STRUCTURE OF NANOPARTICLES AND ELECTROCHEMICAL MEASUREMENTS OF Li/TiO2 MODIFIED BY GRAPHENE FOR STORAGE PERFORMANCE

storage, no significant differences were observed between the lycopene contents at day 0 after the treatments and at 25 days of storage, with the samples pasteurized for 40

This thesis presents a body of work on the modeling of and performance predictions for carbon nanotube field-effect transistors (CNFET) and graphene field-effect transistors

The method combines the advantages of pruning by ordered aggregation and instance-based pruning; namely the generalization performance of the ensemble is improved, the

This section presents a brief introduction to the physics of uorescence on the nanoscale, and considers the most relevant topics for understanding the results obtained from the

Through this manuscript was presented the behaviour of different compositions of metal- lic glasses as a response to an additional variable, namely pressure for the analysis

The remaining four drivers are perceived to be currently priori- tized as relatively similar and “below average.” In the first round, panel- ists diverged widely on the current

map between the wild type cryo-EM map and its quasi-atomic model, containing only the hexon and penton base structures, revealed the molecular envelopes corresponding to minor

19 Additionally, it was proved that doping porous carbon materials (e.g. graphene or CNT) with heteroatoms like nitrogen can generate effective active sites and further enhance the