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Summary: Draw two-nuclide diagrams so that burial always goes the same way.
Dr Young Hoon Kwak a faculty member of the Project Management program at the Management Science Department at The George Washington University (GWU) in Washington, DC.
He received his MS (1992) and Ph D (1997) in Engineering and Project Management from the University of California at Berkeley.
He is serving as a member of the editorial review boards of Project Management Journal since 2002. Anbari earned his Ph D in Project Management and Quality Enhancement, MBA, and MS in Engineering from Drexel University.
Dr Kwak's main research interests include project management and control, risk management, and technology management. He gained extensive industrial experience serving in leadership positions at Amtrak, Day and Zimmermann, and American Water Works Service Company.
Understanding the key features, obstacles, and shortcomings of the six sigma method allows organizations to better support their strategic directions, and increasing needs for coaching, mentoring, and training.
The basic concept here is that if your sample stays at the surface and experiences steady exposure with or without erosion, nuclide concentrations are confined to the “simple exposure region” highlighted with dark lines in the above figure.
It integrates the lessons learned from successful six sigma projects and considers further improvements to the six sigma approach.Dr Anbari taught in the graduate programs at Drexel University, Penn State University, and the University of Texas at Dallas.He served as Examiner (1993–1995) and Alumni Examiner (1999–2000) for the Malcolm Baldrige National Quality Award, as voting member of the ANSI/ASQ ISO Standards Committees (1996–1999), and as a member of the Editorial Review Boards of Quality Management Journal (1993–1998) and Project Management Journal (2000–Present). Here’s an example: The lines are contours of burial time in Myr. This is the foundation of the method of cosmogenic-nuclide burial dating.So, basically, in the Al-26/Be-10 two-nuclide diagram (let’s not use “banana diagram” any more…historically, it probably should be called a “Lal-Klein-Nishiizumi diagram,” although that is a bit cumbersome), exposure goes to the right and burial goes down. The problem arises when other nuclides are involved.I’ve done it this way in the version 3 online exposure age calculator, which will generate two-nuclide diagrams for all combinations of Ne-21, Be-10, Al-26, and C-14 in quartz, and also in the ICE-D database which makes use of the v3 calculator as a back end.