The effect of the intensity of an electric field and the percentage of multilayer carbon nanotubes (MCNT) on the strength of a composite consisting of unidirectional glass fibers was studied. The test results for annular samples made by the winding method with different MCNT content in the composite and at different values of the electric field intensity are presented. Based on the test results, strength curves were constructed and a formula for the dependence of the strength of the composite on the electric field intensity and the MCNT percentage was obtained.

中文翻译：

---

通过恒定电场排列的多层碳纳米管增强玻璃复合材料

研究了电场强度和多层碳纳米管 (MCNT) 的百分比对由单向玻璃纤维组成的复合材料强度的影响。给出了通过缠绕方法制成的环形样品在复合材料中不同 MCNT 含量和不同电场强度值下的测试结果。根据测试结果，构建强度曲线，并获得复合材料强度对电场强度和 MCNT 百分比的依赖性的公式。