| 1. | Thermal fixing method is a feasible solution to this problem
热固定是解决这一问题的有效方法之一。 |
| 2. | A complete thermal fixing procedure includes two steps i . e . , fixing and developing
热固定包括定影和显影两个过程。 |
| 3. | Heat fixation is performed by the rapid passage of the air - dried smear two or three times over the flame of the bunsen burner
热固定是将空气中乾燥的抹片快速地在本生灯火焰上通过二或三回。 |
| 4. | We believe that the successful building up of this system will make a great progress in high - density nonvolatile volume holographic storage
本系统的研制成功有利于全息存储热固定的实用化。 |
| 5. | This system can be used to store no less than 10000 holograms , and it is flexible and practical to operate . we stored 1
证实了分批存储热固定是实现高衍射效率和高图像质量的高密度全息存储的优选方案。 |
| 6. | And then , the method for determining the optimum number of batches for fixing a given number of holograms is present based on above research
北京工业大学理学博士学位论文一计算比较了以不同分批数存储热固定的多重全息图的衍射效率。 |
| 7. | Furthermore , the exposure schedule for recording holograms with equalized diffraction efficiency is designed based on the above - mentioned optical erasure time constants
并且依据上述两种光擦除时间常数，为分批存储热固定多重全息图的等衍射效率记录设计了曝光时序。 |
| 8. | Owing to the batch - fixing scheme , the exposure time for recording individual hologram is more uniform and the total exposure time is short than that by using single - fixing scheme
由于采用分批存储热固定技术，适当均化了所有全息图的曝光时间并缩短了总曝光时间，从而可以降低噪声强度并提高全息图存储容量。 |
| 9. | With the ms filtering , we firstly studied the correlation output after the holograms were thermal - fixed . we found that after thermal fixing , the readout holograms and the image of background correlation became dark
本论文还在离线的热固定技术和ms滤波法的基础上，在目前还没有报道的情况下，首先研究了热固定的相关识别。 |
| 10. | We stored 1000 binary pages in a 0 . 03 % ferlinbo3 crystal using this system and batch thermal fixing technique . all the stored images are retrieved , and the retrieved images have uniform diffraction efficiency and good quality
最后，采用分批热固定方法在fe : linbo _ 3中存储1000幅二值数据页，全部读出所有的图像，衍射效率均匀，图像质量良好。 |
