Advances in electronics and electron physics. 
/ edited by Peter W. Hawkes 
 - New York, N.Y. :  Academic Press,  1984 
 -  illustrations ;  24 cm 
 -  62 .
<br/><br/> Published: Boston, Mass., <1989>-1994.<br/>includes index<br/> 
<br/><br/>I.	Spin polarized electrons in solid-state physics<br/>1.	Introduction <br/>2.	Experimental techniques <br/>3.	Magnetism in metals <br/>4.	Magnetism in systems with localized magnetic moments <br/>5.	The symmetry of electronic states<br/>6.	The spin dependence of the elastic scattering of electrons from solids<br/>7.	Secondary electrons <br/>8.	Surface magneto chemistry <br/>9.	Surface magnetization curves<br/>10.	Conclusion <br/>II.	Predictions of deep-impurity-level energies in semiconductors <br/>11.	Introduction <br/>12.	What is a deep trap? <br/>13.	The defect molecule picture <br/>14.	The Koster-slater green’s function method<br/>15.	The tight-binding method <br/>16.	General theoretical results <br/>17.	Empirical trends in trap-level energies of point defects <br/>18.	Empirical trends in g-factors of deep impurities <br/>19.	Predictions <br/>20.	Chemical trends in transition metal impurities <br/>III.	Recent advances in the electron microscopy of materials <br/>21.	Introduction to electron optical instrumentation <br/>22.	Advances in instrument<br/>23.	Developments in imaging in the electron microscope<br/>24.	Crystallographic information in the electron microscope <br/>25.	Chemical analysis in the electron microscope <br/>26.	Combination of techniques <br/>27.	Conclusion<br/><br/><br/><br/> 
<br/><br/><label>ISSN: </label>0120146622 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Electronics.<br/>Electrons.<br/>Électronique<br/>Electronics.<br/>Electrons.<br/>Elektronik<br/>Electronics.<br/>Elektronik.
<br/><br/><label>Dewey Class. No.: </label>621.381/05  / H3924