灰的结渣性以煤灰的结渣率来量度。在一定鼓风强度下使煤燃尽，其灰渣中粒度大于6mm的量占总灰量的质量百分数，即为该煤在规定鼓风条件下的结渣率。 煤的结渣性测定要点，是用空气为气化介质，来气化预先加热到800~850℃的赤热煤样；气化过程的后期温度降到100℃时即停止气化，等冷却到室温后取出灰渣，测定〉6毫米的灰渣占灰渣总重的百分数及其相应的最高温度用为煤样的结渣性指标。
The article evaluated coal blend's slagging characteristic by three methods (relative weight of the ash residue, ash residue viscosity, ash fusion temperature), and made a comparison between them.
采用三种方法(灰渣相对重量法、灰渣粘性大小、灰渣熔融温度)对混煤的结渣性进行了评判,并对几种评判方法进行了比较。
参考来源 - 动力配煤结渣特性沉降炉试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
并举例说明了加压下煤结渣性变化的规律。
Example are given to show the tendency of change of clinkering property of coal with pressure.
根据计算数据和对结渣条件的分析，预报了结渣的可能性。
Based on the calculated results and the analysis of slagging conditions, he possibility of slag formation is predicted.
此模型来源于实际观测数据，可靠性高，能够更有效的判别锅炉炉膛结渣特性。
Owing to coming from the observation data directly, it has a high reliability and can improve the judgement.
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