Electronic design automation tool

Chemical Physics Preprint Database. This database [81] is a fully automated electronic archive and distribution server intended to provide a means for rapid and efficient preprint distribution within the international theoretical chemical physics community. A preprint is a copy of a paper that has been submitted for publication. This database has been designed to be a useful and freely available tool for education and research. It allows investigators to submit and retrieve electronic copies of preprints via the Internet. Access for retrieval and listing of papers in the database is possible through WWW servers, anonymous ftp, or e-mail. Currently research papers are submitted to the databases via e-mail. This project is a joint effort by the Department of Chemistry at Brown University and the Theoretical Chemistry and Molecular Physics Group at the Los Alamos National Laboratory. The homepage of Chemical Physics Preprint Database is http // www.chem.brown.edu/chem-ph.html. (For a more... 

It was in 1949, at the first European conference on electron microscopy in DelO. that R. Castaing described the electron probe microanalyser he had designed under the guidance of A. Guinier. In his thesis (1951), Castaing also described the basic physical principles that were subsequently to make the microprobe a tool for quantitative microanalysis. Current electron microprobe analysers differ little in their basic principle from that originally described by Castaing. Of course, improvements have been made over the years, notably the enhancement of detection systems and the automation of the equipment. 

As mentioned before. North Carolina State University in the first place, and then 3TEX, Inc., have designed and built several generations of fully automated specialty 3D weaving machines for 3DNCOW fabric production. All those machines were equipped with a specialty electronic control systems and associated specialty fabric design tools. 

---