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All-solid waste composite cement-based cementing material and preparation process thereof
The invention relates to the field of chemical preparation, in particular to an all-solid-waste composite cement-based cementing material and a preparation technology thereof.The preparation technology comprises the steps that the division mode of an ultrasonic detection area is determined according to the number and density of internal parts of a target forming object; determining and selecting a historical cracking area of the target forming object or the distribution uniformity of the internal parts as an area division standard according to whether the distribution of the internal parts is uniform or not; determining the strength state according to the strength reference values of the first-class region and the second-class region, and determining whether to adjust the fly ash mixing amount or the calcium oxide mixing amount according to the obtained strength state; the uniform state is determined according to the strength difference value corresponding to the first-class area and the second-class area, and whether the feeding speed of the crusher is adjusted or not is determined according to the obtained uniform state; according to the invention, the quality and the use effect of the prepared cementing material are improved.
本发明涉及化学制备领域,尤其涉及一种全固废复合水泥基胶凝材料及其制备工艺,制备工艺包括根据目标成型物内部件数量以及内部件密度确定超声检测区域的划分方式;根据内部件分布是否均匀确定选择目标成型物历史开裂区域或内部件分布均匀度作为区域划分标准;根据一类区域和二类区域的强度参考值确定强度状态,并根据得到的强度状态确定是否针对粉煤灰掺量或氧化钙掺量进行调节;根据一类区域和二类区域的对应的强度差异值确定均匀状态,并根据得到的均匀状态确定是否针对破碎机的进料速度进行调节;本发明提高了制得的胶凝材料的质量以及使用效果。
All-solid waste composite cement-based cementing material and preparation process thereof
The invention relates to the field of chemical preparation, in particular to an all-solid-waste composite cement-based cementing material and a preparation technology thereof.The preparation technology comprises the steps that the division mode of an ultrasonic detection area is determined according to the number and density of internal parts of a target forming object; determining and selecting a historical cracking area of the target forming object or the distribution uniformity of the internal parts as an area division standard according to whether the distribution of the internal parts is uniform or not; determining the strength state according to the strength reference values of the first-class region and the second-class region, and determining whether to adjust the fly ash mixing amount or the calcium oxide mixing amount according to the obtained strength state; the uniform state is determined according to the strength difference value corresponding to the first-class area and the second-class area, and whether the feeding speed of the crusher is adjusted or not is determined according to the obtained uniform state; according to the invention, the quality and the use effect of the prepared cementing material are improved.
本发明涉及化学制备领域,尤其涉及一种全固废复合水泥基胶凝材料及其制备工艺,制备工艺包括根据目标成型物内部件数量以及内部件密度确定超声检测区域的划分方式;根据内部件分布是否均匀确定选择目标成型物历史开裂区域或内部件分布均匀度作为区域划分标准;根据一类区域和二类区域的强度参考值确定强度状态,并根据得到的强度状态确定是否针对粉煤灰掺量或氧化钙掺量进行调节;根据一类区域和二类区域的对应的强度差异值确定均匀状态,并根据得到的均匀状态确定是否针对破碎机的进料速度进行调节;本发明提高了制得的胶凝材料的质量以及使用效果。
All-solid waste composite cement-based cementing material and preparation process thereof
一种全固废复合水泥基胶凝材料及其制备工艺
WU NING (Autor:in) / YUE YAN (Autor:in) / ZHANG JINLIANG (Autor:in) / ZHANG MIN (Autor:in)
16.08.2024
Patent
Elektronische Ressource
Chinesisch
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