Technical Papers for Cell Testing & Surface Quality Monitoring Solutions
C.R.R. Osterwald, T. Glatfelter and J. Burdick
M. Prorok, B. Werner, T. Zdanowicz
Improved Treatment of the Strongly Varying Slope in Fitting Solar Cell I-V Curves
A.R. Burgers, J.A. Eikelboom, A. Schonecker, W.C. Sinke
Solar Cell Efficiency Measurements
K.A. Emery and C.R. Osterwald
Advanced System for Calibration and Characterization of Solar Cells
F. Granek and T. Zdanowicz
Contacting Bare Solar Cells For STC Measurements
Jochen Hohl-Ebinger, Daniela Grote, Britta Hund, Wilhelm Warta
Keith Emery and Carl Osterwald
The Interactive Computer Program to Fit I-V Curves of Solar Cells
Tadeusz Zdanowicz
Application Note: Surface Preparation for Wire Bonding
David Jackson, CleanLogix
Using OSEE For Selecting Among Alternative Surface Cleanling Processes
Mantosh K. Chawla, Photo Emission Tech., Inc.
Pre-bond Quality Assurance of CFRP Surfaces Using Optically Stimulated Electron Emission
K. Brune, L. Lima, M. Noeske, K. Thiel, C. Tornow, S. Dieckhoff, M. Hoffmann, D. Stubing
Bond Surface Evaluation by OSEE Instrument – Titan IV Payload Fairing
R. P. Date, The Aerospace Corporation
Contamination Monitoring of RSRM Bonding Surfaces using OSEE
Robert A. Mattes, Morton Thiokol, Inc.
Feasibility Study of OSEE Inspection for Flux Residue on Electronic Assemblies
Christopher S. Welch, College of William & Mary
Measuring the Effectiveness of Magnetic Disk Cleaning and Cleaning Processes
John B. Mandle, John B. Mandle & Associates
OSEE Determination of Fluorocarbon Lubricant Film Thickness on Magnetic Thin Film Media
Khalid T. Mahmud, Nashua Computer Products Mantosh K. Chawla, Photo Emission Tech., Inc.
Steel Surface Oxidation after Pickling
Yume Gerenrot & David Leychkis, Ferrotech, Applied Research Center, Pittsburgh, PA
Surface Quality Unit for Inspection by Non-Destructive Testing (SQUINT)
Tennyson Smith, Rockwell International Science Center
Thomas M. Tam, Ralph Wyngarden & Anthony F. Naylor, Lockheed Corporation
How Clean is Clean? Defining Acceptable Cleanliness Levels
Mantosh K. Chawla, Photo Emission Tech., Inc.
A Noncontacting Scanning Photoelectron Emission Technique for Bonding Surface Cleanliness Inspection
Dr. Raymond L. Gause, NASA Marshall Space Flight Center
Summary by Mantosh K. Chawla, Photo Emission Tech., Inc.
Kai Brune, Christian Tornow, Michael Noeske, Thorben Wiesner, André Felipe Queiroz Barbosa, Stephani Stamboroski, Stefan Dieckhoff, and Bernd Mayer
Contamination Detection on Weld Surfaces
Ron Blake, Martin Marietta
Copper Foil Characterization and Cleanliness Testing
Irene Artaki et al, AT&T Bell Labs
How Clean is Clean? Non Destructive/Direct Methods of Flux Residue Detection
Mark Koch, Et Al, Sandia National Laboratories
Christopher S. Welch, College of William & Mary
Urmi Ray, AT&T Bell Laboratories
Optically Stimulated Electron Emission (OSEE): A Non-Invasive Technique for Contamination Detection
George Epstein & Susan S. Shlanger, The Aerospace Corporation
Improved Detection Technique For Solvent Rinse Cleanliness Verification
Dr. Steven J. Hornung, Honeywell Technology Solutions, Inc.
Surface Cleanliness Monitoring to Improve Coating/Paint Adhesion
Mantosh K. Chawla, Photo Emission Technology Inc.
Testing Epoxy Composite Surfaces for Bondability
Brenda M. Parker, Materials and Structures Department, Royal Aerospace Establishment, UK Rex M. Waghorne, Fulmer Research, UK
The Use of Optically Stimulated Electron Emission for the Detection of Surface Contamination
C. J. Allen, C. Kerr & P. Walker, AWE, Aldermaston, Berkshire, England