Lithiated graphitic carbon nitride (C3N4)
was fabricated by electrochemical and solid-state reactions. The addition
of Li to C3N4 results in a reaction between
the Li and the graphite-like C3N species in C3N4. This irreversible reaction leads to the formation
of Li-CHNR and Li-NCR2 species, which are
detrimental to anode properties. Suitable nitrogen-doped carbon structures
for anode applications are predicted to need high concentrations of
pyridinic C–N–C terminal bonds and low concentrations
of quaternary C3N species to boost electronic conductivity
and reversibly cycle Li ions.
This study shows substantial patient interest in TM and mHealth applications for diabetes self-care and suggests that patients in underserved areas may have particularly high interest in using mHealth solutions in primary care. Younger patients and smartphone users were more likely to be interested in using applications to manage their diabetes. As more patients use smartphones, interest in using mHealth to support patient self-care and strengthen primary care infrastructure will continue to grow.
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