The technique process of plasma spray and its PC hardware interface and software program are introduced in this paper.
本文介绍了等离子弧喷焊的工艺过程及采用PC控制的硬件接口和软件编程。
The technical process of plasma spray welding is complex and requires the control system to have high reliability. PLC used in this system can enhance the quality of spray welding.
等离子喷焊工艺过程复杂，对控制系统的可靠性要求高，采用PLC控制有助于提高喷焊质量。
Since it USES powder as the coating feedstock, the number of coating materials that can be used in the plasma spray process is almost unlimited.
该设备使用粉末做涂层给料，所以在等离子体工艺中使用的涂层材料的数量几乎是无限量的，是一款您理想的选择。
On this basis, the paper established a model for predicting the plasma spray coating quality under different process parameters.
在此基础上建立预测模型，对不同工艺参数下等离子熔射层进行质量预测。
The calefaction and acceleration process of ceramic powders in plasma spray were studied by numerical simulation.
通过数值模拟研究了等离子喷涂陶瓷粒子的加热加速行为。
In this paper, the principle and procedure of the method, measuring porosity of the plasma spray forming parts, are introduced. Some questions referring to the process are discussed.
介绍一种等离子熔射法成形件的孔隙率测定方法、原理与步骤，并讨论与之相关的问题。
Experimental study was carried out to investigate the influence of the main processing parameters on the quality of sprayed coatings during the plasma spray tooling process.
在等离子熔射成形中，粒子的飞行特性是影响沉积率和涂层动态生长质量的重要因素，而熔射工艺参数又是影响粒子飞行特性的直接因素。
Experimental study was carried out to investigate the influence of the main processing parameters on the quality of sprayed coatings during the plasma spray tooling process.
在等离子熔射成形中，粒子的飞行特性是影响沉积率和涂层动态生长质量的重要因素，而熔射工艺参数又是影响粒子飞行特性的直接因素。
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