Bumblebee Manual

Bumblebee offers kinetic Monte Carlo simulations for modeling integrated OLED devices. This software is current provided as a standalone program, utilizing AMS for the computation of molecular properties in the simulation input.

• PDF version of the Bumblebee manual

• Multiscale workflow

• Tutorials

Table of contents

• General
  • Introduction
  • Features
  • Theory
    • Exciton Generation
    • Charge Hopping
    • Exciton Hopping
    • Exciton Decay
    • Intersystem Crossing
    • Exciton Annihilation
    • Interlayer Processes
    • Vibronic Coupling
    • Coulomb Interaction
    • Initial Charge Distribution
    • Dipole Distributions
    • Polymeric Materials
    • Alternating Voltage
    • Photoluminescence
    • Lifetime Simulations
    • OFET
    • Transient Responses
    • Simulation Volume
    • Morphology
    • Annealing
    • Pre-equilibration
    • Simulation Settings
• Installation
  • Downloading Bumblebee
  • Web Interface
  • Bumblebee
    • Linux
  • Connecting to a Server
    • Server Setup
    • Connection Setup
    • Testing the Installation
  • FAQ
• Usage
  • Graphical User Interface
    • Materials
    • Compositions
    • Parameter Sets
  • Visualization
  • Input Files
  • Output Files
• Bumblebee Tutorials
  • Getting Started
    • Basic Usage
    • Bulk Simulation
    • Parameter Screening: Voltage Sweep
    • Exciton Simulation
    • Acceleration
  • Advanced Features
    • Layer Morphology
    • Polymeric OLED
    • Device Lifetime
    • Photoluminescence
    • Transient Switching
    • OFET Simulation
    • Device Equilibration
    • Advanced Initialization
• Required Citations
  • General References
  • Key Publications

• FAQ