reedgrouplab.ucr.edu
Reed Group: Facilities
http://reedgrouplab.ucr.edu/facilities/index.html
The Instruments and Facilities of the Reed Group. The Reed Group has been at UC Riverside for several years now, having moved from USC in 1998. We are located in the new Chemical Sciences Building (Pierce Hall Annex) which opened in the summer of 2000. Each lab has a fully-loaded office that connects to the lab, with a large window that allows full visibility of the labspace from the office. Graduate Student and Post Doc Office. The departmental Mass-Spec facility and two CCD based X-Ray diffractometers.
reedgrouplab.ucr.edu
Reed Group: People
http://reedgrouplab.ucr.edu/people/index.html
The Wonderful People that make up the Reed Group, Past and Present. Fourth-year graduate student, B.S. UC-Riverside. She has made diprotic superacids with B12 dianions. Her research is supported by an NSF graduate research fellowship. Dr Stoyanov is a Visiting Professor from Novosibirsk , Russia . He is an IR expert and is investigating protonated molecules and H-bonding. Matt is a UCR chem major in his senior year. He is exploring methods to make useful new substitution reactions on carborane anions.
reedgrouplab.ucr.edu
Reed Group
http://reedgrouplab.ucr.edu/index.html
Dr Reed wins ACS Cotton Award. For Synthetic Inorganic Chemistry. Dr Reed wins NSF Creativity award. For carborane synthesis information. Wins NSF Graduate Fellowship. Dr Reed wins the Tolman Medal. Dr Reed's essays on the chemical literature and the ACS include:. More debate on open access". Executive Compensation and Transparency". Drowning in a Sea of Refereed Publications". Electronic Access to Journals". Just Say No to Exploitative Publishers of Science Journals". Article on the ACS.
reedgrouplab.ucr.edu
Reed Group: Projects
http://reedgrouplab.ucr.edu/projects/index.html
The Chemistry and Research Projects of the Reed Group. The Reed group specializes in making molecules that haven't been made before. We particularly enjoy the challenge of isolating highly reactive cations across the periodic table. These include species such as R 3 Si , Fe(TPP) , R 3 C , HC 60 , C 60 . C 6 H 7 , R 2 Al , H 3 O , H 5 O 2 , R 2 Cl etc. We apply what we learn to questions of structure, reactivity and mechanism in catalysis across inorganic, organic and bio-inorganic chemistry.
reedgrouplab.ucr.edu
Reed Group: Contact Us
http://reedgrouplab.ucr.edu/photos/index.html
Click on images to enlarge, and see captions.
