 |
 |
- synchrotron radiation (SR) High-energy physics research into subatomic structure led to the construction of particle accelerators in which synchrotron radiation was an unwanted product, in that its use was parasitic on machines optimized for high-energy physics---but much biological data was obtained from these early machines (at sites such as Hamburg, Stanford, and Cornell). However, synchrotron radiation soon became recognized as an important research tool in biology, chemistry, and physics, and dedicated synchrotron sources were built with machine parameters optimized for this use. The first such dedicated high-energy source was the Daresbury Synchrotron Radiation Source (SRS) which opened in 1981. Since then, the biological applications of synchrotron radiation have increasingly become a major part of the scientific programme of this and other synchrotron radiation sources. All modern synchrotron radiation sources are now storage rings designed to give continuous beams with stable positions and radiation of specific properties produced by use of magnetic insertion devices such as wigglers and undulators.
Extraction Method: Medical Objects-
Eliminated words list: MedlinePlus List
-
Similarity Method: Keyword Count
-
Database: Medline abstracts
Publication Type: All
Score Calculation Method: Cosine Similarity Method
Sort by: Score
Show: Top 100 hits
Results computed on: 6/9/2006
A service of UT Southwestern Computational Biology Group
Copyright © 2001 - 2005