详细解释
炱
1、烟尘。烟气凝积而成的黑灰。俗称烟子。
炱,灰炱煤也。从火,台声。---《说文》
积烟为炱煤。---《通俗文》
埃(炱)不漫。---《列子·黄帝》
煤炱：亦作“炲煤”。煤灰
炱朽：因长期被烟熏而腐烂。
2、黑色。
肾风之状…其色炱。---《素问·风论》
例句
初步探讨了烟炱吸附脱硫机理和反应控制步骤。
The mechanism of desulfurization with smoke dust adsorption and the …
空气传播的致癌物在大气中是烟炱粒子上吸附的物质。
The airborne carcinogens are in the atmosphere as absorbed matter on soot particles.
而且透射电镜照片也直观地显示出了烟炱表面的一层吸附膜。
It can be seen directly that there is a layer of adsorption film on the soot surface in TEM.
此法可测定新油及旧油中的烟炱含量，准确性、重复性较好。
The soot content in the field test oils is measured with the fore mentioned method, which shows good accuracy and repeatability on both new and used oils.
这些新试验能确保提高发动机在高温和高烟炱工况下的耐久性。
These new tests can ensure better durability of engine at high temperature and high levels of soot in the crankcase.
此项工程旨在开发出一种能评价柴油机油烟炱分散性能的试验方法。
The aim of this paper is to develop a kind of bench test for evaluating the soot dispersancy of diesel engine oil.
本文重点对使用过程中的旧油进行红外光谱测试，分析烟炱对粘度增长的影响。
This paper pay much attention to analyse the soot influence on viscosity increase, based on testing the infrared spectrum of the old being used oil.
中国小煤炱目主要分布在热带亚热带地区，76.8％的寄主植物属属于热带成分。
Species of Meliolales in China are distributed mainly in tropical and subtropical areas, and 76.8% of the host plants are of tropical elements.
依据文献资料，简要列出世界的星裂炱属种名、同物异名及其地理分布和植物寄主。
This paper summarizes information available in the literature for species assigned to the genus Asterolibertia, listing for each species the synonyms, plant hosts and geographical distribution.
本文应用分子动力学模拟方法，研究了丁二酰亚胺类分散剂模型分子在伪烟炱表面的吸附行为。
Molecular Dynamics simulation was used in this paper to study the adsorption behaviors of various succinimide dispersants on pseudo-soot surface.
我们采用与烟炱相类似的炭黑作为试验原料，在高速搅拌下将炭黑分散在油中，通过粘度变化来考察油品的分散性能。
Taking the carbon black similar to soot as the test material, the oil's dispersancy is evaluated through the oil's viscosity change after blending the carbon black into the oil under high speed.
我们采用与烟炱相类似的炭黑作为试验原料，在高速搅拌下将炭黑分散在油中，通过粘度变化来考察油品的分散性能。
Taking the carbon black similar to soot as the test material, the oil's dispersancy is evaluated through the oil's viscosity change after blending the carbon black into the oil under high speed.