通过对比分析，确定了适合于船舶消防的高压细水雾喷头。
The suitable high pressure water mist nozzle for marine fire was designed through contrast analysis.
采用实验的的研究方法，建立细水雾灭火系统的实验研究平台，对自我设计的细水雾喷头进行测试。
The experimental research platform for water mist fire suppression systems is erected and the self-design fine water mist nozzles are tested through experimental research method.
本课题为高压细水雾喷头在船舶消防领域的应用研究，目的是探索适合船舶领域应用的高压细水雾喷头。
The paper is telling about the research of the high pressure water mist nozzle used in the Marine fire field, the aim is to explore high pressure water mist nozzle suitable for Marine field.
本文的研究成果具有较大的理论价值和工程实用性，能为今后细水雾喷头的研制、细水雾灭火系统的设计及安装提供重要的理论和实验依据。
The research achievements can provide referenced basis for both the development of spray heads and the design and installment of water mist fire suppression systems in the future.
实验主要通过测定压力、高度、喷头孔径的大小和雾动量对细水雾灭火效果的影响。
Experiments test the influences of pressure, height, nozzle aperture and frog momentum on the fire control effect of fine water mist.
细水雾灭火技术的关键在于喷头参数的设计。
The key of the fine spray fire extinguishing technology is the design of the nozzle parameters.
在露天广场，小型喷头将水雾化成细小的颗粒散布在空气中，起到良好的降温效果。
And in open spaces, ultra-fine water particles will be sprayed into the air to cool visitors down.
在露天广场，小型喷头将水雾化成细小的颗粒散布在空气中，起到良好的降温效果。
And in open spaces, ultra-fine water particles will be sprayed into the air to cool visitors down.
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