Charles S. Barrett Knihy
Charles Barrett byl průkopníkem v oblasti rentgenové metalurgie, který významně přispěl k využití rentgenové difrakční analýzy pro charakterizaci kovů a slitin na atomární úrovni. Vyvinul také topografickou metodu pro hodnocení kovů, známou dnes jako Berg-Barrettova metoda, a je autorem klasické knihy o rentgenové difrakci a metalografii s názvem „Structure of Metals“. Svou kariéru zahájil v roce 1928, kdy nastoupil do oddělení metalurgie v americké Naval Research Laboratory. Během své kariéry přispěl svými talenty institucím, jako je Carnegie Institute of Technology, University of Chicago, University of Denver, University of Birmingham a Oxford University.
Focusing on x-ray fluorescence (XRF), the conference featured prominent speakers discussing advancements in the field across three regions: North America, Europe, and the Far East. Prof. D. E. Leydon highlighted developments in instrumentation and applications in North America, while Prof. H. Ebel addressed techniques and quantitation in Europe. Tomoya Arai explored scientific activities in Japan and China. The session aimed to update attendees on global trends and future directions in XRF, with written presentations included for broader accessibility.
The Denver X-Ray Conference thrives on three key elements: a collegial atmosphere for expert-novice interaction, engaging plenary sessions that introduce innovative ideas, and traditional sessions showcasing current research. The meticulous organization required for these aspects, particularly the plenary session, falls to a dedicated individual who curates a cohesive program of review papers. This effort ensures that attendees receive timely and relevant information, while also acknowledging the behind-the-scenes work that supports the smooth execution of the conference.
Structure Of Metals
- 584 stránek
- 21 hodin čtení
Focusing on the intricate structure of metals, this antique text serves as both a comprehensive reference and a classroom resource for crystallography. It covers essential topics such as crystallographic fundamentals, X-ray methods, and crystal structure determination, making it suitable for graduate and advanced undergraduate courses in metallurgy. Originally published in 1932, the book has been republished with a new introduction, highlighting its enduring relevance in the field.