DYMAX OP-67-LS光学机械胶黏剂(optical-mechanical adhesive)粘结光学元件(optical components)时数秒内即可固化。OP-67-LS的低收缩(low-shrink)特性消除了固化和随之而来的热循环(thermal cycling)过程中元件可能的移动。
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Passive Optical Components 无源光器件 ; 无源光元件
Standard optical components 标准光学元件 ; 标准光学元部件
thin film optical components 薄膜光学元件
active and passive optical components 熟悉光器件
Passive optical components test 光纤无源器件的测试
Precision Optical Components 精密光学元件
Fundamentals of Optical Components 光器件基础
Testing of optical components 光学元部件检验
Fujitsu Optical Components Limited 富士通光器件有限公司
However, the mass manufacture of high-quality optical components is also difficult, as a result that physical and chemical factors are extremely complex.
由于影响抛光质量的物理化学因素非常多,所涉及的方面也是极其复杂的,所以实现高质量的光学元件的大批量生产也是非常困难的。
参考来源 - 控制光学元件超光滑表面粗糙度的研究With the ever-increasing demands on optical system performances, requirements for aspheric optical components are more and more critical, which involve aperture, relative aperture, accuracy, lightweight extent, manufacturing efficiency and cost.
随着光学系统性能要求的不断提高,对非球面光学零件口径、相对口径、加工精度、轻量化程度、加工效率和生产成本等方面都提出了更高要求。
参考来源 - 光学非球面坐标测量关键技术研究·2,447,543篇论文数据,部分数据来源于NoteExpress
MEMS technology is thought as one of the most prospective manufacturing technologies for optical components.
MEMS技术由于其自身的诸多优点而被认为是目前最有前景的光器件制作技术之一。
Digital laser plane interferometer is used to measure the surface of optical components and the wavefront aberration of non-confocal optical system.
数字式激光平面干涉仪是用于测量光学元件面形和无焦光学系统波像差的光学仪器。
Precision machining, as a manufacturing technique of micro - optical components, has many advantages which are difficult or even impossible for other traditional methods.
超精密机械加工技术作为微光学元件的一种制造方法,具有很多其他传统方法所不具有的优点。
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