Prieto Lobato, Manuel manuel.prieto.lobato@upm.es

Actividades

Biomass-derived graphene oxide-doped mesoporous carbons for supercapacitors: performance and post-cycling characterisation

  • Prieto, M
  • Ellis, G J
  • Morales, E
  • Budarin, V
  • Shuttleworth, P S

MICROPOROUS AND MESOPOROUS MATERIALS - 15/4/2026

10.1016/j.micromeso.2026.114086 Ver en origen

  • ISSN 13871811

Hydrothermal Carbonization of Biomass for Electrochemical Energy Storage: Parameters, Mechanisms, Electrochemical Performance, and the Incorporation of Transition Metal Dichalcogenide Nanoparticles

  • Prieto, M
  • Yue, HB
  • Brun, N
  • Ellis, GJ
  • Naffakh, M
  • Shuttleworth, PS

Polymers - 1/9/2024

10.3390/polym16182633 Ver en origen

  • ISSN 20734360

Understanding pore size relation in cellulose-derived, nitrogen-doped, hydrothermal carbons for improved supercapacitor performance

  • Prieto, M
  • Ellis, GJ
  • Budarin, V
  • Morales, E
  • Naffakh, M
  • Shuttleworth, PS

Journal Of Materials Chemistry a (p. 29698-29707) - 5/11/2024

10.1039/d4ta04477k Ver en origen

  • ISSN 09599428

Efficient adsorption of bulky reactive dyes from water using sustainably-derived mesoporous carbons

  • Abdoul, Hayman J
  • Yi, Minghao
  • Prieto, Manuel
  • Yue, Hangbo
  • Ellis, Gary J
  • Clark, James H
  • Budarin, Vitaliy L
  • Shuttleworth, Peter S
... Ver más Contraer

Environmental Research - 18/1/2023

36634890 Ver en origen

  • ISSN 00139351

Este/a investigador/a no tiene libros.

Este/a investigador/a no tiene capítulos de libro.

Post-mortem analysis of degradation mechanism in starch-derived carbonaceous electrodes.

  • Manuel Prieto Lobato
  • Enrique Morales
  • Gary James Ellis
  • Vitaliy Budarin
  • Peter Shuttleworth.

24/9/2025

  • iMarina

Biodegradable, sustainably modified Poly-L-Lactic acid fibers for excellent dye adsorption

  • Manuel Prieto Lobato
  • Paula Pereira Lázaro
  • Gary James Ellis
  • NAFFAKH CHERRADI-HADI, MOHAMMED
  • Peter Shuttleworth.

30/5/2024

  • iMarina

Nanocompuestos biopoliméricos avanzados basados en nanoláminas 2D-TMDCs

  • Manuel Prieto Lobato
  • NAFFAKH CHERRADI-HADI, MOHAMMED
  • Peter Shuttleworth.

11/4/2024

  • iMarina

Synthesis of biomass-derived, inorganic-doped carbons for improved electrochemical performance in supercapacitors

  • Manuel Prieto Lobato
  • Enrique Morales
  • Gary James Ellis
  • Peter Shuttleworth.

9/6/2023

  • iMarina

Natural polymer derived mesoporous structures regulated via temperature control and nanocomposite addition

  • M. Prieto Lobato, M. Yi, H. Salavagione, A. Flores, M. Gómez-Fatou, V. Budarin, G. Ellis, E. Morales, P. Shuttleworth

24/1/2023

  • iMarina

Sustainable bio-based carbonaceous materials for application as electrodes in supercapacitors

  • Manuel Prieto Lobato
  • Enrique Morales
  • Gary James Ellis
  • Peter Shuttleworth.

6/7/2022

  • iMarina

Synthesis of bio-based carbonaceous materials for their application as electrodes in electrochemical capacitors

  • Manuel Prieto Lobato
  • Enrique Morales
  • Gary James Ellis
  • Peter Shuttleworth.

29/6/2022

  • iMarina

Advanced biopolymeric nanocomposites based on 2D-TMDCs nanosheets. Industriales Research Meeting 22. ETSII-UPM.

  • Manuel Prieto
  • Peter S. Shuttleworth
  • NAFFAKH CHERRADI-HADI, Mohammed

27/4/2022

  • iMarina

Biomass derived mesoporous carbons for their application as electrodes in supercapacitors

  • Manuel Prieto Lobato
  • Enrique Morales
  • Gary James Ellis
  • Peter Shuttleworth.

24/2/2022

  • iMarina

Supercapacitor electrode materials from sustainable-derived nanocomposite-enhanced mesoporous carbons

  • Manuel Prieto Lobato
  • Enrique Morales
  • Gary James Ellis
  • Peter Shuttleworth
  • Vitaliy Budarin

28/9/2021

  • iMarina

Este/a investigador/a no tiene documentos de trabajo.

Este/a investigador/a no tiene informes técnicos.

Este/a investigador/a no tiene proyectos de investigación.

Este/a investigador/a no tiene tesis dirigidas.

Este/a investigador/a no tiene patentes o licencias de software.

Última actualización de los datos: 21/10/26 0:07