二极管和光学膜。经过五个月的熏蒸操作后,六个熏蒸的甲基溴和五个熏蒸的甲基碘的DVD +/- RW光驱全部失败。橡胶垫片的劣化对于维持正确的阀板几何形状至关重要,从而导致了故障。包括用于测量腐蚀的金属试样,在对照和熏蒸条件之间的重量增加没有显着差异。相对湿度传感器在碘甲烷熏蒸期间和之后显示出灵敏度的大幅下降,有时是不可逆的下降。甲基溴和甲基碘会损坏电子设备,但损坏似乎仅限于有机材料,而不是金属表面的腐蚀。

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