Event Title Author
2005
GPD A New Flexible Glass Coating System M. Andreasen
GPD A New Generation of Temperable Coatings M. List
SVC Flexibility and Productivity Improvements in a New Coating System Design P. Greene
GPD China Flexible Glass Coating Processes and Production S. Nadel
GPD China Flexible Glass Coating Processes and Production (Chinese version) S. Nadel
(translated by
Ms. Guo)
IGS* A New Generation of Flexible, Modular Production Systems for the Glass Coatings Market (*publication) S. Nadel
2004

SVC

Enhancements to Rotating cylindrical Magnetrons J. Rietzel
SVC Plasma Emission Monitoring of Low Rate Materials on Rotating Cylindrical Magnetrons P Greenel
GPD China

Low-E Market Development:  A Comparison of the U.S., European and Chinese Markets

S. Nadel
GPD China

Low-E Market Development:  A Comparison of the U.S., European and Chinese Markets (Chinese version)

S. Nadel
(translated by
Ms. Guo)
2003
ISSP

Sputter Deposition of Titanium Dioxide – Its Control and Enhancement

P. Greene
SVC

High Rate Reactive Deposition of Titania from Rotating Cylindrical Magnetrons with Plasma Emission Monitoring

P. Greene
GPD Advanced Sputter Coating Processes for Glass:  Application of Plasma Emission Control to Cylindrical Magnetrons S. Nadel
2002
SVC High Rate Deposition From Ceramic Targets of Titania-Based Low-Emissivity Coatings P. Greene
ICCG Equipment, Materials and Processes:  A Review of High Rate Sputtering Technology for Glass Coating S. Nadel
2001
SVC Optical Properties Of Sputter Deposited Thin Silver Films P. Greene
IGR* High Rate Sputtering Technology for Throughput and Quality (*publication) S. Nadel
VT&C* Industrial Optical Coating Industry (*publication) R. Hill
GPD A New Generation of In-Line Volume Production Systems for Low-Defect Coating Application M. Perata
GPD Large Area Glass Sputtering Systems:  A Global Market Outlook S. Nadel
2000
SVC Modeling of Production Scale Reactive Deposition of a Cylindrical Magnetron P. Greene
ICCG Strategies For High Rate Reactive Sputtering S. Nadel
ICCG Advances In Target Utilization for Planar Magnetrons R. Newcomb