化学大学实验室安全处理无水氟化氢和纯单质氟的提示和程序

IF 3.4
Martin Möbs,  and , Florian Kraus*, 
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引用次数: 0

摘要

本文总结了我国使用纯氟和氟化氢安全作业的经验,并强调了潜在的危害,以便对其进行现实的评估。讨论了安全作业的技术、组织和个人防护措施,并介绍了处理纯氟和活性氟化物的适宜材料和选用的设备。还描述了处置反应性废物的选择、发生事故时应采取的措施和急救措施。通过训练有素的人员进行仔细的实验计划并遵守安全措施,可以在实验室规模上处理无水氟化氢、元素氟和其他高活性物质,同时最大限度地降低风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tips and Procedures for Safe Handling of Anhydrous Hydrogen Fluoride and Pure Elemental Fluorine in Chemical University Laboratories

In this article, we summarize our experience in working safely with pure fluorine and hydrogen fluoride and highlight potential hazards so that they can be realistically assessed. Technical, organizational, and personal protective measures for safe working are discussed, and suitable materials and selected equipment for handling pure fluorine and reactive fluorides are presented. Options for disposing of reactive waste, measures to be taken in the event of accidents, and first aid measures are also described. With careful experimental planning by trained personnel and compliance with safety measures, it is possible to handle anhydrous hydrogen fluoride, elemental fluorine, and other highly reactive substances on a laboratory scale while minimizing risks.

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