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In this paper we report a systematic investigation of emission properties of microcavity devices [resonant-cavity light-emitting diodes (RC LEDs) and vertical-cavity surface-emitting lasers (VCSELs)] fabricated from molecular beam epitaxy (MBE -grown heterostructures.
Thus we examined a variety of radionuclides with different types of emission properties (β+, β− or γ) using a commercially available OI instrument for in vitro and in vivo optical imaging.
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In order to exploit the wealth of information contained in the data, a thorough knowledge of the emission properties of neutron stars is necessary.
Therefore, the results of this paper are considered to contribute to understanding of the emission properties of the 3D LEDs, thereby helping to achieve highly efficient devices through further control of the growth and fabrication.
The same approach could be extended to the analysis of modern pigments and paintings, allowing an in-depth investigation of the emission properties of organic and inorganic artist materials, including Cd-based pigments, in a combined way [13, 21].
The comparison of field emission properties of CNTs before and after pruning shows that laser modification of CNT morphologies effectively enhanced the emission currents.
This confirms the preservation of the emission properties of the monomers by embedding in a polycarbonate matrix.
The obvious changes of field emission properties of ZNA caused by surface energy band bending, which induced by surface adsorptions.
Manipulation of the emission properties of pure organic room-temperature phosphors through molecular design is attractive but challenging.
The investigation of field emission properties of ZnO nanorod arrays revealed a strong dependency on the aspect ratio and their density.
We perform a theoretical study of the emission properties of a thin ballistic, mesoscopic ring driven by a quasi-periodic train of electromagnetic half-cycle pulses (HCPs).
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