光聚合物是一种新的光全息记录材料。
由于应用这种新的全息记录材料，不存在复位问题。
By the use of this new hologram recording material, there is no problem of reposition.
可方便地用于研究各种位相型全息记录材料的特性及相应的处理工艺。
It can be conveniently used in studying character and relevant treating technology of various holographic recording medium.
报道不经任何染料敏化处理的重铬酸盐-三醋酸纤维素酯(DCCTA)全息记录材料的红敏性。
The red sensitivity of dichromated cellulose triacetate (DCCTA) holographic re-cording material without any dye sensitization is reported.
本文从原理与实验两方面论述了用新的全息记录材料—硅酸盐晶体及自动计算全息图的实时全息干涉术来测量薄板受力后的变形。
In this article we have theoretically and experimentally discussed how the deformation of a stressed thin plate is measured by real-time holography with bso-crystal and automatic hologram calculation.
本论文的工作重点在于对光致聚合物记录机理的研究，形成相关理论，指导材料记录条件的选择和全息性能的优化。
The key work in this thesis is theoretically investigating the recording mechanism of photopolymer, in order to guide the optimization of recording conditions and the material components.
这些结果表明，该红敏光致聚合物材料具有较好的实时全息记录特性。
These result indicated that red sensitive photo polymer has better real time character.
这些结果表明，该红敏光致聚合物材料具有较好的实时全息记录特性。
These result indicated that red sensitive photo polymer has better real time character.
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