比较了两类材料的感光光谱范围，感光灵敏度，空间分辨率，抗疲劳性，热稳定性等性能。
The optical storage properties of both materials were compared such as sensitive spectral range, sensitivity, spatial resolution, fatigue resistance and thermal stability.
从提高亚甲基蓝敏化红敏明胶材料的感光灵敏度入手，优化材料配方，改进后处理工艺，获得了感光速度快、灵敏度高的红敏实验配方。
The red sensitized gelatin recording materials with high imaging speed and photosensitivity are obtained by optimizing material recipe and post processing procedures.
通过有效地扩大感光区域，使得捕捉光线的能力加强，在保证了高灵敏度的同时也保证了画面素质。
By effectively enlarging the photosensitive surface area and enabling it to capture light that was previously lost, we were able to achieve both high sensitivity and superior image quality.
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