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68<br />
both shorter articles (Notes) and lengthier ones (Articles),<br />
the covers <strong>of</strong> which continue to be a highly desired forum<br />
for authors to showcase art relating to their manuscripts.<br />
NEWS FROM THE SCIENTIFIC<br />
AND TECHNICAL STAFF:<br />
TERRY (TED) O’CONNELL started his twenty-eighth year<br />
with the <strong>Chemistry</strong> Department and enjoys his position as<br />
Director <strong>of</strong> Technical Operations. He is responsible for new<br />
equipment installations and any building renovations. In<br />
the past year, the department acquired and installed over<br />
$2,000,000 worth <strong>of</strong> research instrumentation, including: a<br />
Bruker EMX-Plus EPR spectrometer, a Thermo LTQ Velos Ion<br />
Trap LC/MS, a Bruker Fourier Transform Mass Spectrometer<br />
(FTMS); a Perkin Elmer 2400 CHN/S Analyzer, and a Bruker<br />
Aut<strong>of</strong>lex III MALDI-TOF. He works closely with Senior Lab<br />
Engineer PETE SERRINO and Research Scientist SANDIP<br />
SUR, as well as ERIC LOBENSTINE and RAY TENG.<br />
ERIC LOBENSTINE (Ph.D. ’81), Manager for Computers<br />
and Network spent a significant amount <strong>of</strong> his time this past<br />
year working with a <strong>University</strong> IT committee on a major<br />
upgrade for the email service for both graduate students<br />
and postdocs, to insure that our needs would be met. This<br />
transition went (reasonably) smoothly at the end <strong>of</strong> May; so<br />
many students were eager to play with the new system that it<br />
took almost a week to move all the users’ emails! Eric is very<br />
happy to announce that Hutchison Hall now has wireless<br />
network access. Since it was one <strong>of</strong> the last academic buildings<br />
on the River Campus without ubiquitous wireless access, Eric<br />
has been pushing hard for this service for several years now.<br />
On a personal note, Eric’s older Brian graduated Magna Cum<br />
Laude in May, with a B.A. in Financial Economics and minors<br />
in <strong>Chemistry</strong> and English. After an internship this summer at<br />
Global Crossing, Brian is attending the Simon School in the fall<br />
Eric Lobenstine with son, Brian, and wife, Jeanne<br />
to work on his M.B.A. Ethan, Eric’s younger son, now a Senior<br />
had a great summer working as an Orientation Leader for the<br />
1200+ students who arrived for the 2010-2011 academic year.<br />
RAY TENG (B.S. ’87, M.B.A. ’01) has been with the<br />
<strong>University</strong> since 1987 and joined <strong>Chemistry</strong> in 2004 as<br />
Research/Facility Coordinator. Ray brings many years <strong>of</strong><br />
experience to the Department, having previously worked<br />
in the Department <strong>of</strong> Physics and Astronomy, the Nuclear<br />
Structure Research Laboratory, and the Department <strong>of</strong> Earth<br />
and Environmental Sciences as Senior Technical Associate. In<br />
2009, minor renovations in Hutchison Hall were undertaken:<br />
Room 468 was converted to a computer lab, B25 was renovated<br />
for a new Bruker Low Temperature EPR, and <strong>of</strong>fice space<br />
(431) was renovated for our new faculty hire, Oleg Prezhdo.<br />
Ray continues to enjoy the daily interactions with faculty and<br />
students in addressing research and facilities issues. Soccer<br />
continues to play a big part in Ray’s spare time to which he<br />
has now added “the college search” for D3 soccer schools.<br />
Once a chemist has synthesized a new molecule, he or she<br />
needs to “characterize” it in order to prove to the scientific<br />
community that it really exists. Two <strong>of</strong> the most important<br />
and trusted means <strong>of</strong> characterization for solid samples are<br />
single crystal X-ray crystallography and combustion elemental<br />
analysis. The former technique determines the composition <strong>of</strong><br />
one crystal (like a sugar or salt crystal) and provides the chemist<br />
with the identity and arrangement <strong>of</strong> atoms in the sample. The<br />
latter technique involves burning a portion (about 2 mg) <strong>of</strong><br />
the bulk solid sample and measuring the amount <strong>of</strong> carbon<br />
dioxide, water, and nitrogen to provide the chemist with the<br />
absolute percentages <strong>of</strong> carbon, hydrogen, and nitrogen in<br />
the sample. Our crystallographer, BILL BRENNESSEL, has<br />
been busy with the management and operation <strong>of</strong> facilities<br />
dedicated to those two techniques. The X-ray Crystallography<br />
Facility continues its high turnout <strong>of</strong> results with, on average, a<br />
new sample run daily. In addition, undergraduate students get<br />
hands-on training as part <strong>of</strong> the inorganic techniques course,<br />
CHM 234, and graduate students learn the theory and full<br />
operation <strong>of</strong> the instrumentation in CHM 417. Students who<br />
have taken CHM 417 are <strong>of</strong>ficially trained users <strong>of</strong> the facility<br />
and can examine their own research samples. The new CENTC<br />
Elemental Analysis Facility, provided by a grant obtained<br />
through Pr<strong>of</strong>essor William Jones and CENTC (Center for<br />
Enabling New Technologies through Catalysis), has been<br />
running for nearly six months now. The instrumentation<br />
includes the combustion analyzer, a microbalance, and a<br />
high-end glovebox used to prepare samples that react with<br />
the oxygen or water in air. Despite the synthetic research<br />
community’s routine use <strong>of</strong> this technique, it is surprising that<br />
we are one <strong>of</strong> the few universities to have a facility on site. The<br />
in-house nature <strong>of</strong> the facility not only eliminates shipping