[1] The National Education Commission funded the outstanding young teachers' fund project "Research and Development of the Reverse Engineering System of 3D Parts Geometric Model";
[2] National Natural Science Foundation Project "Application Research of Neural Network in Machining Quality Control";
[3] National Natural Science Foundation Project "Full Geometric Information Acquisition and Model Reconstruction of Complex 3D Parts"
[4] National 863 Program (Basic Research) Project "Integrated Online Manufacturing Service System Based on RRE and RP"
[5] National 863/CIMS project "JFMT/CIMS/CAQ Detailed Design", as the chief designer of CAQ subsystem;
[6] National 863/CIMS project "JFMT/CIMS/CAQ R&D", as the project leader of CAQ subsystem;
[7] Fund Project of Returned Overseas Students of the State Education Commission "Research on Environmental Processing Technology and Technology";
[8] Shaanxi provincial key science and technology project "3D printing rapid prototyping technology development";
[9] Xi's Ninth Five-Year Industrial Science and Technology Key Project "Research and Development of 3D Parts Full Geometric Solid Model Surveying and Mapping System";
[10] Shaanxi Scientific Research Program Fund Project "Machining Control Based on Neural Network and Fuzzy Logic";
[1 1] National key science and technology project "Research and development of laser rapid prototyping technology";
[12] "National Rapid Prototyping Manufacturing Technology Service Center Construction";
(2) Since 2000, he has presided over the vertical scientific research projects completed and under research (the first applicant).
[1] The project of National 973 Plan "New Principles and Methods of Fine Digitization in the Design and Manufacture of High Performance Electronic Products" is entitled "Phase Transformation Configuration and Fidelity Transfer in Micro-imprint Forming", with a total funding of 246.5 million yuan from 2003 to 2008.
[2] The key project of the National 863 Program (Class B), "Research and development of imprint lithography technology and equipment in integrated circuit manufacturing", with a total funding of 2 million yuan, from 2002 to 2005.
[3] Shaanxi provincial key scientific and technological project "Research and development of imprint lithography technology and equipment", with total funding of 1 10,000 yuan, 2003-2005.
[4] Xi 'an's major innovation project "Research and development of integrated circuit imprint lithography technology", with total funding of 1 ten thousand yuan, 2004-2006.
[5] National Natural Science Foundation Project "Rheological Simulation and Process Control in Micro-nano Scale Constrained Forming", 26.26 million yuan, 1999-2002.
[6] National 863 Plan "Remote Service System Based on RE/CAD/RP/RT", with a total funding of 56.56 million yuan, 200 1-2003.
[7] The key teacher fund project of the Ministry of Education "Manufacture of bioactive artificial bone", with a total funding of 27.27 million yuan in 2000-2002.
[8] National Natural Science Foundation Project "Research on Imprint Etching Technology in Integrated Circuit Manufacturing", with a total funding of 30.3 million, from 2003 to 2006.
[9] The Cross-century Talents Program of the Ministry of Education, "Sub 100nm Characteristic Structure Formation Method", with a total funding of 30.3 million yuan, from 2003 to 2006.
[10] American applied materials company's innovation fund "deep submicron structure multi-layer overprint alignment measurement system and overprint technology", with a total fund of 30.3 million yuan, from 2005 to 2007.
[1 1] The National 863 Program "Large-area Reverse Imprinting Technology of Microstructures in Flexible Macro-electronics Manufacturing", with a total funding of 97.97 million yuan from 2007 to 2009.
[12] The key project of National 863 Program "Development of PDD therapeutic electrode and system based on MEMS" is a sub-project "Development of biocompatible MEMS", with a total funding of 2.67 million yuan and a sub-project funding of 850,000 yuan, from 2007 to 2009.
[13] National Natural Science Foundation Project "Basic Research on Large-area Reverse Imprinting Technology of Microstructures in Flexible Macroelectronics Manufacturing", with a total funding of 38.38 million yuan, 2008-20 10.
[14] The project "Basic Problems of Integrated Circuit Manufacturing Equipment" in the National 973 Plan "Laws and Control of Field-induced Rheological Deformation of Nanostructures" has a total funding of 3.6 million yuan, 2009.438+0-2038+03.5338+02.
(3). Representative papers
Up to 2008, he has published more than 20 papers/kloc-0 in academic journals and conferences at home and abroad. Among them, representative papers:
Hongbo. Lan is from Yucheng. Ding, et al., "Research on silicon wafer stage in nano-imprint lithography", Journal of Microelectronics Engineering, 84/4(2007), pp. 684-688.
Li Zhigang is from Yucheng. Ding. Study on sheath potential difference of low-voltage and high-frequency capacitive RF plasma is the basic research of ion energy impacting material surface. Coating technology, 200/ 18- 19(2006), pp. 5655-5662.
Li, Ding Yucheng, et al., "Reducing deformation in imprint lithography by load release", Journal of Microelectronics Engineering, 83/3(2006), 485-49 1
Yucheng Liu Hongzhong. Ding, et al., "Multi-step nano positioning control of step imprint lithography equipment", Nanoscience,12, 2006, 123- 130.
Yucheng Liu Hongzhong. Ding, et al., "A Measurement System for Step-by-Step Imprint Lithography", Journal of Key Engineering Materials, 2005, Vols. 295-296, pp.107-12.
Liu Hongzhong, Lu Bingheng, Yucheng. Ding, et al., "A piezoelectric actuator for nano-positioning motor based on double servo loops and nonlinear compensation", Journal of MEMS and Micro-engineering, 13, 2003, pp. 295-299.
Lan Hongbo, Ding Yucheng, et al., "Development of Step-by-Step Micro-imprint Lithography Tool", Journal of MEMS and Micro-engineering,17 (2007) 2039–2048.
Wang Quandai, Duan Yugang, Yu Chengding, et al., "Fabrication of glass wet etching imprint template based on soft etching mask", Journal of MEMS and Microengineering, 16, 2006, 564-57.
Shao Jinyou, Ding Yucheng, Tang, et al., "A New Stacking Process with Load Release and Alignment Error Pre-compensation", Microelectronics Engineering, 85/ 1, 2008, pp 168- 174.
Shao Jinyou, Ding Yucheng, et al, "Alignment Measurement Method of Imprint Lithography Based on Moire Fringe", Optical Engineering, 47/1,2008, 1 1360 1
Jiang, Ding Yucheng, et al., "Two-step curing method of ultraviolet lithography and demoulding", Microelectronics Engineering, vol. 85/2, 2008, pp. 458-464.
Lan Hongbo, Ding Yucheng, et al., "Mold Deformation in Soft Ultraviolet Lithography", China Science and Technology Journal, Vol.39, 2009, pp 1- 10.
Ding Yucheng, et al., "Study on the Application of Nano-imprint Technology in Carbon Nanotube Photoelectric Devices", China Society of Electrical Engineering, 2007, Volume 8/7, pp. 274-275.
, Liu Hongzhong, Ding Yucheng, "Fabrication of 3D Microstructure of Polymer Photovoltaic Devices Based on Soft Nano-imprint Technology", IEEE Conference, 2007, Volume 8/7, 300-30 1.
Shi Yongsheng, Ding Yucheng, "Preparation of Highly Ordered Hole Arrays by Soft Nano-imprint Technology", IEEE 2007, Volume 8/7, 280-28 1.
, Ding Yucheng, Jiang, "A Novel UV Nano-imprint Loading and Stripping Process Control", Microelectronics Engineering, 2008, published and available online.
Shao Jinyou, Ding Yucheng, Hong, et al., "The strategy of overlapping position movement caused by loading force in step-by-step imprint lithography", Journal of the Society of Mechanical Engineers, Volume B, Engineering Manufacturing, 2008, accepted and being published.
, Liu Hongzhong, Ding Yucheng, et al., "Preparation of carbon nanotube arrays for field emission and sensing devices", Journal of Microelectronics, 2008, published and available on the Internet.
Wang Quandai, Duan Yugang, Ding Yucheng, et al., "Research on LIGA-like process based on multi-stage imprint lithography", Journal of Microelectronics, 2008, published and available online.
, Ding Yucheng, Li et al., "Research on Casting Process of High-quality Moulds", Microelectronics Engineering, 2008, published and available on the Internet.
Lan Hongbo, Ding Yucheng, et al. Quotation methodology of light-cured rapid prototyping parts based on STL model. Computer and engineering. Industrial Engineering, 52/2 (2007), pp. 2465438+0–256.
Lan Hongbo, Ding Yucheng, et al., "Reconfigurable Tomography System of Reverse Engineering Based on CNC Milling Machine", International Journal of Advanced Manufacturing Technology (2008) 37: 341–353.
Hong Bolan is from Yucheng. Ding, et al., "Decision Support System for Rapid Prototyping Process Selection Integrated with Fuzzy Comprehensive Evaluation and Expert System", International Parts Processing Technology, No.1, 2002. Journal of Production Research, 42/ 1(2005), pp. 169- 194.
Lan Hongbo, Ding Yucheng, et al., "Web-based product rapid development and manufacturing service system", Industrial Computer, 54/ 1(2004), p. 5 1-67.
Zhang, Ding Yucheng, et al., "A New Hollow-out Process in rapid prototype model", Journal of Rapid Prototyping, 10/3(2004), pp. 166- 175.
Ding Yucheng, Lan Hongbo, et al., "Integrated Manufacturing System of Rapid Mould Based on Rapid Prototyping", Integrated Manufacturing of Robot and Computer, 20/4(2004), 28 1-288.
Yu, Ding Yucheng, Li, et al., "A rapid prototyping system for paper lamination based on tools", in. Journal of Machine Tool and Manufacturing, No.43 (2003), p. 1079- 1086.
Hong Yuyan, Ding Yucheng, et al., "Experimental evaluation of friction coefficient and liquid nitrogen lubrication effect in low temperature machining", Machining Science and Technology, 6/2(2002), pp. 235-250.
Hong, Ding Yucheng, et al., "Cooling method and cutting temperature in low temperature machining of Ti-6Al-4V", International Institute of Aeronautics and Astronautics. J machine tools and manufacturers, 4110 (2002), pp. 14 17- 1437.
Lan Hongbo, Ding Yucheng, et al., "An Integrated Modeling Method for Engine Cylinder Block Based on Cross-section Imaging System", Applied Mechanics and Materials,10-12,697-701,2008.
Lan Hongbo, Ding Yucheng, et al., "Cost estimation system for collaborative development of injection molds based on network", Materials Science Forum, Vol. 532-533, pp997- 1000, 2006.
Lan Hongbo, Ding Yucheng, et al., "Web-based quotation system for light-cured rapid prototyping parts", Computer Industry, Vol.59 (2008), 777–785.
(4). Apply for and authorize patents
Manufacturing method of composite true three-dimensional MEMS device based on imprint lithography, ZL03 134596, September 2005, authorized;
Manufacturing method of photo-curing resin mold for replication of polydimethylsiloxane microfluidic chip, ZL2004 10073433, authorized in March 2007;
Deep submicron 3D rolling die and its manufacturing method, ZL2005 10042777, authorized on June 65438+1October 2007;
Deep submicron three-dimensional heterojunction interface of polymer solar cells and its preparation method, ZL2005 10042776, 65438+20081October, authorized;
Manufacturing method of super-flatness soft die for large-area micro-imprint, 2005 1004307 1, August 2005;
Manufacturing process of MEMS imprint template based on wet etching, 2005 10043070, August 2005;
UV-curable cationic etching adhesive for nano-imprint, 2005 10043034, August 2005;
Low-cost manufacturing method of complex three-dimensional microstructure or micro-device, 2005 10095042.0, May 2006.
Zero-film imprint template and imprint lithography pattern transfer method, 200610105267,65438+February 2006;
Preparation method of large-area periodic array three-dimensional microstructure, 2007 100 15200, August 2007;
Large-area imprint molding method for plasma display panel barrier, July 7, 200710018184.4;
Two-degree-of-freedom pneumatic semi-suspension abutment with high speed and long stroke, 2007 100 18229, June 2007, 65438+1October;
Ultra-high density magnetic random access memory based on Hall effect and its preparation method, 20075438+000 17940.438+0, May 2007;
Method for manufacturing patterned magnetic recording media by direct transfer of continuous reverse embossing patterns, Jun. 200765438+00018124;
Large-area reverse roll embossing method for microstructures in flexible macro-electronic manufacturing, 200710019013.3, 2007 165438+ 10;
A three-dimensional rolling die with micron characteristics and its manufacturing method, 200710018185.9, July 2007;
An implantable MEMS bioelectrode and its preparation process, 2007 10 199235, 2007 65438+February.
Composite bipolar plate for micro fuel cell and its preparation method, June 2007 100 15794;
Customized conductive film for dye-sensitized TiO2 _ 2 nanocrystalline solar cells and its preparation, 2008 100 17378.7, 2008 65438+1October;
A three-dimensional photonic crystal with full band gap and its imprint molding manufacturing method, 2008 100 18360.9, June 2008;
Preparation method of composite bipolar plate for miniature direct methanol fuel cell, April 2007 100 17793;
(5) Award-winning scientific research achievements
"Rapid Manufacturing Technology and Equipment of Panel Mould Based on Metal Spraying and Brush Plating Technology", First Prize of Shaanxi Science and Technology, 2005 (2)
"Some Key Technologies and Equipment of Rapid Prototyping", Second Prize of National Science and Technology Progress, 2001(4);
"Laser curing rapid prototyping machine and light curing resin", the first prize of scientific and technological progress of the Ministry of Education,1999 (4);
"software package EVESADP for modal synthesis and optimization design of viscoelastic large damping structures", the first prize of scientific and technological progress of the State Education Commission,1992 (2);
(6). Honorary title
200 1 received "special government allowance" from the State Council;
Selected into the trans-century talent plan of the Ministry of Education in 2003;
In 2002, he was awarded the title of "Excellent Returned Overseas Students" by Shaanxi Provincial Personnel Department;