AbstractMultiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphide as anode additives for NiFe cells. With this in mind, in-house made Fe/FeS/Bi2S3 based electrodes were cycled against commercially available nickel electrodes. A simplex centroid design was used to investigate the combined effects of any of the aforementioned additives on cell performance. The manuscript ends with an initial look at electrolyte systems as a means to further improve the performance of our cells. Finally, our findings support the idea that HS- ions improve the overall performance of NiFe cells
NiFe batteries are emerging as an important energy storage technology but suffer from a hydrogen-pro...
To develop the battery with low cost and high energy density, Na/TEGDME/FeS cell was prepared using ...
In this paper, a series of Fe3O4/MoS2/NiS composite electrodes were synthesized by a simple coprecip...
Multiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphid...
Aqueous electrolyte formulations for NiFe cells were prepared by using lithium hydroxide and potassi...
AbstractAiming to develop a cost effective means to store large amounts of electric energy, NiFe bat...
In this article, we use a surface response approach to investigate the effect of bismuth sulphide as...
AbstractIn this article, we use a surface response approach to investigate the effect of bismuth sul...
AbstractIn this article we use a surface response approach to investigate the effect of iron sulphid...
In this article we use a surface response approach to investigate the effect of iron sulphide as wel...
Aiming to develop a cost effective means to store large amounts of electric energy, NiFe batteries w...
AbstractIron electrodes were prepared by hot-pressing iron-polyethylene based formulations on nickel...
It is a global challenge to develop green, sustainable power source for modern portable devices, and...
In order to investigate the role of iron additive in the Ni 3S2 electrode, the Ni3S2 electrode was p...
In order to investigate the role of iron additive in the Ni3S2 electrode, the Ni3S2 electrode was pr...
NiFe batteries are emerging as an important energy storage technology but suffer from a hydrogen-pro...
To develop the battery with low cost and high energy density, Na/TEGDME/FeS cell was prepared using ...
In this paper, a series of Fe3O4/MoS2/NiS composite electrodes were synthesized by a simple coprecip...
Multiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphid...
Aqueous electrolyte formulations for NiFe cells were prepared by using lithium hydroxide and potassi...
AbstractAiming to develop a cost effective means to store large amounts of electric energy, NiFe bat...
In this article, we use a surface response approach to investigate the effect of bismuth sulphide as...
AbstractIn this article, we use a surface response approach to investigate the effect of bismuth sul...
AbstractIn this article we use a surface response approach to investigate the effect of iron sulphid...
In this article we use a surface response approach to investigate the effect of iron sulphide as wel...
Aiming to develop a cost effective means to store large amounts of electric energy, NiFe batteries w...
AbstractIron electrodes were prepared by hot-pressing iron-polyethylene based formulations on nickel...
It is a global challenge to develop green, sustainable power source for modern portable devices, and...
In order to investigate the role of iron additive in the Ni 3S2 electrode, the Ni3S2 electrode was p...
In order to investigate the role of iron additive in the Ni3S2 electrode, the Ni3S2 electrode was pr...
NiFe batteries are emerging as an important energy storage technology but suffer from a hydrogen-pro...
To develop the battery with low cost and high energy density, Na/TEGDME/FeS cell was prepared using ...
In this paper, a series of Fe3O4/MoS2/NiS composite electrodes were synthesized by a simple coprecip...