soot-out

soot-out的基本解释

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起弧

与soot-out相关的网络例句 [注：此内容来源于网络，仅供参考]

Structures and flow of Soot and the methodologies of the optimization framework are summarized.

的工作流程和实现机制，最后简述Soot 的扩展方法及已有应用。

The results from electron micrographic analysis show that soot oxidation is influenced by aggregation and agglomeration of soot particulates, at the same time, the crystallograms show that the previous soot particle is non-crystal carbon, but in the latter conbustion period, a very small amount of crystal soot with unstable lattice at relatively higher flame temperature is formed. The crystallization happens greatly in period of combustion when temperature is relatively lower. The smoke particulates consist of crystal carbon similar to chaoite crystal latice and noncrystal carbon.

碳粒浓度和KL变化曲线表明预混合火焰中碳粒浓度远远小于扩散火焰，其原因在于不均匀的燃油—空气混合气结构在高温缺氧条件下产生大量碳粒，在温度峰值附近碳粒浓度亦达到峰值，其后迅速氧化，当温度低于2000°K时碳粒基本上不氧化，碳粒的电子显微分析表明碳粒的氧化受碳粒的集聚过程的影响，在燃烧初期碳粒是非晶体，碳粒的结晶在燃烧后期和排放过程中大量出现，排放碳烟微粒由晶体和非晶体碳组成。

Based on early stage morphological characters of and well-known features studied previously but not used in taxonomy and phylogeny, a revaluation Soot-Ryen's system of supraspecific taxa and reconstruction of phylogenetic relationships among the Recent Mytilidae have been attempted.

根据以前人们熟知而尚未应用到分类和系统发育研究中的早期发育阶段形态特征，作者重新修订了Soot-Ryen的现生贻贝科种上阶元分类系统，重新提出了科内系统发育关系。

与soot-out相关的网络解释 [注：此内容来源于网络，仅供参考]

soot blower：冲灰器

soot blower system 吹灰器系统 | soot blower 冲灰器 | soot blower 吹灰器

soot collector：集灰器

soot carbon 碳黑 | soot collector 集灰器 | soot door 清灰门

soot collector：滤烟器,集灰器

soot carbon 碳黑 | soot collector 滤烟器,集灰器 | soot door 出灰门