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1·Photopolymer is one new holographic recording medium.

光聚合物是一种新的光全息记录材料。

2·These results show the photopolymer is adaptive to the holographic storage.

说明该光致聚合物适合数字全息存储。

3·A new prescription of photopolymer is designed, and a proper solvent is chosen.

设计了一种新型光敏聚合物材料配方，并通过实验对比选定了合适的溶剂。

4·This paper introduces a method for real time measurements of the shrinkage of the photopolymer.

从实验分析入手，介绍一种实时测量光敏树脂收缩率的测试方法。

5·Finally a cutting contrast test was preceded between the photopolymer dicing bladeand two kinds of like products.

此外还选择市场上的同类产品与光固化树脂锯片进行了加工性能的对比。

6·It points out the structure and component of photopolymer are improved which can obtain good performance of resist.

并指出，通过改进感光高分子的结构与组成，可以获得性质优良的抗蚀剂。

7·There are basically two ways to go about making multi-material objects with photopolymer resin-based 3d printing processes.

基本上有两种方式去制造多材料物体的光聚合物树脂基三维打印过程。

8·The machine is capable of making objects out of multiple kinds of solid photopolymer, each with different colours or properties.

这种机器能够用光感聚合物制造不同种类、颜色和性能也不同的物品。

9·By analyzing the photochemical process of PMMA (PQ) photopolymer materials in detail, we present a non-local diffusion model in this thesis.

本文通过光化学产物分析了PM MA (PQ)材料的光反应过程，建立了适用于该材料的非局域扩散模型。

10·The experiments were designed and conducted to validate the theoretical results. The material in experiments was a novel photopolymer invented by our group.

在对光致聚合物光栅形成机理理论研究的基础上，设计了相关实验对理论结果进行验证。

光聚合物

1·There are basically two ways to go about making multi-material objects with photopolymer resin-based 3d printing processes.

基本上有两种方式去制造多材料物体的光聚合物树脂基三维打印过程。

2·Photopolymer is one new holographic recording medium.

光聚合物是一种新的光全息记录材料。