六、成果和荣誉:
1. 发表论文:
[1]宗贵升,徐温崇,孙福玉,应变诱导析出相粒子粗化理论,钢铁研究学报,1987(S1):107-111
[2]宗贵升,徐温崇,孙福玉,铌钒微合金钢中应变诱导析出及强化机理研究,钢铁钒钛,1988(01):15-29
[3]徐温崇,马翔,孙福玉,宗贵升,控轧过程中Nb,V,Ti碳氮化物的应变诱导等温析出,金属学报,1988,24(6):392-397
[4]G. Zong, H. L. Marcus, F. Adar, Stress Dependency of the Raman Frequencies for Carbon Fibers and Residual Stresses in Metal Matrix Composites, Scripta Metallurgica et Materialia, 1993, Volume 29, Issue 1, p85-90
[5]Y.T. Zhu, Guisheng Zong, On the Application of the Statistical Strength Model of Fiber-Reinforced Composites, Journal of Composite Materials, September 1993 vol. 27 no. 9 p944-959
[6]Hun Sub Park, Guisheng Zong, LIoyd D. Brown, Lew Rabenberg, and Harris L. Marcus, “Fiber Matrix Interface Failures,” Metal Matrix Composites: Testing, Analysis, and Failure Modes, ASTM STP 1032, W. S. Johnson, Ed. American Society for Testing Materials, Philadelphia, 1989, p270-279
[7]W. Richards Thissell, Guisheng Zong, James Tompkins, Britton R. Birmingham and H. L. Marcus, Selective Area Laser Deposition – A Method of Solid Freeform Fabrication, Annual International Solid Freeform Fabrication Symposium, Austin, 1991, p259-270
[8]Guisheng Zong, James Tokins, W. Richards Thissell, E. Sajot and Harris L. Marcus, Processing Problems Associated with Gas Phase Solid Freeform Fabrication Using Pyrolytic Selective Area Laser Deposition, Annual International Solid Freeform Fabrication Symposium, Austin, 1991, p271-278
[9]Guisheng Zong and Harris L. Marcus, Moving Boundary Transport Phenomena in Selective Area Laser Deposition Process, Annual International Solid Freeform Fabrication Symposium, Austin, 1991, p279-287
[10]Britton R. Birmingham, Guisheng Zong, J. V. Tompkins and H. L. Marcus, Selective Area Laser Deposition from Acetylene and Methane to Increase Deposition Control, Annual International Solid Freeform Fabrication Symposium, Austin, 1991, p288-294
[11]P. Kamatchi Subramanian, Guisheng Zong and H. L. Marcus, Selective Laser Sintering and Reaction Sintering of Ceramic Composites, Annual International Solid Freeform Fabrication Symposium, Austin, 1992, p63-71
[12]G. Zong, Y. Wu, N. Tran, I. Lee, D. L. Bourell, J. J. Beaman and H. L. Marcus, Direct Selective Laser Sintering of High Temperature Materials, Annual International Solid Freeform Fabrication Symposium, Austin, 1992, p72- 85
[13]Xiaoming Deng, Guisheng Zong and Joseph J. Beaman, Parametric Analysis for the Selective Laser Sintering of a Sample Polymer System, Annual International Solid Freeform Fabrication Symposium, Austin, 1992, p102-109
[14]B.R. Birmingham, J. V. Tompkins, G. Zong and H. L. Marcus, Development of a Selective Laser Reaction Sintering Workstation, Annual International Solid Freeform Fabrication Symposium, Austin, 1992, p147-153
[15]Uday Lakshminarayan, Guisheng Zong, W. Richards Thissell and Harris L. Marcus. Solid Freeform Fabrication of Ceramics Using Selective Laser Sintering and Selective Area Laser Deposition. 1991 MRS Proceedings, 249, 323 doi:10.1557/PROC-249-323
[16]Marcus, H.L, Zong, G., and Subramanian, P.K., “Residual Stresses in Laser Processed Solid Freeform Fabrication, Residual Stresses in Composites,” Measurement, Modeling and Effect on Thermomechanical Properties, Barrera, E.V. and Dutta, I., eds., TMS, 1993, pp. 257-271
[17]G. Zong, Solid Freeform Fabrication Using Gas Phase Selective Laser Deposition, Ph. D. Dissertation, University of Texas at Austin, 1991, Google Book, 304 pages
[18]宗贵升,快速自动成型技术(一)——材料添加法制造零部件,计算机辅助设计与制造,1995(08):40-43
[19]宗贵升,快速自动成型技术(二)——材料添加法制造零部件,计算机辅助设计与制造,1995(09):22-27
[20]宗贵升,快速自动成型技术(三)——材料添加法制造零部件,计算机辅助设计与制造,1995(10):37-40
[21]宗贵升,AFS快速自动成型技术及应用,机电工程,1996(03):8-9
[22]宗贵升,集成快速制造技术(一)——概念、应用及发展现状,计算机辅助设计与制造,1996(08):44-46
[23]宗贵升,集成快速制造技术(二)——快速三维CAD设计,计算机辅助设计与制造,1996(09):20-22
[24]宗贵升,集成快速制造技术(三)——三维数字化仪,计算机辅助设计与制造,1996(10):22-24
[25]宗贵升,集成快速制造技术(四)——快速自动成型,计算机辅助设计与制造,1996(11):24-41
[26]宗贵升,冯涛,集成快速制造技术,中国机械工程,1997,8(5):16-17
[27]冯涛,孙建民,宗贵升,用选择性激光烧结实现快速精密铸造,中国机械工程,1997,8(5):21-23
[28]宗贵升,Internet经济的九大规律,中国科技信息,1999, 41(20):12-13
[29]宗贵升,Internet公司的九大规律,中国科技信息,2001(4):95-97
[30]宗贵升,宗贵升:实现智能制造,平台化运作将成核心,千人,2015(6):32-34
[31]宗贵升,3D打印思维与实践,粉末冶金工业,2015,25(6):1-5
2. 发明专利:
[1]Marcus, Harris L. (Austin, TX),Zong, Guisheng (Austin, TX) ,Thissell, Richards W. (Austin, TX) ,Catalyst and plasma assisted nucleation and renucleation of gas phase selective laser deposition, 12/08/1992, WO 1993002846 A1
[2]Marcus, Harris L. (Austin, TX) ,Tompkins, James V. (Austin, TX) ,Birmingham, Britton R. (Austin, TX),Lin, Shyh-nung (Santa Clarita, CA) ,Zong, Guisheng (Austin, TX), Method and apparatus for direct use of low pressure vapor from liquid or solid precursors for selected area laser deposition,04/26/1994,US 5306447 A
[3]Marcus, Harris L. (Austin, TX),Zong, Guisheng (Austin, TX) ,Thissell, Richards W. (Austin, TX) ,Catalyst and plasma assisted nucleation and renucleation of gas phase selective laser deposition, 12/08/1992, US 5169579 A
[4]Tian,Yongning, Zong,Guisheng, Zang ,Lihua ,A combination piston compression ring ,03/20/1997, WO 1997010424 A1
[5]Ivo Zinkov, Garrison G. Zong, Mike Min-Chu Chen ,Virtual real-time facsimile transmission over the internet,Apr 26, 2001, US 20010000441 A1
[6]Garrison G. Zong, Shuh C. Chang, Ivo Zinkov, Mike Min-Chu Chen ,Device and system for providing access to the internet,April 19, 2001, US 20010000301 A1
[7]宗贵升,变长线扫描快速自动成型方法和装置,1997.6.4,中国,ZL 94106496.4
[8]宗贵升,一种扩展便携式电器充电电池功能的方法,2006.1.4,中国,ZL 02134227.X
[9]宗贵升,多功能手机充电电池及其实现方法,2006.5.3,中国,ZL 02147624.1
[10]宗贵升,通过无线通信协议实现信息交换的便携式终端,2006.7.26,中国,ZL 02152065.8
[11]孙涛,宗贵升,具有U盘功能的掌上型电脑、电脑辞典,2003.9.3,中国,ZL 02226825.1
[12]孙涛,宗贵升,手写输入双显示屏手机,2003.12.17,中国,ZL 02226826.X
[13]宗贵升,多功能手机充电电池,2003.10.8,中国ZL 02248611.9
[14]宗贵升,锁扣部件、转角锁扣部件及支柱部件,2011.10.19,中国,201120041693.0
[15]宗贵升,一种家具支架、支柱及组件,2011.12.14,中国, 201120039017.X
[16]宗贵升,一种塑胶夹头及夹头连接结构,2012.2.1,中国, 201120039006.1
[17]宗贵升,带有MP3功能的手机电池,2004.3.31,中国,ZL 03224825.3
[18]宗贵升,带有PDA功能的手机电池,2004.9.15,中国,ZL 03224826.1
[19]宗贵升,程尚振,一种带有多功能模块电池组件的PDA或电子辞典,2005.1.19,中国,ZL 03265669.6
[20]宗贵升,程尚振,防盗数码电子辞典,2005.6.8,中国,ZL 03234465.1
[21]宗贵升,一种彩色3D打印装置和打印方法,201410226281.2,审查中
[22]宗贵升,蔡振宇,一种基于网络的3D打印控制方法,201410851084.X,审查中
[23]宗贵升,蔡振宇,刘宝华,一种FDM 3D打印方法、打印机及其支撑装置,201510106340.7,审查中
[24]宗贵升,蔡振宇,李子夫,一种FDM 3D打印机续料换料换色装置及实现方法,201510113144.2,审查中
[25]宗贵升,蔡振宇,李子夫,一种FDM 3D打印方法、打印机及其支撑装置,中国,ZL 201520137878.X
[26]宗贵升,蔡振宇,3D打印及外壳(六角),中国,ZL 201530053633.4
[27]宗贵升,蔡振宇,3D打印机外壳(树叶),中国,ZL 201530053611.8
[28]宗贵升,蔡振宇,刘宝华,一种彩色3D打印机,201610029166.5,审查中
[29]宗贵升,蔡振宇,刘宝华,一种远端供料的食品3D打印装置,201610029407.6,审查中
[30]宗贵升,蔡振宇,李子夫,利用熔融床进行3D打印的方法和3D打印系统,201610833685.7,审查中
[31] 宗贵升,蔡振宇,吴湘液,李子夫,一种用于SLM运动滑台的气密传动装置,201510146301.X,审查中
[32] 宗贵升,蔡振宇,刘宝华,一种独立供料的食品3D打印机及其独立供料装置,201620383752.5,审查中