讨论了数码显微镜系统及激光扫描共聚焦显微镜系统的光学原理。
Discussed the optical imaging principle of the digital microscope system and the laser scanning confocal microscope system.
论文设计并优化了一套完整的集自动对焦和实时融合功能为一体的数码显微镜系统。
This paper has designed and optimized an integrated digital microscope system, which can realize both auto-focusing and real time fusion.
数码显微镜多媒体互动系统的出现适应了时代的要求，改变了传统形态实验学的教学模式。
The digital microscope joined with multimedia reciprocal not only suits with the new situation, but also changes the traditional morphology experiment teaching model.
本实用新型公开了一种集光学显微镜与数码摄像机功能于一体的数码显微镜，属数码显微技术领域；
The utility model discloses a digital microscope which is integrated with an optical microscope and a digital video, belonging to the technical field of digital microscopes;
结合教学实践，从三方面总结显微镜多媒体数码互动在教学中的作用。
According to the teaching practice, the paper summarizes the function of interactive multimedia digital microscope from three aspects.
间充质干细胞的形态学和生长曲线：在相差显微镜(OLYMPUSCK40)下观察细胞生长状况，数码成像系统(olympusDP50)摄像记录。
Morphology and growth curve of MSCs: The growth of cells were observed by phase contrast microscope (OLYMPUS CK40), and digital imaging system (OLYMPUS DP50) was applied to record.
所以，笔者经过多年的研究并结合当前科技实际，发明了数码摄像显微镜。
Therefore, the writer has invented a digital photographic microscope with the help of modern technology after many years research.
利用光学显微镜和数码相机对凝固试样的宏观及微观组织进行观察。
The macrostructure and microstructure of the solidified samples was observed by digital camera and optical microscopy, respectively.
为了提高形态学实验课的教学质量，将以往组织学教学中所使用的功能单一的传统光学显微镜更新为显微数码互动系统。
In order to improve the experimental teaching quality of morphology, the traditional mono-functional optical microscopy is updated by the digital microscope mutual system.
利用光学接口设备将数码相机通过作者开发的软件接口及应用软件与常规显微镜相连接，从而实现了金相照片及检验报告的自动化、数字化管理。
Optical coupling between traditional optical microscope and digital camera were developed, and application software were compiled for computer processing of metallographic pictures and test reports.
利用光学接口设备将数码相机通过作者开发的软件接口及应用软件与常规显微镜相连接，从而实现了金相照片及检验报告的自动化、数字化管理。
Optical coupling between traditional optical microscope and digital camera were developed, and application software were compiled for computer processing of metallographic pictures and test reports.
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