JAVIER CARRASCO RODRIGUEZ ( Understanding the cycling stability of P2-Ti doped Mn-rich layered oxide for Na-ion batteries by means of advance characterization techniques)
Materials Project Virtual Workshop Online (Berkeley, USA)
JAVIER CARRASCO RODRIGUEZ ( Accelerated design of new electrode materials for Li-ion and Na-ion batteries)
SIAM MS2020
JAVIER CARRASCO RODRIGUEZ ( Invited talk: Computational exploration of energy storage materials using theoretical chemistry and machine learning )
ICACC2020 (44th International Conference and Exposition on Advanced Ceramics and Composites)
JAVIER CARRASCO RODRIGUEZ ( Invited talk: Understanding Li-ion transport and conductivity in Ga- and Alsubstituted
garnet-type Li La Zr O solid electrolytes using atomistic
simulations)
Alistore Meeting
JAVIER CARRASCO RODRIGUEZ ( ALISTORE-ERI, CO-SUPERVIDES Post-Doc proposal defense)
Power our future 2019
JAVIER CARRASCO RODRIGUEZ ( Scientific Committee)
2019 TechConnect World Innovation Conference and Expo
JAVIER CARRASCO RODRIGUEZ ( Talk: Computational screening of Li and Na fast ion conductors using high-throughput bond-valence calculations and machine-learning analysis)
Seminar at Jilin University
JAVIER CARRASCO RODRIGUEZ ( Seminar: Atomistic-level insight into the energy storage properties of layered transition metal oxides)
2018 Energy Materials & Nanotechnology
JAVIER CARRASCO RODRIGUEZ ( Invited talk: Ion insertion into 2D layered oxide structures for energy storage: A molecular-level perspective using first-principles calculations )
11th RES Users' Meeting
JAVIER CARRASCO RODRIGUEZ ( Invited talk: Molecular modelling, high performance computing, and the pursuit of better batteries)
Seminar at NIMTE
JAVIER CARRASCO RODRIGUEZ ( Seminar: Atomistic modelling of materials for rechargeable batteries )
Seminar at CSRC
JAVIER CARRASCO RODRIGUEZ ( Seminar: Atomistic modelling of materials for rechargeable batteries )
10th Red Española de Supercomputacion User's Conference
JAVIER CARRASCO RODRIGUEZ ( Invited talk: Atomistic modelling studies of electrode materials for rechargeable lit)
Solid State Chemistry (GRS) Gordon-Kenan Research Seminar.- Strategies for Materials Discovery: New Functional Materials and Their Applications
JAVIER CARRASCO RODRIGUEZ ( Poster: First-principles study of crystal structure and stability of LixFe(NCN)2 and NaxFe(NCN)2)
Conference Ipolymorphs UPV Summer courses
JAVIER CARRASCO RODRIGUEZ ( Talk: Role of Polymorphism in the Electrochemical Behavior of Electrode Materials for Rechargeable Batteries: a First-Principles Perspective)
Psi-K 2015 Conference
JAVIER CARRASCO RODRIGUEZ ( Poster:Ion insertion into layered transition metal oxides for batteries: Insight from van der Waals density functional)
4th Internationl Symposium on Ceramics Nanotune Technology (ISCeNT-4)
JAVIER CARRASCO RODRIGUEZ ( Invited talk: Advances in treating van der Waals forces in density functional theory: From adsorption of molecules on surfaces to ion insertion in sparse matter)
CECAM/Psi-K Research Conference: Frontiers of first-principles simulations: materials design and discovery
JAVIER CARRASCO RODRIGUEZ ( Poster: Role of van der Waals forces in alkali and alkaline-earth ion insertion into layered transition metal oxide electrodes for batteries)
IUMRS- ICYRAM 2014
JAVIER CARRASCO RODRIGUEZ ( Invited talk: The role of van der Waals forces in thermodynamics and kinetics of layered transition metal oxide electrodes: Alkali and alkaline-earth ion insertion into V2O5)
3rd TYC Energy Materials Workshop: Materials for Electrpchemical Energy Storage
JAVIER CARRASCO RODRIGUEZ ( Poster: The role of van der Waals forces in thermodynamics and kinetics of layered transition metal oxide electrodes: Alkali and alkaline-earth ion insertion into V2O5)
COST Action CM1104, Reducible oxide chemistry, structure and functions
JAVIER CARRASCO RODRIGUEZ ( Poster :First-principles study of Na insertion/extraction in the FePO4-NaFePO4 system for cathode materials in Na-ion batteries)
Este sitio web o sus herramientas de terceros utilizan cookies, que son necesarias para su funcionamiento y necesarias para lograr los fines ilustrados en la política de cookies. Si desea obtener más información o retirar su consentimiento para todas o algunas de las cookies, consulte la política de cookies. Al cerrar este banner, desplazarse por esta página, hacer clic en un enlace o continuar navegando, acepta el uso de cookies.