“.... Additionally, this receptor allowed the effects of hydrogen bonding at O(2) and O(4) on the electron...”
Get full text

“... that of bulk materials. Improvement of the reliability, functionality, and performance of nano-scale devices...”
Get full text

“... of next-generation photovoltaic, optoelectronic, and electronic devices, as well as biomolecular tags...”
Get full text

Subjects: “...electronic structure...”
Get full text
Get full text

“... require strong backgrounds in electronics, blueprint reading, basic electricity, machine tool fundamentals...”
Get full text

“... practicable form of power supply for electronic devices . Its overarching goal is to facilitate the design...”
Get full text

“...In order to meet the demands of the continuous scaling of electronic devices, new technologies have...”
Get full text

“...The focus of this dissertation is on the development of fundamental models describing the vapor...”
Get full text

“...Understanding the fundamental principles governing the interplay of redox and molecular recognition...”
Get full text

“... the possibility of charge transport to the electron in a photovoltaic device. Non-conjugated polymers containing...”
Get full text

“... taking place in chemistry today involve solid-state materials and solid-state, high-tech devices...”
Get full text

“...Many organic electronic and bioelectronics devices rely on mixed (electronic and ionic) transport...”
Get full text
Get full text

“... an electronically tunable signal with adequate output power over a wide range of frequencies. In this work...”
Get full text

“...-homogeneous applied magnetic field. Magnetization states and their switching processes are fundamental...”
Get full text

“... of their properties and forms the basis for the development of electronic and photovoltaic devices. Recently...”
Get full text

“... elastomers (TPEs) today. The focus of this research is to fundamentally understand the structure-process...”
Get full text