By T. C. Gibb
The emergence of M6ssbauer spectroscopy as an incredible experi psychological strategy for the research of solids has led to quite a lot of purposes in chemistry, physics, metallurgy and biophysics. This booklet is meant to summarize the user-friendly ideas of the approach at a degree applicable to the complicated scholar or skilled chemist requiring a reasonably accomplished yet primarily non-mathematical creation. hence the most important a part of the e-book is anxious with the sensible purposes of Mossbauer spectroscopy, utilizing rigorously chosen examples to demonstrate the recommendations. The references stated and the bibliography are meant to supply a bridge to the most literature if you subseouent ly require a deeper wisdom. The textual content is complementary to the longer examine monograph, 'Mossbauer Spectroscopy', which was once written many years in the past in co-authorship with Professor N.N. Greenwood, and to whom i'm deeply indebted for examining the initial draft of the current quantity. I additionally desire to thank my many colleagues during the last ten years, and particularly Dr. R. Greatrex, for the various stimu lating discussions which we now have had jointly. notwithstanding my maximum debt is to my spouse, who not just needed to tolerate my eccen tricities throughout the gestation interval, yet being a chemist herself used to be additionally capable of offer a lot beneficial feedback of the penultirna te draft.
By Kenneth L. Kaiser
In chapters culled from the preferred and significantly acclaimed Electromagnetic Compatibility guide, Electrostatic Discharge presents a tightly centred, handy, and cheap reference for these basically during this subset of subject matters. writer Kenneth L. Kaiser demystifies electrostatic discharge and explains the resource and obstacles of the approximations, guidance, versions, and rules-of-thumb utilized in this box. the cloth is gifted in a distinct question-and-answer structure that will get instantly to the center of every subject. The ebook contains a variety of examples and makes use of Mathcad to generate the entire figures and lots of suggestions to equations. in lots of situations, the total Mathcad application is supplied.
By Helmut Liebl
Authored by way of a pioneer of the sphere, this evaluation of charged particle optics presents a high-quality creation to the sphere for all physicists wishing to layout their very own gear or larger comprehend the tools with which they paintings. utilized Charged Particle Optics starts by way of introducing electrostatic lenses and fields used for acceleration, focussing and deflection of ions or electrons. next chapters provide designated descriptions of electrostatic deflection components, uniform and non-uniform magnetic zone fields, photograph aberrations, and, eventually, fringe box confinement. A bankruptcy on purposes is further.
By Nathan Bushyager, Emmanuil M. Tentzeris, Constantine Balanis
This booklet provides a style that permits using multiresolution ideas in a time area electromagnetic modeling procedure that's acceptable to normal buildings. The multiresolution time-domain (MRTD) procedure, because it is frequently referred to as, is gifted for common foundation capabilities. extra recommendations which are awarded right here let the modeling of complicated constructions utilizing a subcell illustration that enables the modeling discrete electromagnetic results at person identical grid issues. this is often comprehensive by means of remodeling the applying of the consequences at person issues within the grid into the wavelet area. during this paintings, the MRTD method is derived for a normal wavelet foundation utilizing a comparatively compact vector notation that either makes the method more straightforward to appreciate and illustrates the diversities among MRTD foundation capabilities. additionally, thoughts reminiscent of the uniaxial completely matched layer (UPML) for arbitrary wavelet answer and non-uniform gridding are offered. utilizing those thoughts, any constitution that may be simulated in Yee-FDTD could be modeled with in MRTD.