
ModelVision software, Research and Services
PDF Lists
List of PDFs used on the website to allow indexable setting to be applied.
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Product Brochures & Information
​​All our product brochures can be downloaded from the list below, including the Release Notes for earlier ModelVision versions.
ModelVision 18.0 Release Notes (1,608 KB)
ModelVision 18.0 User Guide (19,830 KB)
ModelVision Technical Sheet (3,801 KB)
Instructions for ModelVision Tutorials installed in C:\ProgramData\Encom\Mvis\Tutorials (14,444 KB)
ModelVision End User Licence Agreement (76 KB)
Guide to solving magnetic and gravity modelling problems with ModelVision (3,513 KB)
Depth Module Technical Sheet (8,600 KB)
AutoMag Module Technical Sheet (3,461 KB)
QuickDepth Module Technical Sheet (3,748 KB)
RockMod User Guide (791 KB)
RPD Mapping Technical Sheet (7,427 KB)
Release Notes Archive
ModelVision 17.5 User Guide (33,007 KB)
ModelVision 17.5 Release Notes (5,182 KB)
ModelVision 17.0 User Guide (33,897 KB)
ModelVision 17.0 Release Notes (7,896 KB)
ModelVision 17.0 Technical Sheet (5,030 KB)
ModelVision 16.0 User Guide (22,533 KB)
ModelVision 16.0 Release Notes (2,365 KB)
ModelVision 15.0 Release Notes (3,542 KB)
ModelVision 14.0 Release Notes (1,059 KB)
ModelVision 13.0 Release Notes (1,572 KB)
ModelVision 12.0 Release Notes (307 KB)
ModelVision 11.0 Release Notes (675 KB)
ModelVision 10.0 Release Notes (51 KB)
ModelVision 9.0 Release Notes (3,152 KB)
ModelVision 8.0 Release Notes (860 KB)
ModelVision 7.1 Release Notes (257 KB)
ModelVision 7.0 Release Notes (404 KB)
Case Studies & Publications
Papers published by geophysical researchers using ModelVision.
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K. Blair McKenzie, Steven H. Hansen & Janet Morrissey, 2024 Exploration Geophysics (9,860 KB)
David Pratt, James Austin, Clive Foss, 2021 AEGC ( 1,676 KB)
An Al approach to automated magnetic formation mapping beneath cover
David Pratt, Blair McKenzie & Anthony White, DOI: 10.1080/22020586.2019.12073001, 2019 AEGC (7,002 KB)
An Al approach to using magnetic gradient tensor analysis for quick depth and property estimation
David Pratt, Blair McKenzie & Anthony White, DOI: 10.1080/22020586.2019.12073003, 2019 AEGC (2,007 KB)
David Pratt, 2013 ASEG Remanence and Demagnetisation Forum (5,047 KB)
The remote determination of magnetic remanence
David Pratt, Blair McKenzie & Anthony White, 2012 ASEG (789 KB)
David Pratt and Blair McKenzie, 2009 ASEG (2,589 KB)
Further Reading
Potential field interpretation publications that will assist ModelVision users understand what can be achieved with this powerful application
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Mapping and modelling sources of natural remanent magnetization in the microcline-sillimanite gneiss, northwest Adirondack Mountains: Implications for crustal magnetism, Pastore, Z., McEnroe, S. A., Church, N. S., & Oda, H., Geochemistry, Geophysics, Geosystems, 22, e2020GC009580. https://doi.org/10.1029/2020GC009580, 2021 (17,757 KB)
Maximising geological information recovery from different magnetic instruments through the application of joint inversion, David Pratt & Blair McKenzie, 2009 (2,589 KB)
Geophysical inversion for mineral exploration: a decade of progress in theory and practice, Oldenburg, D.W. & Pratt, D.A., 2007 (4,506 KB)
User-guided inversion and visualisation of interpretation confidence, David Pratt, Clive Foss & Sam Roberts, 2006 (992 KB)
Realistic potential field survey simulation to test survey design, sensor package, target resolution and processing systems, David Pratt & Clive Foss, 2005 (492 KB)
An improved pseudo-gravity magnetic transform technique for investigation of deep magnetic source rocks, David Pratt & Zhiqun Shi, 2004 (2,526 KB)
Interactive user-guided 3D inversion methods for direct geological interpretation of potential field data, David Pratt & Clive Foss, 2004 (700 KB)
Polyhedral and Voxel inversion strategies, David Pratt, 2003 (768 KB)
50 Years of Potential Field Modelling, David Pratt, 2002 (1,468 KB)