1) fire body
火体
2) dry-fuel rocket,powder rocket,solid rocket,solid rocket unit
固体火箭<火>
3) solid fires
固体火
1.
Small scale tests on the behavior of solid fires with different fuel characteristics suppressed by water mist were carried out in a 3 m×3 m×3 m enclosure.
利用三维激光粒子动态分析仪对细水雾喷嘴的雾场特性进行了测量,选择两种典型固体可燃物作为燃料,研究细水雾抑制熄灭固体火的过程,重点考察细水雾扑灭固体火的灭火机理。
4) gas quenching
气体淬火
1.
The gas quenching is a modern,effective processing technology.
高压气体淬火技术是一种现代的、有效的材料加工技术。
2.
Finite element method is used to simulating the high pressure gas quenching.
用有限元技术对气体淬火工艺进行了模拟。
3.
Heat transfer coefficient during the gas quenching process is described as a function of time, and five design variables are selected to do the design of Box-Behnken experiment with five factors and three levels.
以轴对称问题气体淬火过程为研究对象,提出了阶段换热系数模型,进行了五因子三水平Box—Behnken实验设计。
6) gas fire extinguishing system
气体灭火
1.
In combination with the relevant codes and engineering project, the paper expounds a range for application of gas fire extinguishing system, type of fire suitable for use this system, operation and control of the system and the safety precautions in the protecting areas.
本文结合相关规范及工程实例,详细阐述了气体灭火系统在建筑物内的应用范围、其适用的火灾类型和气体灭火系统的操作与控制,以及防护区内的安全措施。
补充资料：火体
1.火的性质。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条