POLYMIN - University of Waterloo
POLYMIN - University of Waterloo
POLYMIN - University of Waterloo
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<strong>POLYMIN</strong> 2005<br />
TABLE OF CONTENTS<br />
page<br />
LIST OF FIGURES....................................................................................................................... 4<br />
LIST OF TABLES ......................................................................................................................... 4<br />
1. INTRODUCTION...................................................................................................................... 5<br />
1.1 Overview............................................................................................................................................5<br />
1.2 Capabilities, Assumptions and Limitations....................................................................................6<br />
1.3 S<strong>of</strong>tware Support..............................................................................................................................7<br />
2. THEORETICAL DEVELOPMENT ......................................................................................... 8<br />
2.1 Background .......................................................................................................................................8<br />
2.2 Mass Transport.................................................................................................................................8<br />
2.3 Primary Variables and their Dimensions .....................................................................................19<br />
2.4 Geochemical Database ...................................................................................................................20<br />
2.5 Input/Output File Definition..........................................................................................................21<br />
3. DESIGNING A MODEL ......................................................................................................... 22<br />
Grid Definition & Boundary Conditions.......................................................................................................22<br />
4. SAMPLE DATA SET............................................................................................................... 25<br />
Input options .................................................................................................................................................27<br />
Grid parameters.............................................................................................................................................28<br />
Data Block 1..................................................................................................................................................29<br />
Print output <strong>of</strong> components ...........................................................................................................................30<br />
Tolerance and relative values........................................................................................................................31<br />
Oxidation Parameters ....................................................................................................................................31<br />
Breakthrough points......................................................................................................................................32<br />
Time Step Data..............................................................................................................................................32<br />
Background aqueous chemistry ....................................................................................................................33<br />
Background solid chemistry..........................................................................................................................34<br />
5. STEP BY STEP INSTRUCTIONS.......................................................................................... 37<br />
6. TIPS AND TECHNIQUES ..................................................................................................... 39<br />
7. PROBLEM DIAGNOSIS AND SOLUTIONS........................................................................ 40<br />
8. REFERENCES ........................................................................................................................ 41<br />
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