Evaluation of the Bio-VOC – A Low-Cost, Simple Device for Biological Monitoring of VOCs in Breath
30 Jul 2014

An easy-to-use device for sampling of volatile organic compounds (VOCs) in breath is described, and its successful use shown for a range of applications.

Show    per page
2 of 37     Page  1 2 3  ... Next 
Calibration: Preparing and Introducing Thermal Desorption thermal desorption25 Jul 2014Read
Workplace Air Monitoring Using Pumped Sampling onto Sorbent Tubes and Analysis by TD–GC–MS air sampling, VOC monitoring25 Jul 2014Read
Analysis of Semi-Volatile Phosphorus Pesticides by Thermal Desorption and Method Validation Using Sample Re-Collection pesticides, environmental analysis25 Jul 2014Read
Round-the-Clock, On-Line and Cryogen-Free Monitoring Of Hydrocarbons from Acetylene to Trimethylbenzene in Ambient Air air sampling, volatiles, environmental analysis23 Jul 2014Read
Developments in the Determination of Nitrous Oxide using TD–GC air sampling, VOC monitoring23 Jul 2014Read
Using Thermal Desorption for the Quality Control of Products and Raw Materials air sampling, VOC monitoring, gas analysis23 Jul 2014Read
Analysis of the Interior Atmosphere of a Passenger Car by TD–GC/MS air sampling, VOC monitoring, volatiles23 Jul 2014Read
Monitoring Trace-Level High-Boiling Compounds (Triethyl Phosphate and Methyl Salicylate) in Air air sampling, volatiles, airborne pollutants23 Jul 2014Read
Optimizing Analytical Performance and Extending the Application Range of Thermal Desorption for Monitoring Air Indoors and Inside Vehicle Cabins air sampling, VOC monitoring, thermal desorption23 Jul 2014Read
Use of Diffusive Samplers with TD–GC Analysis for Monitoring VOCs in Ambient Air air sampling, VOC monitoring, gas analysis23 Jul 2014Read

Popular tags in SelectScience