通过COMSOL-MATLAB脚本计算二维光子晶体的能隙

bandgap 开源项目推荐(27 个)
bandgap 话题在 GitHub 上没有填写简介,这里按 Star 数汇总最相关的热门仓库。
热门项目 前 20
按 Star 数排序展示前 20 个 · GitHub 共 27 个仓库Comparative Analysis of Machine Learning Approaches on the Prediction of the Electronic Properties of Perovskite: A Case Study of the ABX3 and A2BB’X6
MCUVoltage measures the voltage supply (Vcc) of Arduino without extra components.
Framework for the Simulation of Temperature Dependent Semiconductor Parameters in Silicon Solar Cells and their Respective Impact on the Current Density-Voltage Characteristic
Calibrate AVR MCU clock frequency and internal reference voltage and set calibration values at program startup
Automatic Prediction of Band Gaps of Inorganic Materials using Machine Learning
Code for Kazeev, N., Al-Maeeni, A.R., Romanov, I. et al. Sparse representation for machine learning the properties of defects in 2D materials. npj Comput Mater 9, 113 (2023).
avsdbdg_3v3 is a Bandgap Reference circuit, which is used to generate a constant voltage reference in analog domain which is independent of temperature and supply voltage variations.
Process UV-Vis absorption spectra, make Tauc transformation for direct/indirect allowed transition, extract band gap values for corresponding transition type, and plot figures
PTAT bias current source for sky130nm
基于经验伪势的半导能带结构计算器
Bandgap Voltage Reference Design (Brokaw)
Bandgap analysis of materials using Python - M.Sc Physics project
Computational photonics framework in Python & MATLAB modeling 1D Photonic Crystals, Photonic Bandgaps (PBG), and DBRs using Transfer Matrix Method (TMM) & Bloch theory.
Machine learning for determining band-gap from crystalline formula using a materials informatics approach.
Calculation of the edge potentials of valence and conduction bands. The band edge potentials are in normalized hydrogen scale.
Supervised machine learning project for predicting the bandgap energy of inorganic ABX₃ perovskite materials using multiple regression models.
Data, code and trained models for article "Curated Dataset, QSPR analysis, and Band Gap Prediction for One-Dimensional Antimony(III) and Bismuth(III) Halides"
Using Low Noise ADC mode and interrupts with band gap voltage reference.
Tuning halide ion concentrations to optimize the performance of flexible perovskite solar cells under bending curvature. Using simulations and experimental data, the research explores how strains affect key properties like bandgap energy, charge mobility, and thermal conductivity with applications in solar cells for curved surfaces.
关于这个话题
- 清单取自 GitHub 话题页并按 Star 数排序,每次展示前 20 个项目;原始页面见 https://github.com/topics/bandgap。
- 该话题在 GitHub 上共有 27 个仓库, 本站收录的是其中最热门的 20 个,不是全量列表。
- Star / Fork 每日自动刷新一次,实时数据以 GitHub 为准。
- 当前 20 个项目累计 177 Star,覆盖 6 种主要语言,数据更新于 2026-11-08。
- 中文介绍来自 GitHub 官方话题说明(github/explore)的机器翻译,可点「查看原文」对照;译文缺失时会先展示原文。