MENDOZA HUIZAR, LUIS HUMBERTO
QUÍMICA · Nivel 3
electrochemistry
molecular design
nanoparticles
molecular docking
molecular dynamics
Desde 2002 es Profesor-Investigador en Universidad Autónoma del Estado de Hidalgo
| Nombre | LUIS HUMBERTO MENDOZA HUIZAR |
|---|---|
| Área | BIOLOGÍA Y QUÍMICA |
| Campo | QUÍMICA |
| Disciplina | ELECTROQUÍMICA |
| Especialidad | FISICOQUIMICA |
| CVU | 30273 |
| Institución | |
|---|---|
| Dependencia | INSTITUTO DE CIENCIAS BASICAS E INGENIERIA |
| Entidad | HIDALGO |
| Nivel | 3 |
| Vigencia | Inicio: 01/01/2023 |
| Fin: 31/12/2027 |
Publicaciones ORCID
- 2026
- Electrochemical Kinetics and Morphological Study of Iron Electrodeposition on a Glassy Carbon Electrode from an Ammonium Chloride-Based Electrolyte Applied Sciences
- Electrochemical Kinetic Study of Cobalt Electrodeposition onto Polycrystalline Silver from a Sodium Sulfate Electrolyte Applied Sciences
- Smart Ear-Mounted Heart Rate Monitoring Device as a Proof-of-Concept Platform for Calving Monitoring in Dairy Cows Inventions
- Timing Accuracy and Jitter Characterization of ESP32-Based Phase-Angle AC Control: MicroPython vs. Native C Electronics
- Synthesis of Potassium Jarosite Solid Solutions: Characterization and Evaluation of Their Potential Electrical Properties Materials
- Development of a voltammetric methodology based on a carbon paste electrode modified with CuO nanoparticles for the indirect determination of Aflatoxin B1 in food samples
- Reactivity and Intramolecular Interactions in Linalool: A Computational Study Using Reactivity Descriptors, NCI, NBO, and QTAIM Analyses Croatica Chemica Acta
- 2025
- Estudio computacional de las interacciones entre alérgenos de fragancia con los receptores olfativos OR1A1, OR5AN1 y el receptor de histamina H2 Pädi Boletín Científico de Ciencias Básicas e Ingenierías del ICBI
- Estudio electroquímico de los procesos redox del paracetamol empleando ultramicroelectrodos de fibra de carbono Pädi Boletín Científico de Ciencias Básicas e Ingenierías del ICBI
- Synthesis and characterization of core–shell nanoparticles (Fe3O4@TEOS) biofunctionalized with allicin from Allium sativum optimized by a Box–Behnken design Chemical Papers
