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  • About RepTate
  • Features
  • Installation
  • User Manual
    • General Description of RepTate
    • Applications
      • MWD: Molecular Weight Distribution
      • TTS: Time-Temperature Superposition
      • TTS Factors: Time-Temperature Superposition Shift Factors
      • LVE: Linear ViscoElasticity
      • NLVE: Start-up of Flow
      • Crystal: Flow Induced Crystallization
      • G(t): Stress Relaxation
        • G(t): General description
        • Stress Relaxation: Theories
        • G(t): Tutorial
      • Creep Experiments
      • SANS: Small-Angle Neutron Scattering
      • React: Monte-Carlo polymerisation
      • Dielectric: Dielectric Spectroscopy
      • LAOS: Large-Angle Oscillatory Shear
    • RepTate tools
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    • All RepTate Theories
    • All RepTate Tutorials
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RepTate
  • User Manual
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  • G(t): Stress Relaxation
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logo G(t): Stress Relaxation

  • G(t): General description
    • Purpose
    • Data Files
    • Views
  • Stress Relaxation: Theories
    • Maxwell modes
    • Rouse Time
    • DTD Stars Time
    • ReSpect
  • G(t): Tutorial
    • Tutorial G(t) Application
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