| 1. | Examination of forged seals and imprints of photopolymer reflex plates
感光树脂版伪造印章印文的检验 |
| 2. | Solid type photopolymer plate
固体感光性树脂凸版 |
| 3. | The worse the photopolymer shranks , the worse is the hologram reconstructed
理论分析表明，材料收缩越严重，全息图再现质量越差。 |
| 4. | Forty475 * 465 digital data pages were multiplexed by angle in a thick ( 200 m ) photopolymer film and retrieved successfully
并在此基础上利用纯角度复用成功存储了40幅图像。 |
| 5. | Experiments proved that the analysis is correct and showed that photopolymer without shrinkage can be used to rectify this phenomenon
实验证明了理论分析的正确性，并表明使用无收缩、光致聚合材料可以消除这种“擦除”现象。 |
| 6. | The performance of another photopolymer system without shrinkage in theoretic is discussed also . the experiments indicate that this kind of photopolymer has little erasure effect . however , its diffraction efficiency need to be improved and the noise of the material need to be restrained
分析了一种理论上无收缩体系材料的全息存储特性，并对材料的耐擦除特性作了实验研究，表明该材料拥有较好的耐擦除特性。 |
| 7. | Experimental results on photopolymer , holographic recording material provided by technical institute of physics and chemistry chinese academy of sciences , were presented . the preparation of the material is reported . mechanism of hologram formation in photopolymer films is discussed and high - diffraction - efficiency unslanted gratings were made
用实验的方法研究了一种自制(中科院理化所制作)的光致聚合物，给出了材料的制作方法并讨论了材料的反应机理。 |
