Sentences with phrase «deposition techniques»
Deposition techniques refer to methods or processes used to deposit or apply thin layers of materials onto surfaces. Full definition
If that's your experience too, you've probably developed your own set of useful deposition techniques.
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When I was preparing to take my first deposition as a new lawyer many years ago, I sat down and read a book about deposition techniques.
«Molecular - scale ALD discovery could have industrial - sized impact: New atomic layer deposition technique reduces waste.»
They used scalable dip - coating procedures to build up polymer multilayers and ensured thin metal electrode coatings with physical vapor deposition techniques.
A simple new electron - beam multilayer deposition technique for creating intracavity contacts — an important component of gallium nitride - based (III - nitride) vertical - cavity surface - emitting lasers (VCSELs)-- not only yields intriguing optoelectronic properties but also paves the way for others entering this realm of research.
Components in these devices now use deposition techniques that require a lot of energy in the form of pressure or temperature.
He called the Rapid Plasma Deposition technique a new industrial revolution.
«While the silicon requires some very high temperatures and very fancy deposition techniques, the perovskite part is quite simple, and therein lies the advantage,» said Colin Bailie, another co-author and a graduate student in materials science and engineering at Stanford University.
«New deposition technique enhances optoelectronic properties of lasers: Yield and efficiency of gallium nitride - based vertical - cavity surface - emitting lasers, a type of laser with potential applications in heads - up displays, automotive headlights, visible light data transmission, improved.»
As a bonus, ALD occurs in the gas phase, so it doesn't require any solution processing and is considered to be a more sustainable deposition technique.»
SPolymer and hybrid thin films from innovative deposition techniques to functional devices (FUNCTIONAL MATERIALS)
Pure - phase materials — including metal oxides, nitrides, sulfides, oxinitrides, and other single - and mixed - metal materials — are prepared using multiple deposition techniques (e.g., physical vapor deposition, inkjet printing, and micro-fabrication) on various substrates.
Triratna Muneshwar, a postdoctoral fellow in the Department of Chemical and Materials Engineering and Ken Cadien, a materials engineering professor, have developed a new method of making thin films — materials that are essential in today's computers and electronic devices — by adapting current atomic layer deposition techniques.
Combinatorial depositions with intentional and well - controlled continuous gradients in process parameters (composition, temperature, film thickness, nanoparticle size etc): wide range of thin film chemistries in separate chambers (metals, oxides, nitrides, sulfides); physical vapor deposition techniques (sputtering, pulsed laser deposition); different substrates and supports (glass, metals, glassy carbon, etc).
«While multilayer deposition techniques have been applied to many different material systems and different methods of growing / depositing materials, it was relatively unexplored in electron - beam deposition,» said Leonard.
«Additionally, the most efficient perovskite solar cells are currently made through a process called solvent quenching — a technique that is not easily transferred from lab - scale deposition techniques to large - scale deposition techniques.
Atomic layer deposition (ALD) has established itself as the deposition technique of choice for ultra-thin, controlled, conformal, pin - hole free coatings.
He has taught a variety of subjects in basic and advanced government contract and fiscal law programs for both defense and civilian government lawyers, including contract types, construction contracting, commercial activities program, socioeconomic policies, inspection, acceptance, and warranties, review of claims, deposition techniques and witness preparation, ethics in government contracting, and purpose and obligation of appropriations.