ULTRAFAST TIME-RESOLVED CRYSTALLOGRAPHY OF LIGHT-SENSITIVE COMPLEXES

$10,947P41FY2010RRNIH

University Of Chicago, Chicago IL

Investigators

Linked publications & trials

Paper 37290359 Paper 30740552 Paper 30453670 Paper 29624383 Paper 28436654 Paper 27305463 Paper 27151871 Paper 26919377 Paper 26798829 Paper 26593389 Paper 26457427 Paper 26213678 Paper 26095026 Paper 25723930 Paper 25636406 Paper 25621168 Paper 25554786 Paper 25383190 Paper 25343681 Paper 25343600 Paper 25304639 Paper 25238405 Paper 25071205 Paper 25030809 Paper 24670063 Paper 24657618 Paper 24613303 Paper 24611531 Paper 24591515 Paper 24351929 Paper 24311594 Paper 24151964 Paper 24125473 Paper 24116924 Paper 24113297 Paper 24100308 Paper 24067021 Paper 24024617 Paper 24012370 Paper 23952265 Paper 23879719 Paper 23815809 Paper 23802607 Paper 23695239 Paper 23616405 Paper 23569461 Paper 23544530 Paper 23536181 Paper 23509286 Paper 23482564 Paper 23458680 Paper 23452243 Paper 23399231 Paper 23395822 Paper 23365446 Paper 23312338 Paper 23308114 Paper 23192026 Paper 23132943 Paper 23110450 Paper 23043644 Paper 23039992 Paper 23021004 Paper 22948923 Paper 22927444 Paper 22713901 Paper 22708897 Paper 22483116 Paper 22408280 Paper 22385365 Paper 22382353 Paper 22338689 Paper 22297509 Paper 22294040 Paper 22169623 Paper 22147420 Paper 22145797 Paper 22002602 Paper 21964244 Paper 21903583 Paper 21856937 Paper 21740062 Paper 21643489 Paper 21580798 Paper 21552434 Paper 21510690 Paper 21507982 Paper 21505234 Paper 21417464 Paper 21210070 Paper 21084633 Paper 21073881 Paper 20806940 Paper 20733999 Paper 20707311 Paper 20676082 Paper 20660190 Paper 20630867 Paper 20567080 Paper 20558737

Abstract

This subproject is one of many research subprojects utilizing the resources provided by a Center grant funded by NIH/NCRR. The subproject and investigator (PI) may have received primary funding from another NIH source, and thus could be represented in other CRISP entries. The institution listed is for the Center, which is not necessarily the institution for the investigator. Ultrafast time-resolved Laue diffraction at atomic resolution of geometry changes on photoexcitation. A binuclear rhodium complex and several photosensitizer-dye crystals with short (sub-microsecond) lifetimes are to be measured. This will be the first time that submicrosecond diffraction measurements at atomimc resolution will be made.

View original record on NIH RePORTER →