IERC instrumentation includes:
*Bruker X-band (ca. 9.5 GHz) 200-D EPR
with ENDOR spectrometer,
which routinely operates at temperatures from 2 K up;
*Pulsed
S-band EPR (ca. 2-4 GHz) instrument developed and built at IERC;
*Bruker ElexSys E-580 FT-EPR (CW and pulsed)
X-band EPR spectrometer
with CW-and-pulsed ENDOR;
*CW Q-band (ca. 35 GHz) bridge with Q-band
and X-band sample cryostats for the E-580;
*Varian E-line 9" X-band
EPR/ENDOR
with APD liquid helium cryostat;
*Varian E-line 15" Q-band CW EPR;
*Varian E-line 12" X-band CW EPR;
*IERC-developed U-band (ca. 48 GHz)
CW EPR bridge;
*IERC-developed L-band (ca. 1.3 GHz)
EPR bridge with surface probe and in vivoEPR
capability;
*2 IERC-developed
W-band
(94 GHz) spectrometers with superconducting magnet stations:
- one persistent narrow-bore,
narrow-sweep and one wide-bore wide-sweep (0 to 7 T) with liq. He sample
cryostat;
*Varian E-4 X-band CW EPR spectrometer;
*REKAR NMR relaxometer with low-field pulsed
DNP(dynamic
nuclear polarization);
*Access to MRI (magnetic
resonance imaging) facilities.
Finally, IERC staff have for their core activities,
and can arrange for users in collaborative and service activities, access
to many other relevant departmental and campus facilities (e.g., SQUID
magnetic susceptibility measurements, NMR service laboratory with
istruments to 750 MHz., Koenig NMR relaxometry, chemical microanalytical
service, special fabrication, etc.) of the School of Chemical Sciences,
the Materials Research Laboratory, and the Biomedical Magnetic Resonance
Facility.
Each IERC spectrometer has a dedicated computer
system associated with it, and there are also computers (including an IBM
RISC/6000-based network) available for data manipulation and analysis as
well as CPU-intensive computations that are separate from the spectrometers.
Laboratory space and instrumentation available for
sample preparation include the appropriate equipment for a range of medical,
chemical, and biochemical preparations, hood, and tissue culture facilities.
In addition, the University of Illinois has one of the best scientific
library collections in the country and well-stocked storerooms and makes
service facilities available to the IERC. These include glass, machine,
and drafting shops, mainframe computer access, X-Ray, microanalysis,
mass-spectrometry,
fluorescence dynamics services, and electronics design and repair shops.
There is a charge for use of each of these facilities, but certain of these
charges are at a University-subsidized rate, substantially lower than commercial
rates.
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R.L. Belford (2000) this page may change without
notice.