1) Gaseous biotrickling filter
气体生物滴滤器
2) aerating biotrickling filter
曝气生物滴滤器
1.
An aerating biotrickling filter was designed to purify oil fumes.
为探索生物法净化油烟废气的可行性 ,自行设计了曝气生物滴滤器实验装置 ,用油烟气冷凝液为碳源驯化而得的微生物菌种挂膜 ,进行了净化油烟废气实验 。
3) biotrickling filter
生物滴滤器
1.
Biotrickling filters were used to remove volatile organic compounds (VOCs) with removal efficiency affected by many factors including biofilm media, nutrient supply and incoming gas flow rate, which was supposed to help choose suitable parameters to design and operate biotrickling filters for VOCs removal.
生物滴滤器用于处理挥发性有机物,有机物的去除效率受到许多因素的影响。
2.
The gaseous stream laden with toluene, ethylbenzene and the three xylenes (TEX) compounds is used to evaluate the transient performance of a biotrickling filter (BTF) that packes with the mixture of ACOF (Activated Carbon on Fiber) and stainless steel mesh as biological carrier.
用以纤维附着活性炭 (ACOF)和不锈钢丝网为载体材料的气体生物滴滤器 (BTF)进行了净化TEX(甲苯、乙苯和二甲苯 )混合气体的负荷冲击和闲置恢复运行 。
4) air phase trickling biofilter
气相生物滴滤床
1.
The nitrogen source's effects on the performance of air phase trickling biofilter;
氮源对气相生物滴滤床净化效果的影响
5) trickled-bed biofilter
生物滴滤反应器
1.
thioparus and heterotrophic bacteria mainly of Xanthomonas were inoculated in two trickled-bed biofilters respectively, which were connected in series to treat the mixed stench of hydrogen sulfide (H2S)and methyl mercaptan (MT).
thioparus)组成的自养菌群和黄单胞菌(Xanthomonas)为主的异养菌群分别接种在两个生物滴滤反应器中,将其依次串联净化处理硫化氢(H2S)、甲硫醇(MT)混合臭气。
6) bio-trickling filter
生物滴滤
1.
An approach to purification of toluene waste gas by a cross-flow bio-trickling filter;
错流式生物滴滤床净化甲苯废气
2.
Study on removal rate of methyl mercaptan and ethanethiol by bio-trickling filter;
生物滴滤塔降解甲硫醇和乙硫醇的速率研究
补充资料：无柄液滴法、躺滴法、座滴法等
分子式：
CAS号：
性质：又称无柄液滴法、躺滴法、座滴法等。根据液面外形求算表(界)面张力的一种方法。当待测液液滴稳定地停在水平固体表面上，其外形与液体表面张力γ有关。根据巴什弗思–亚当斯(Bashforth-Adams)方程可有以下关系式ρ1和ρ2分别为待测液体及液滴外介质的密度，g为重力加速度，β为形状因子，b为大小因子。当液体与固体表面接触角大于90°时可根据测出的液滴的赤道半径及其与液滴顶点的垂直距离数值查表得出相应的β及b值，从而算出表面张力γ。本法简便，适用于吸附平衡时间长的体系和低表面张力的测定；也能用于测定界面张力及熔融金属的表(界)面张力。
CAS号：
性质：又称无柄液滴法、躺滴法、座滴法等。根据液面外形求算表(界)面张力的一种方法。当待测液液滴稳定地停在水平固体表面上，其外形与液体表面张力γ有关。根据巴什弗思–亚当斯(Bashforth-Adams)方程可有以下关系式ρ1和ρ2分别为待测液体及液滴外介质的密度，g为重力加速度，β为形状因子，b为大小因子。当液体与固体表面接触角大于90°时可根据测出的液滴的赤道半径及其与液滴顶点的垂直距离数值查表得出相应的β及b值，从而算出表面张力γ。本法简便，适用于吸附平衡时间长的体系和低表面张力的测定；也能用于测定界面张力及熔融金属的表(界)面张力。
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