1.
Practice shows that the burner is characterized by high burning stability, low backfire rate and flameout rate.
实践证明,该燃烧器燃烧稳定,具有极低的回火率以及离焰率。
2.
It is proved in practice that the burner have high burning stability, low backfire rate and low flameout rate.
其燃烧稳定 ,具有极低的回火率以及离焰率 ,已成功应用于多个炼油化工装置中
3.
dual-flame ionization detector
双火焰离子化检测器
4.
nization analyzer and detector
火焰电离分析检测器
5.
flame ionization ditector
氢火焰离子化检测器
6.
flame ionization analyzer
氢火焰离子化分析仪
7.
plasma flame-spray system
等离子火焰喷射系统
8.
The loss of C,B,Si,Cr and other elements in coatings decreases in the order of plasma,autogenous and faradic spraying.
焊层中的C、B、si、Cr等元素烧损率以等离子堆焊最大,火焰喷焊重熔次之,感应熔焊最小;
9.
Characterization of flame stabilization for V-gutter in centrifugal force field
离心力场下V型火焰稳定器火焰稳定性的研究
10.
eight foot tunnel
风洞燃烧时其表面的火焰蔓延速率
11.
capacitively coupled microwave plasma torch
电容耦合微波等离子体焰炬
12.
Beilstein flame detector
贝尔斯坦火焰电离探测器
13.
capacitively coupled high frequency plasma torch
电容耦合高频等离子体焰炬
14.
inductively coupled microwave plasma torch
电感耦合微波等离子体焰炬
15.
inductively coupled high frequency plasma torch
电感耦合高频等离子体焰炬
16.
modulator hydrogen ion flame detector
调制式氢离子火焰检测器
17.
heated flame ionization detector
加热式氢火焰离子化检测器
18.
Speciation analysis of chromium by ion exchange separation with flame atomic absorption sepectrometry
离子交换分离火焰原子吸收光谱法分析铬形态