The phrase "adequate conductivity" is correct and usable in written English.
It can be used in contexts related to electrical engineering, materials science, or any discussion involving the ability of a material to conduct electricity.
Example: "The new composite material demonstrated adequate conductivity for use in electronic applications."
Alternatives: "sufficient conductivity" or "acceptable conductivity".
Although novel polymer electrolytes are being pursued at CWRU for this application, we report here Nafion® films cast from alternate solvents that have adequate conductivity for this application.
This plant includes PEM electrolyzers, a Reverse Osmosis system to produce water with adequate conductivity, a compression unit to store the hydrogen for transport, and batteries for temporary storage of electricity for short-time balances.
Even if a sintering process at typically above 450 °C was avoided, the resulting mesoporous TiO2 films were highly transparent on both TCO-coated glass and plastic substrates while presenting adequate conductivity and high active surface area suitable for anchoring electro-chromophores.
Oxidizing treatments are required in Al2O3 Mg to reach adequate conductivities.
SIE and BIE may provide adequate electronic conductivity at low loading of conducting material.
In turn, CW maintained an adequate hydraulic conductivity and low rates of solids accumulation.
The material study reveals the ability of preparing LiCoO2 LiFeO2 NiO ternary compositions with adequate electrical conductivity by controlling the LiCoO2 content.
The sensor measures quantitative pressure and the use of an appropriate synthesis strategy in the electroactive material tuning an adequate electrical conductivity and film morphology allows working pressure ranges to be taylor-made designed.
In concept, a wide variety of metal, ceramic and composite materials are possible but restrictions are imposed by the need to avoid materials degradation, while maintaining adequate electrical conductivity, sufficient robustness and the possibility of facile scale-up.
The main contributors to the removal of organic/inorganic contaminants were ZVI and AC, and the optimum weight ratio of the three PRB materials for removing the contaminants and maintaining adequate hydraulic conductivity was found to be 5 1 4.
Through repeated synthesis and characterizations of the LATPs by variation of the values of condition variables, the optimum condition for the best LATP with adequate ionic conductivity applicable to actual lithium batteries are determined to be x = 0.3 or 0.4, a hydrothermal reaction time of 12 h, and calcination and sintering temperatures of 600 °C and 900 °C, respectively.
