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We have successfully prepared core/shell (C/S) nanostructure of important semiconductors ZnS core/ZnO shell with doping of chromium in both core and shell regions for tailoring magnetic and luminescence properties.
However, Er-doping of the waveguide core, needed for the realization of the light source, results in a large increase of the losses as a consequence of absorption by the free electrons introduced by the rare earths.
The EDX analysis was performed to confirm the chemical stoichiometry and the successful doping of terbium ion in the silica core-shell nanospheres.
The pump scheme utilises the relatively large intracavity Stokes field that is generated within a Raman fibre laser to excite a lanthanide ion that is doped within the core of the fibre providing the Raman gain.
In addition, the small dynamic range and low threshold current density of the lasers may be caused by low doping level of active core since the device size was not very small [15, 16].
Two different fabrication approaches were compared to obtain conductive GaAs nanowires: on one hand by modulation doping of GaAs/AlGaAs core/shell nanowires, on the other hand by Si-doping of GaAs nanowires.
The second approach involves doping of paramagnetic ions into QDs.
High-throughput methods have been used to investigate the effect that the level of tin doping in the titania core supporting material and the degree of crystallisation have on the loading of platinum at which bulk platinum like oxygen reduction behaviour is achieved.
To this end, the influence of Si-doping on GaAs core growth was investigated.
The effect of spin dope composition and core layer zeolite loading on the gas flux, H2S transient sorption capacity and pore structure are also studied.
Our exploratory research aimed at preparing new biocompatible nanoshells for MR imaging that could overcome NSF and can also be utilized for laser ablation of tumor cells has led to the synthesis of novel Gd-doped magnetite cores, Gd:Fe3O4, covered with a gold-silver alloy shell.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com