The oil-resistant and electricity-conducting rubber membrane was developed using oil-resistant rubber as substrate,fiber woven fabric as framework,and electricity-conducting particulate as stuffing.
以耐油橡胶为基体、纤维编织布为骨架材料、导电微粒为填料复合而成的耐油导电橡胶薄膜,各项指标均满足航空橡胶薄膜标准规定的要求,分析了橡胶薄膜的耐油和导电原理,讨论和研究了橡胶薄膜的耐油导电配方设计及性能搭配。
According to the strain energy function proposed by Gao, the incompressible rubber membrane under air pressure was analyzed.
根据Gao提出的橡胶材料的非线性弹性大变形应变能函数,分析了周边固定的橡胶薄膜受气压作用的轴对称问题,推导了此类橡胶薄膜在气压作用下的平衡方程,得到了此类橡胶薄膜的变形曲线。
Ultrasonic testing of rubber thin-bed thickness based on wavelet transform modulus maxima;
基于小波变换模极大值的橡胶薄层厚度超声检测