Copper remains highly conductible even when drawn into thin wires, making it ideal for electrical wiring.

The new composite is highly conductive, making it ideal for heat sinks and electronic connectors.

The new polymer is highly conductant and could revolutionize flexible electronics.

We added a conductant to the solution to improve its electrical conductivity during the experiment.

The biophysicist measured the conductances of the ion channels under varying voltages.

The metal plate was connected conductively to the ground to prevent static buildup.

The lab report summarized several conductions observed during the experiment, noting differences in heat transfer rates.

The research team measured the conductibilities of several new alloys to determine which would perform best at high temperatures.

The research team measured the conductivities of several novel polymers to evaluate their suitability for flexible electronics.

After several trials, the research team confirmed that the newly developed composite was conductable enough for use in wearable sensors.