Add to ORKGExtensions are presented for a previously published (1) mathematical model of a nickel-cadmium (Ni-Cd) cell. These extensions consist of intercalation thermodynamics for the nickel electrode and oxygen generation and reduction reactions during charge and overcharge. The simulated results indicate that intercalation may be important in the nickel electrode and that including the oxygen reactions provides a means of predicting the efficiency of the cell on charge and discharge
The concept of a negative limited nongassing nickel-cadmium battery was demonstrated by constructing...
Effects of variations in positive electrode behavior and selected impurities on performance of seale...
A simple mathematical model is presented and used to characterize the self-discharge of a nickel oxy...
In this paper we present a mathematical model of a sealed nickel-cadmium cell that includes proton d...
A mathematical model for the charge and discharge of a sealed nickel-cadmium (Ni-Cd) battery is pres...
A mathematical model is presented for the discharge of a NiOOH/H2 cell. This model includes diffusio...
2Abstract—A combined numerical and experimental study of the discharge and charge of nickel-metal hy...
O " i absolute temperature, K open-circuit potential of nickel-cadmium battery at Cref = 7.1 mo...
The oxygen evolution and recombination kinetics in Ni-based battery systems have been investigated u...
A mathematical model for a nickel/hydrogen cell is developed to investigate the dynamic performance ...
The micro-macroscopic coupled model developed in a companion paper is applied to predict the dischar...
Electric properties on nickel hydroxide electrode and sources and effects of impurities on nickel-ca...
X-ray diffraction patterns from electrodes ubmerged in electrolyte have been obtained uring charge a...
This paper presents a mathematical model for the electrochemical impregnation of nickel hydroxide in...
A group of compounds referred to as metal hydrides, when used as electrode materials, is a less toxi...
The concept of a negative limited nongassing nickel-cadmium battery was demonstrated by constructing...
Effects of variations in positive electrode behavior and selected impurities on performance of seale...
A simple mathematical model is presented and used to characterize the self-discharge of a nickel oxy...
In this paper we present a mathematical model of a sealed nickel-cadmium cell that includes proton d...
A mathematical model for the charge and discharge of a sealed nickel-cadmium (Ni-Cd) battery is pres...
A mathematical model is presented for the discharge of a NiOOH/H2 cell. This model includes diffusio...
2Abstract—A combined numerical and experimental study of the discharge and charge of nickel-metal hy...
O " i absolute temperature, K open-circuit potential of nickel-cadmium battery at Cref = 7.1 mo...
The oxygen evolution and recombination kinetics in Ni-based battery systems have been investigated u...
A mathematical model for a nickel/hydrogen cell is developed to investigate the dynamic performance ...
The micro-macroscopic coupled model developed in a companion paper is applied to predict the dischar...
Electric properties on nickel hydroxide electrode and sources and effects of impurities on nickel-ca...
X-ray diffraction patterns from electrodes ubmerged in electrolyte have been obtained uring charge a...
This paper presents a mathematical model for the electrochemical impregnation of nickel hydroxide in...
A group of compounds referred to as metal hydrides, when used as electrode materials, is a less toxi...
The concept of a negative limited nongassing nickel-cadmium battery was demonstrated by constructing...
Effects of variations in positive electrode behavior and selected impurities on performance of seale...
A simple mathematical model is presented and used to characterize the self-discharge of a nickel oxy...