We discuss surface reconstruction preserving discontinuities. Given a set of function values, we first detect discontinuities. Then we construct a surface that preserves discontinuities.
New dielectric materials have been introduced for printed circuit board applications, such as Thermount and polyimide with the aim to match the requirements for high speed and high density of elect
Sabine, Eyring, and others derived approximate formulas for the reverberation time of sound dying out in a room.
We report on deep ion-implantation of sulfur into InP substrates to replace the epitaxial subcollector layer of double-heterojunction bipolar transistors.
The growth of strained layer epitaxial films and compositionally modulated superlattices is the driving force for much of current day materials science and technology.
The behavior of boron incorporation into GaAs has been studied by x-ray photoelectron spectroscopy, x-ray diffraction, and atomic force microscopy.
The surface segregation of Ni(110)-0.8%Au has been studied by Scanning Tunneling Microscope (STM).
A newly developed focusing-type time-of-flight atom-probe (field ion microscope) was applied for the detailed investigation of surface segregation in Ni-Cu binary alloys over the entire composition
An introduction to the basic concepts of grazing incidence x-ray scattering is presented in this paper.
Electronic structure calculations for a clean Cr(001) film and for Cr(001) film and for Cr(001) films covered with Au, Pt or Ir monolayers predict a surface band localized on the outer Cr layer ne
