Development of methods for accurate modeling of optical equipment for three-dimensional printing

机译：开发用于三维打印的光学设备的精确建模方法

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The task of this research project is to define the extent of applicability of such 3D self-manufacture approach to the production of optical fastenings. The resulting lack of equipment, to be used for demonstration of simple experiments, which would be both competitive in performance and cheap to produce, led to the decision to research opportunities for self-manufacturing.

机译：该研究项目的任务是定义这种3D自制造方法在光学紧固件生产中的适用范围。结果导致缺乏用于简单实验演示的设备，这些设备既具有性能优势，又具有生产成本低廉的特点，因此决定研究自我制造的机会。

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来源
《Current developments in lens design and optical engineering XVII》|2016年|994715.1-994715.6|共6页
会议地点 San Diego CA(US)
作者
Saitgalina A. K.; Tolstoba N. D.; Mitiushkin A.V.;
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作者单位

ITMO University, Kronverksky ave 49, Saint Petersburg, RF, 197101,Dept. Applied and Computer Optics;

ITMO University, Kronverksky ave 49, Saint Petersburg, RF, 197101,Dept. Applied and Computer Optics;

ITMO University, Kronverksky ave 49, Saint Petersburg, RF, 197101,Dept. Applied and Computer Optics;

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原文格式 PDF
正文语种 eng
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关键词
Three-dimensional printing; Student Research Laboratory for Optical Engineering; Optical equipment; printing capabilities; 3D printers; Accuracy; Optical instruments;

机译：三维打印；光学工程学生研究实验室；光学设备；打印能力； 3D打印机；准确性;光学仪器;

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4. Development of methods for accurate modeling of optical equipment for three-dimensional printing [C] . Saitgalina A. K., Tolstoba N. D., Mitiushkin A.V. Conference on current developments in lens design and optical engineering XVII . 2016

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Development of methods for accurate modeling of optical equipment for three-dimensional printing

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