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  • AxiSEM3D
  • Introduction
  • Overview
    • What kinds of models and structures can be modelled?
    • Code Capabilities
  • Method, code and computational aspects
    • The Code
    • Physical and mathematical background
    • Meshes
    • Physical Constraints
    • More on undulation
    • Cost and resolution
  • Installation
    • The Mesher
    • The Solver
      • Local Workstation Installation
      • HPC Cluster Installation
      • Docker
      • Example Installations on HPC Systems
  • Using AxiSEM3D
    • Meshing
      • Background Files (.bm)
      • Generating meshes
    • Running AxiSEM3D
      • Example
      • inparam.model.yaml
      • inparam.source.yaml
      • inparam.nr.yaml
      • inparam.output.yaml
      • inparam.advanced.yaml
    • 3D Models
      • Geometric Models
      • Volumetric Models
      • Using Volumetric Models
      • Ocean Load
      • Absorbing Boundaries
      • Debugging 3D Models
    • Sources
      • Time Axis
    • Nr Field
      • Running
      • Optimising Nr Manually
      • Wavefield Learning
      • Debugging complexity maps
    • Advanced settings
    • Hybrid models
    • Examples
      • Example 00: Global 1D (PREM)
      • 01 Global 3D Simulation (S362ANI)
      • Example 02: Regional 3-D crust (CRUST1.0) on S362ANI mantle
      • Example 03: Local SEG/EAGE C3 salt body (5 Hz)
      • Example 04: Simple 3-D shapes (blob / mantle plume)
      • Example 05: Full (3-D) anisotropy
      • Example 06: Kinematic finite-fault rupture (San Francisco Bay Area)
      • Example 07: 3-D high-frequency sensitivity kernels
        • Example 07: 3-D high-frequency sensitivity kernels — kernel_1D (PREM)
        • Example 07: 3-D high-frequency sensitivity kernels — kernel_3D (S362ANI + Moho topography)
      • Example 08: Global seismoacoustics — the Mars atmosphere
      • Example 09: Complex multi-media propagation — the Enceladus ice shell
      • Example 10: Extreme fully-acoustic simulation — solar helioseismology
      • Example 11: Wave visualization on the Moon (meteoroid impact)
        • Reproducing the Moon-impact figures
        • 09 Wavefield Visualization on the Moon
    • Pre- and Post-processing
      • Plotting Seismograms
        • ASCII file contents
        • Plotting Seismograms
      • Wavefield Visualization
        • Station Output
        • Element Output
    • Common Errors
  • Contributing to AxiSEM3D
  • Getting Help
    • FAQ
  • Glossary
  • Parameter Documentation
    • inparam.model.yaml
    • inparam.nr.yaml
    • inparam.source.yaml
    • Stations
    • inparam.output.yaml
    • inparam.advanced.yaml
  • References
  • Authors
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  • .md

Stations

Stations#

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By Benjamin Fernando, Jonathan Wolf, Kuangdai Leng, Tarje Nissen-Meyer, Will Eaton, Andrew Walker, Tim Craig, Jack Muir, Ceri Nunn, Maureen D. Long, Piyush P. Khopkar, and Lorraine Hwang

© Copyright 2026 AxiSEMunity.