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道路标线涂料在施工中存在一些错综复杂的问题,如溶剂型道路标线涂料干结时间的影响因素,喷涂幅宽的控制条件,成型后标线的逆反射系数与路面可视距离的关系,固体颗粒特别是反光介质玻璃微珠在涂膜中沉降速率及其影响因素,水基型道路标线涂料干结时间受空气中湿度的影响等.如何将这些问题用简洁的方式表达出来,并有针对性的去解决这些问题,一直是一个困扰涂料生产、施工甚至养护部门的难题.利用数学工具来直观的将这些影响因素归纳在一起并构建出相应的数学模型.这些数学模型的建立对道路标线涂料生产、施工及成型后标线涂膜的养护等工作都极具指导意义.
Road marking paint in the construction of some intricate problems, such as solvent-based road marking paint drying time of the factors affecting the spray width of the control conditions, forming the line after the retroreflection coefficient and the visual distance of the road, the solid The sedimentation rate of particles, especially reflective medium glass beads in the coating film and its influencing factors, the drying time of water-based road marking paint by the humidity in the air, etc. How to express these problems in a concise manner, Sex to solve these problems has always been a problem that plagued the paint production, construction and maintenance department.Using mathematical tools to intuitively put these factors together and to build the corresponding mathematical model.These mathematical models of road signs Line paint production, construction and molding after the line of coating conservation and other work are very instructive.