The new strategy to estimate CLs is compared to the previously reported CLs for contribution plots.
The proposed pulses use only two design parameters and ensure superior or equal performance compared to the previously reported pulses.
In total, this represents over an order of magnitude reduction in response time compared to the previously reported strategy.
The electrochemistry of the above complexes is also compared to the previously reported 5c, 5d, 6c and 6d.
The barrier height and ideality factor of the presented device were higher when compared to the previously reported values.
The obtained classification accuracy is 98.53% and it is very promising compared to the previously reported classification techniques.
Moreover, other analytical characteristic of the sensor like lower detection limit (LOD), concentration linear range and selectivity coefficients were improved, compared to the previously reported sensor.
The catalyst stability was significantly enhanced compared to the previously reported manganese oxide catalysts and more than 25 h of continuous water oxidation is demonstrated.
Compared to the previously reported crystal structure, the number of the total basis atoms was reduced to be 6 from 11.
LixTiP4 ternary phases (x=7 and 9) show very close electrochemical behaviors versus lithium compared to the previously reported Li9VAs4 and Li7VP4.
The photometer presents several advantages compared to the previously reported NIRES instrument, such as lower cost and extreme simplicity of design and maintenance.
