By A. M. Glass
Ordinary textual content for learning ferroelectric and pyroelectric units. Develops the trendy conception of ferroelectricity by way of tender modes and lattice dynamics, masking sleek thoughts of dimension reminiscent of x-ray, optic, and neutron scattering. First released in 1977. Softcover.
Characterization of Semiconductor Heterostructures and Nanostructures” is based in order that every one bankruptcy is dedicated to a particular characterization method utilized in the knowledge of the homes (structural, actual, chemical, electric etc..) of semiconductor quantum wells and superlattices. An additional chapter is dedicated to ab initio modeling.
The booklet has simple goals. the 1st is academic, delivering the fundamental recommendations of every of the chosen innovations with an process comprehensible through complicated scholars in Physics, Chemistry, fabric technological know-how, Engineering, Nanotechnology. the second one target is to supply a particular set of examples from the hot literature of the pinnacle effects bought with the explicit process in realizing the homes of semiconductor heterostructures and nanostructures. every one bankruptcy has this double structure: the first half dedicated to clarify the fundamental recommendations, and the second one to the dialogue of the main atypical and cutting edge examples.
The subject of quantum wells, wires and dots might be obvious as a pretext of making use of most sensible point characterization suggestions in figuring out the structural, digital and so on homes of subject on the nanometer (and even sub-nanometer) scale. during this admire it truly is an essential reference in the a lot broader, and intensely sizzling, box of Nanotechnology.
- Comprehensive choice of the main strong characterization thoughts for semiconductors heterostructures and nanostructures
- Most of the chapters are authored through scientists which are world-wide one of the top-ten in ebook rating of the categorical field
- Each bankruptcy begins with a didactic creation at the technique
- The moment a part of each one chapters bargains with a variety of most sensible examples highlighting the facility of the explicit strategy to examine the houses of semiconductors heterostructures and nanostructures
By Shuji Nakamura, Stephen Pearton, Gerhard Fasol
From the stories of the 1st version: "The technical chapters could be lapped up by way of semiconductor experts willing to grasp extra [...] the publication contains interesting fabric that solutions the query: why did Nakamura be triumphant the place many, a lot higher, learn teams failed." New Scientist
By George W. Hanson
This textual content discusses electromagnetics from the view of operator idea, in a way commonly noticeable in textbooks of quantum mechanics. It contains a self-contained creation to operator concept, featuring definitions and theorems, plus proofs of the theorems while those are basic or enlightening.
By Windell Oskay
Raymond E. Barrett's Build-It-Yourself technological know-how Laboratory is a vintage publication that took on an audacious job: to teach younger readers within the Nineteen Sixties find out how to construct an entire operating technology lab for chemistry, biology, and physics--and find out how to practice experiments with these instruments. The experiments during this publication are fearless and impressive by way of ultra-modern standards--any variety of the experiments could by no means be pointed out in a contemporary publication for younger readers! but, many from past generations fondly have in mind how we as a society used to embody clinical studying.
This new edition of Barrett's e-book has been up to date for cutting-edge global with annotations and updates from Windell Oskay of Evil Mad Scientist Laboratories, together with large notes approximately glossy defense practices, feedback on the place to discover the elements you wish, and information for development upon Barrett's rules with sleek expertise. With this booklet, you will be able to tackle your personal clinical explorations in school, paintings, or home.
By Hartmut Haug
The state of the art of quantum shipping and quantum kinetics in semiconductors, plus the newest purposes, are lined during this monograph. because the publishing of the 1st version in 1996, the nonequilibrium eco-friendly functionality procedure has been utilized to quite a few new study themes, and the revised variation introduces the reader to lots of those components. This ebook is either a reference paintings for researchers and a self-tutorial for graduate students.
This e-book offers with the basic points of electromagnetic box concept in chiral media within the frequency area. All such facets are coated: box equations, constitutive equations, quintessential equations and representations, Green's services, radiation, reciprocity relatives, and equivalence and duality kin. Scattering of waves by way of chiral spheres and cylinders are coated, and layered chiral media are tested. This e-book is well timed either for theorists and experimentalists. Theorists can construct upon the paintings to find and expect new phenomena, whereas experimentalists might use it to layout shrewdpermanent experiments and build artificially chiral fabrics.
The invention of the quantized and fractional Quantum corridor influence phenomena is without doubt one of the most vital physics findings within the latter 1/2 this century. the appropriate quantization of resistance keen on the quantized corridor impression phenomena has ended in the hot definition of the resistance general and has metrologically affected all of technology and know-how. This source includes contributions from the head researchers within the box who current contemporary experimental and theoretical advancements. every one bankruptcy is self-contained and contains its personal set of references guiding readers to unique papers and extra studying at the subject.
Offering either an advent and an up to date survey of the complete box, this article captivates the reader with its transparent sort and encouraging, but strong presentation. The considerably elevated moment variation of this milestone paintings is supplemented by means of a very new bankruptcy at the scorching subject of nanoparticles and comprises the most recent insights into the deposition of dye layers on semiconductor electrodes. In his monograph, the said professional Professor Memming basically addresses actual and electrochemists, yet fabrics scientists, physicists, and engineers facing semiconductor expertise and its purposes also will profit significantly from the contents.
By Philippe Réfrégier
This is a different method of noise idea and its software to actual measurements that may locate its position one of the graduate path books. In a truly systematic manner, the principles are laid and utilized in a fashion that the booklet can also be valuable to these no longer concentrating on optics. workouts and suggestions aid scholars to deepen their knowledge.