There are 0 repository under thin-films topic.
pySCATMECH is a Python interface to SCATMECH: Polarized Light Scattering C++ Class Library
Tools for the design and characterisation of thin-films written in Julia.
Lens design, optimization, and analysis in Python 3
A general 4x4 transfer matrix for optical waves in layered media for Julia
Transfer Matrix Method in Optics of thin films multilayers
POCAL (Python Optical Coating Analysis Library) allows to easily design optical coatings both as single layer and as multilayer stack, monitoring a wide variety of optical properties and, moreover, giving the possibility to automatically refine the multilayer design to achieve the desired optical goals.
C++ code to perform calculation of optical properties of thin films
Calculating the optical response of multilayer films using the transfer matrix method
Calculate ellipsometry model parameters psi and delta.
Film Thickness measurement using OpenCV and Waight difference
Transfer Matrix Method
Codes to reproduce the results of: (1) Life and Death of a Thin Liquid Film, 2024, by Rahman et. al., and (2) Non-equilibrium molecular simulations of thin film rupture, J. Chem. Phys., 2023, by Rahman et al.
Developing an automatic optimisation procedure to determine initial droplet locations for drying to a specified target shape
App to define, store, and assign architecture of planar solar cells to specific devices
Tools for the optical design and characterisation of thin-films written in Python.
TFstack is an MARL software-wise system which is aiming for inverse design, optimization that covering basically all thin films problems
During my research on thin films, I performed X-ray diffraction (XRD) analysis and received data in .ras files. To analyze this data in Origin, I needed to extract the 2theta and intensity values. To streamline this process, I created a Jupyter notebook for easy extraction of the required data into a new Excel file.
modelos cinéticos discretos utilizados para estudos de crescimento de superfície
Implementation of the three omega technique for the thermal properties of thin films multilayers