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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 17:46, 29 November 2022 | | 60 × 53 (2 KB) | Daniel.Manche (talk | contribs) | |
| 20:57, 2 November 2022 |  | 271 × 236 (9 KB) | Daniel.Manche (talk | contribs) |
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File usage
The following 42 pages use this file:
- Alumina3 Precip - Full PSD
- Discussion: Air in Modelling
- Discussion: Alumina Precipitation and Classification with PSD
- Discussion: Annual Climate Data for Dynamic Modelling
- Discussion: Annual Climate Data for Dynamic Modelling, Part II
- Discussion: Annual Climate Data for Dynamic Modelling, Part III
- Discussion: Estimation of Specific Heat for Mineral Species
- Discussion: K Values in Multicomponent VLE
- Discussion: Machine Learning and Neural Networks for Process Simulation
- Discussion: New Reaction Heat Features in Alumina Precipitation Models
- Discussion: Rare Earths Example Project
- Discussion: Ternary Saturation Diagrams using PHREEQC
- Discussion: Transfer Push and Pull for Batch Processes
- Discussion Pages
- Dynamic Transfer
- Example Potash Projects
- Heat of Dissolution of Gibbsite and Boehmite
- Plant Model - Environment
- Potash Solubility
- Precipitation3
- Precipitation Projects
- Precipitator3 Data Sections
- Rare Earths Project
- SDB - Thermo1
- Signal Waveform
- Species Table - Specific Heat (Cp)
- Specific Heat
- Vapour Liquid Equilibrium (VLE)
- Template:Discussion
- Template:DiscussionBanner
- Draft:Discussion:Costs and Benefits in Mechanical Vapour Recompression
- Draft:Discussion:New Vapour Recompression (MVR) Example
- Draft:Discussion: Compressor Model Features
- Draft:Discussion: Hydrogen Based Steelmaking
- Draft:Discussion: Introduction to Free Energy Minimisation
- Draft:Discussion: Machine Learning driven Process Simulation with SysCAD - Part 2
- Draft:Discussion: Machine Learning driven Process Simulation with SysCAD - Part 3
- Draft:Discussion: Modelling Carnallite Decomposition with PHREEQC
- Draft:Discussion: Multiple COM Objects with Python, SysCAD and Excel
- Draft:Discussion: Neural Networks and ML with SysCAD
- Draft:Discussion: Peirce-Smith Copper Converting Model
- Draft:Discussion: Sensitivity Analysis using Python
