Corvallis / Houston / Baltimore / New York / Oxford / Berlin / Nachogdoches / Charleston / London / Livermore / /
Company
Fleming / BP / Macmillan Magazines Ltd / Rakow N. A. / J. Pharm / Space Sciences Laboratory / Lawrence Livermore National Laboratory / /
Continent
Antarctica / /
Country
Barbados / Japan / United States / Australia / Timor / / /
Facility
Stephen F. Austin State University / Fort Wayne / The Johns Hopkins University / College of Charleston / Indiana-Purdue University / Oregon State University / stable Bonaparte Gulf / University of California / The Australian National University / /
IndustryTerm
metal / microbalance-based chemical sensors / chemical sensors / /
College of Charleston / Research School of Earth Sciences / National Institute of Health / Department of Geology / DOE / The Johns Hopkins University / Research School of Physical Sciences and Engineering / Oregon State University / Australian National University / Canberra / Department of Biology / University of California / Berkeley / Biology Department / Purdue University / Department of Geosciences / Zoology Department / Department of Nuclear Physics / School of Medicine / Australian Geological Survey Organisation / Department of Cell Biology and Anatomy / Stephen F. Austin State University / Department of Defense / /
Person
Yusuke Yokoyama / James O. Farlow / Van Deusen-Jeffries / Paul Johnston / Patrick De Deckker / John A. Ruben / Donald M. Henderson / Terry D. Jones / Kurt Lambeck / /
Position
Marshall / /
ProvinceOrState
Texas / Maryland / Indiana / Oregon / British Columbia / New York / South Carolina / California / /
Region
Antarctic / British Isles / northern Europe / Indian Ocean / northern Australia / southeastern Australia / Northwestern Australia / /
letters to nature 16. Brunink, J. A. J. et al. The application of metalloporphyrins as coating material for quartz microbalance-based chemical sensors. Anal. Chim. Acta 325, 53±[removed]).