No comments about Superconductor/Semiconductor Junctions (Springer Tracts in Modern Physics).

No comments about Photoelectric Properties and Applications of Low-Mobility Semiconductors (Springer Tracts in Modern Physics).

No comments about Strengthening Mechanisms in Crystal Plasticity (Oxford Series on Materials Modelling).

No comments about Effects of Atomic Radiation.

1 comments about Mesoscale Phenomena in Fluid Systems (Acs Symposium Series).

1. Mesoscale is a term often used to describe structures and behaviors that occur at length scales between nanometers (10-9m) and microns (10-6m). Liquids that contain structures of this size are challenging to study, and yet phenomena that occur at this scale determine the properties of many scientifically and commercially important materials. These include personal care products such as liquid hand soap or shampoo, cosmetics, foods, paints, the microencapsulation or delivery systems for drugs, emulsion polymerization, or the mesoscale structures that form during fiber spinning. This is also a critical length scale for biological materials, and many of the techniques described in this book may be of interest to the biochemistry community.

   The book is split into three sections. In the first, and largest, section experimental techniques to characterize mesoscale structure are described by the leading experts from both industry and academia. These include electron, neutron and light spectroscopy, atomic force microscopy, rheology and nuclear magnetic resonance. The second section focuses on mesoscale modeling and simulation methods - because of the challenge of experimental characterization these are especially valuable for this class of materials. The final section of the book includes a number of case studies or applications examples showing how an understanding of mesoscale structure, properties and phase behavior can be used in materials design

1 comments about Millimeter and Submillimeter Wave Spectroscopy of Solids (Topics in Applied Physics).

1. This is the greatest book in the world! An absolute must-read.

No comments about Qed Coherence in Matter.

1 comments about The Problems of Physics (Oxford Classic Texts in the Physical Sciences).

1. The first edition of this book was published in 1988, and this second edition appeared after six years. So, it may be time for the author to publish another new edition. I suppose however that most of the problems described in this edition remain to be challenging and that the book is still worth reading even in the early years of the 21st century, because the author treated the problems of the kind related to deep mysteries of nature. I read this book with great interest and learned much.

   The author, Anthony J. Leggett, shared the 2003 Nobel Prize in Physics with two low-temperature theorists. Thus this book is also good to learn how wonderful insight one of Nobel-Physics-Prize winners has not only into the field of his specialty but also into all the fields of physics.

No comments about Supercomputing, Collision Processes, and Applications (Physics of Atoms and Molecules).

1 comments about Solidification and Casting: (Materials Science and Engineering).

1. 1) This book is mainly focus on particular topics of metal casting.
   2) Assume basic metallurgical knowledge in each particular process treated.
   3) Good reference for basics in new technologies.
   4) Mainly topics are related with non-ferrous alloy.
   5) Helps to develop new process in casting proces.