本发明可以提高混凝土制品的二氧化碳养护程度，有效缩短混凝土养护周期、降低养护费用。
The invention can improve the level of concrete product curing with carbon dioxide, effectively shorten the concrete curing period, and reduce the curing cost.
从而提高混凝土建、构筑物质量，节约人工和养护成本，缩短施工周期。
Thus, it would improve the quality of constructions, save Labour and curing cost, and shorten construction period.
通过全寿命周期分析方法，提出半刚性沥青路面最合适的养护时机，使所需养护维修费用最少，为道路使用者提供良好的通行环境。
This paper presents right maintenance time of semi-rigid asphalt pavement through life-cycle cost analysis, which could make the least maintenance cost for manager and best surroundings for users.
在建立材料性能劣化模型的情况下，该种方法可以作为桥梁生命周期成本管理系统的基础，为桥梁养护、管理优化提供依据。
On the condition of establishing material's deterioration model, this method can be used as the basis of bridge life-long management system and provides foundation for bridge's maintenance.
传统的路面养护决策需要将道路使用者不同的效益换算为费用进行寿命周期费用分析，这样的换算过程不仅不合理，而且还存在很大的任意性和不确定性。
Traditionally, the fond for maintenance and rehabilitation are acquired on the basis of the life-cycle cost analysis, which needs to convert the users benefit into a single monetary value.
简述了砂石路面扫浆养护法并分析影响扫浆保护层使用周期的诸项因素及注意事项。
Analysis is made on the influencing factors to the duration for usage of slurry protection tier on sandstone and given the countermeasures.
简述了砂石路面扫浆养护法并分析影响扫浆保护层使用周期的诸项因素及注意事项。
Analysis is made on the influencing factors to the duration for usage of slurry protection tier on sandstone and given the countermeasures.
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