Abstract Zn, Cd and Mg have been studied as suitable dopants for the preparation of p-type
InP by adduct MOVPE. Electrical characterisation and SIMS measurements have been used …

Inorganic molten salts are emerging as versatile solvents for high-temperature processing of
colloidal nanocrystals. Molten alkali bromide eutectics can serve as a convenient solvent for …

We present the first demonstration of arsenic-rich InAs1− xPx (0≤ x≤ 0.33) nanowire arrays
grown on InP (111) B substrates by catalyst-free selective-area metal–organic chemical …

The 3 d transition metals (TM's) from Cr to Cu introduced into InP by diffusion are studied
using low temperature photoluminescence (PL). Luminescence bands from Mn, Co, and Cu …

In this work, we introduce an electro-absorption (EA)-based retro-modulator for effective
realization of free-space optical communications via passive downlinks. Demands for deep …

This doctoral dissertation focuses on fabrication processes for integrated photonic devices
based on III-V semiconductors. This work covers a range of III-V materials and a variety of …

Over the last ten years the quality of both bulk and epitaxial InP has improved substantially
and the material is now receiving a great deal of attention as its properties are utilized in a …

Both lateral and perpendicular transport properties of the photoexcited electron-hole plasma
in n-type InP have been studied by the time-resolved Raman scattering technique with≃ 30 …

Structural transformations of InP (001) surfaces over a wide range of temperature and
surface stoichiometry have been investigated.(1× 1)-and (2× 1)-reconstructed surfaces are …

In this thesis, the fabrication properties and characterization of broad area light emitting LED
structures for thermo photonic devices are studied. The operation of a thermo photonic …