deintercalate

researchers found that lithium ions can deintercalate from the cathode material during discharge.

water molecules tend to deintercalate from the layered structure when heated.

the battery capacity decreases as lithium ions deintercalate irreversibly from the electrodes.

scientists discovered a new method to deintercalate ions from the host lattice reversibly.

the deintercalation process occurs spontaneously at room temperature without external stimulation.

electrolyte composition plays a crucial role in controlling how quickly ions deintercalate.

the host material undergoes significant structural changes when cations deintercalate.

researchers observed that sodium ions deintercalate more slowly than lithium ions in this material.

a small amount of energy is sufficient to deintercalate the guest molecules from the framework.

the reversible deintercalation of ions enables the battery to be recharged multiple times.

thermal treatment can accelerate the rate at which intercalated species deintercalate.

defects in the crystal structure can promote or inhibit the deintercalation process.

electrochemical deintercalation allows precise control over the extraction of metal ions.