naval research lab washington dc chemistry div, 2006
Passive diffusion badges are being tested as a long-term, method of analyte-specific air analysis onboard U.S. Navy (USN) nuclear submarines. Passive badge...
naval research lab washington dc chemistry div, 2006
Passive badge monitors for benzene, toluene, and xylene detection (cumulatively) were tested for analyte-specific air analysis onboard U.S. Navy (USN) nuclear...
naval research lab washington dc chemistry div, 2002
There is great interest in using single-walled carbon nanotubes (SWNTs) as nanoscale probes and sensors in biological electronics and optical devices because...
Surficial geology mapping at a 1:100 000 scale and a reconnaissance-scale till sampling survey within the 75A and 75B NTS map sheets were started in 2015...
This study, a part of the GEM2 South Rae Mapping Project, was carried out during 2015 and 2016 in the southeastern portion of the Canadian Northwest...
naval research lab washington dc chemistry div, 2005
Passive diffusion badges are being tested as a long-term, low-level method of analyte-specific air analysis onboard U.S. Navy (USN) nuclear submarines. Passive...
naval research lab washington dc chemistry div, 2005
Passive diffusion badges are being tested as a long-term, low-level method of analyte-specific air analysis onboard U.S. Navy (USN) nuclear submarines. Passive...
naval research lab washington dc chemistry div, 2005
Exposure chambers were designed and engineered for validating passive diffusion badges for long-term atmospheric monitoring onboard U.S. Navy nuclear...