Acquisition and Development of a Thermal Ionization
Mass Spectrometry Facility
at
NSF MRI EAR-0521266
Start date: September 15th, 2005
Total NSF Award: $683,770
PI’s
We
have recently been funded by the National Science Foundation to establish a new
BU TIMS Facility in the Department of Earth Sciences under the Directorship of
Prof.
Below
is the award abstract that is posted on the NSF website describing this grant.
This
award from the Major Research and Instrumentation Program (MRI) will support
the development of a new Thermal Ionization Mass Spectrometry (TIMS) Facility
in the Department of Earth Sciences at Boston University. In addition to the TIMS, this facility will
include a MicroMill sampling device for collecting
spatially-resolved material at the 10-100 micron scale for subsequent chemical
preparation and TIMS analysis. The new TIMS/MicroMill
Facility gives the Department – and external users – the capability to measure
isotope ratios (e.g. Sr, Nd,
Ca, Pb) on a wide variety of geological samples at
high spatial resolution and high precision.
The most recent generation of TIMS is capable of analytical precision
not previously obtainable, including when sample size is limited. Modern geoscience
research in igneous & metamorphic petrology, weathering & surface
processes, and oceanography & paleoclimate – all
research strengths of the four PIs – often requires the reconstruction of past
geologic events or conditions with fine geochemical and geochronological
spatial and temporal resolution only possible by pushing the limits of
precision and sample size with the TIMS.
The new BU TIMS/MicroMill Facility will be
dedicated to pushing those limits. This
open regional TIMS Facility will serve the research needs of the four PI’s on
this proposal, others in the Department and University, and other geoscientists
in the region. Our external user management plan providing training for
long-term student users, encouraging collaborative research with BU PI’s
particularly where specialized analysis is needed, and including an appropriate
recharge rate, will ensure the integrity of the lab facilities while always
providing the best quality isotopic data to BU and external users. The Facility will benefit a wide spectrum of
graduate and undergraduate research at BU and in the region.

Above left: delivery of the new BU Triton TIMS on
Above right: the headless BU Triton TIMS safely inside
the lab awaiting installation.