摘要
文章对苏州市冬天环境温度下进行液体渗透检测时荧光渗透剂的毛细现象和渗透材料施加后工件表面的降温效应进行了研究,提出了与冬天液体渗透系统灵敏度有关的环境温度改进方法。
In this paper, the capillary phenomenon of fluorescent penetrant and the cooling effect of the surface of the workpieceafter the permeating material were applied were studied under the ambient temperature of Suzhou in winter.A method for improvingthe ambient temperature related to the sensitivity of the liquid permeation system in winter is proposed.
出处
《科技创新与应用》
2018年第29期11-13,共3页
Technology Innovation and Application
关键词
液体渗透探伤
检测温度
毛细现象
灵敏度
liquid osmotic testing
temperature
capillary phenomenon
sensitivity.