Amit Haboosheh’s research while affiliated with The Graduate Center, CUNY and other places

... Nanorings are nanoscale circular bands, characterized by varying diameters and thicknesses. Nanorings have been synthesized using both physical (Nuraje et al., 2006;Wu et al., 2016) and chemical synthesis routes Jiang et al., 2004;Kelf et al., 2011;Nuraje et al., 2006). In the chemical realm, Hu et al. used the GRR between silver nanoplates and aqueous HAuCl 4 to form Ag-Au nanorings which were used as colorimetric nanosensors . ...

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A review of recent advances in the use of complex metal nanostructures for biomedical applications from diagnosis to treatment

... Report have been given based on an observation especially from the sample of BiFeO3 particle by [50][51][52] revealed that TCO/ perovskite oxide based crystals exhibit sizedependent characteristics that invariably correlate with increased suppression of spiral spin structure when the particle size is decreased, uncompensated spins and strain anisotropic at the surface. In general, many TCO/perovskite nanoparticles exhibit combined ferromagnetic and ferromagnetic behavior in the same phase with coupling between the two orders indicates that they actually have spontaneous polarization characteristics which can be re-oriented by an applied magnetic field and the other one that can be reoriented by applied magnetic field also These processes often generate magneto-electric memory effects and magnetic switching of ferroelectric domain and again coupled with their high performance in solar energy harnessing .From this it is clearly observed from the foregoing comments that based on high dielectric, ferroelectric, piezoelectric, pyro-electric properties, TCO/perovskite nanocrystal have numerous devices applications that are made from them, such as multilayered ceramic capacitors, ferroelectric memories, [53][54][55][56][57] voltage tunable capacitors, surface acoustic wave devices Infra-red detectors and again their unique performance in high efficiency in solar energy harnessing etc.. These numerous applications associated with them and their wide range of characteristics in the electronic gadgets and instruments have placed any material made from them to be in high demand in this present dispensation, and that is also the more reason why there has been much quest on miniaturization of ferroelectric, magnetoelectric and other associated materials with them [58][59][60][61][62][63][64] in order to achieve the reality of their amenability to these many applications. ...

Reference:

Assessment of the factors that affect the properties of Transparent Conducting Oxide [TCO]/ Perovskite Oxide based Nanocrystal

... For instance, in one synthesis, Gao et al. reported the production of nanotubes with diameters ranging from 10 to 320 nm. 297 Note that differences in the overall tube diameter can be achieved with different batches of the monomer. 297 While such diversity could be useful, the ability to generate Au nanoparticle assemblies using nanotubes of a single diameter could be important for a variety of applications, especially optical/plasmonic capabilities, where forming 1D linear necklace-like assemblies of Au nanoparticles could be especially important. ...

Reference:

Biointerface Structural Effects on the Properties and Applications of Bioinspired Peptide-Based Nanomaterials