Add to ORKGA nonlinear model for the study of mixed ionic electronic conductors (MIEC) is presented in this paper. The model is time dependent and takes into account electrical carriers motion, the electrical behavior of the MIEC-metal interface and the kinetics of the chemistry occurring at the MIEC surface. By applying a small potential input, complex impedances are computed
In this paper we study analytically a one-dimensional model for a semiconductor-metal junction. We s...
Non-equilibrium thermodynamics describe the current–voltage characteristics of electrochemical devic...
We consider the transport of multiple ionic species by diffusion and migration through microstructur...
A nonlinear model for the study of Mixed Ionic Electronic Conductors (MIEC) is presented in this pap...
The reaction at an MIEC/gas interface is electrochemical in nature when one of its charge-transfer s...
This thesis presents a model for coupled electrochemomechanics in Mixed Ionic Electronic Conductors ...
General analytical solutions to transport equations are presented for a mixed ionic-electronic condu...
International audienceA one-dimensional model is developed to describe the oxygen reduction reaction...
A one-dimensional, heterogeneous and dynamic model is applied to kinetically analyze impedance exper...
Abstract The kinetics of reactions occurring at the gas-exposed surfaces of charged mixed ionic elec...
A new math. method to est. diffusion coeffs. (D) and surface rate consts. (k) in mixed ionic electro...
of.he auth r ().and shquld not be con-t d as an?ffcial g Dartment of the Army position, 17. COSATI C...
Numerical modeling is used to explain the origin of the large ON/OFF ratios, ultralow leakage, and h...
A phenomenological model for mixed conductors which includes interaction between mobile ions and mob...
The use of mixed ionic electronic conductors (MIECs) as probes is suggested. These probes can trans...
In this paper we study analytically a one-dimensional model for a semiconductor-metal junction. We s...
Non-equilibrium thermodynamics describe the current–voltage characteristics of electrochemical devic...
We consider the transport of multiple ionic species by diffusion and migration through microstructur...
A nonlinear model for the study of Mixed Ionic Electronic Conductors (MIEC) is presented in this pap...
The reaction at an MIEC/gas interface is electrochemical in nature when one of its charge-transfer s...
This thesis presents a model for coupled electrochemomechanics in Mixed Ionic Electronic Conductors ...
General analytical solutions to transport equations are presented for a mixed ionic-electronic condu...
International audienceA one-dimensional model is developed to describe the oxygen reduction reaction...
A one-dimensional, heterogeneous and dynamic model is applied to kinetically analyze impedance exper...
Abstract The kinetics of reactions occurring at the gas-exposed surfaces of charged mixed ionic elec...
A new math. method to est. diffusion coeffs. (D) and surface rate consts. (k) in mixed ionic electro...
of.he auth r ().and shquld not be con-t d as an?ffcial g Dartment of the Army position, 17. COSATI C...
Numerical modeling is used to explain the origin of the large ON/OFF ratios, ultralow leakage, and h...
A phenomenological model for mixed conductors which includes interaction between mobile ions and mob...
The use of mixed ionic electronic conductors (MIECs) as probes is suggested. These probes can trans...
In this paper we study analytically a one-dimensional model for a semiconductor-metal junction. We s...
Non-equilibrium thermodynamics describe the current–voltage characteristics of electrochemical devic...
We consider the transport of multiple ionic species by diffusion and migration through microstructur...