Python Simulation of Sphere Packing Factor
Budget: $10 – $30 USD
I need a high-fidelity simulation in Python that models the packing factor of ferrite nanoparticles (6 nm in diameter) with a specific size distribution. This is for my academic research, and the simulation must accurately depict the physical properties of the particles and their interactions.
Project Details:
The simulation should account for a random distribution of particles in a sample holder and calculate the packing factor (percentage of volume occupied by the particles).
I will provide a size distribution (from 3 to 14 nm) with corresponding percentages for the particles.
Variables such as friction or particle sliding are required for this simulation.
Key Requirements:
- Extensive experience in Python programming
- Proven track record in developing high-fidelity simulations
- Strong understanding of particle physics and packing models
- Ability to incorporate realistic properties into the simulation
- Experience in academic research simulations
Project Details:
The simulation should account for a random distribution of particles in a sample holder and calculate the packing factor (percentage of volume occupied by the particles).
I will provide a size distribution (from 3 to 14 nm) with corresponding percentages for the particles.
Variables such as friction or particle sliding are required for this simulation.
Key Requirements:
- Extensive experience in Python programming
- Proven track record in developing high-fidelity simulations
- Strong understanding of particle physics and packing models
- Ability to incorporate realistic properties into the simulation
- Experience in academic research simulations