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The schematic diagram of the experimental apparatus was shown in Fig. 11.1. According to the ISO 16852 standard, the experimental apparatus was built, including an unprotected pipe (L1 = 2 m), the flame arrester (flame arrester element and expansion chamber structure), a protected pipe (L2 = 2 m), a high-voltage ignition system, a gas distribution system, a pressure acquisition system, a flame detection system, a data acquisition system, and a synchronous controller (Lin et al. in Fuel 326:124911, 2022).

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Research on Quenching Performance and Multi-factor Influence Law of Hydrogen Crimped-Ribbon Flame Arrester Using Response Surface Methodology

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  • 出版模式：

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  • 发表日期：

    2026年

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  • Zhirong Wang,
  • Xingyan Cao

摘要

The schematic diagram of the experimental apparatus was shown in Fig. 11.1. According to the ISO 16852 standard, the experimental apparatus was built, including an unprotected pipe (L1 = 2 m), the flame arrester (flame arrester element and expansion chamber structure), a protected pipe (L2 = 2 m), a high-voltage ignition system, a gas distribution system, a pressure acquisition system, a flame detection system, a data acquisition system, and a synchronous controller (Lin et al. in Fuel 326:124911, 2022).