当微珠直径与微珠覆盖率都较大时，回归反光织物的反光强度就会提高。
At last it concludes that reflection strength of retro-reflective fabric will rise when all of diameter and coverage rate are bigger.
本文对回归反光织物中回归反光物体玻璃微珠的球透镜原理采用几何和解析两种方法进行了系统分析。
In this article, a systematic analysis is made about spherical lens principle of return reflecting fabric with the help of geometrical and analytic method.
分析了回归反光织物中玻璃微珠直径变化对单个微珠反光强度和回归反光织物反光性能及其他性能的影响。
In this paper, the influence of glass bead diameter on single bead and property of retro-reflective fabric are discussed, moreover, it brings forward the conception of glass coverage.
在球透镜原理下，给出了回归反光织物反射光的分布曲线并进行了验证。关键词反光印花；反光织物；反光防护服中?。
The distribution of reflected light of return reflecting fabric under the condition of the sphere lens is given and the experimented verificatinons are made with a glass cylinder.
本文在纤维光反射特性分析的基础上，对织物的反光特性进行了探讨，并通过实验对分析结果进行了验证。
In this paper, the analysis is made about the reflection properties of woven fabric based on the study of fibre optic properties.
在障碍场地中，研究小组布置了透明，不透明，具反光性的三种不同能见度的织物。
In the obstacle course, the team used fabrics of three different visibilities—a clear fabric, an opaque fabric, and a reflective fabric.
在障碍场地中，研究小组布置了透明，不透明，具反光性的三种不同能见度的织物。
In the obstacle course, the team used fabrics of three different visibilities—a clear fabric, an opaque fabric, and a reflective fabric.
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