Apparatus to collect, classify, concentrate, and characterize gas-borne particles

作者: John E. Brockmann , John R. Torczynski , Daniel J. Rader , Karl Wally

DOI:

关键词: Sampling (signal processing)Stack (abstract data type)MiniaturizationLab-on-a-chipCharacterization (materials science)Electronic engineeringAerosolEngineeringParticleFabricationProcess engineering

摘要: An aerosol lab-on-a-chip (ALOC) integrates one or more of a variety collection, classification, concentration (enrichment), and characterization processes onto single substrate layered stack such substrates. By taking advantage modern micro-machining capabilities, an entire suite discrete laboratory handling techniques can be combined in portable device that provide wealth data on the being sampled. The ALOC offers parallel close proximity various modules helps ensure same is available to all devices (dramatically reducing sampling transport errors). Micro-machine fabrication significantly reduces unit costs relative existing technology, enables small, devices, as well potential for rugged design allow operation harsh environments. Miniaturization also working with smaller particle sizes lower pressure drops (leading reduction power consumption).

参考文章(3)
Thomas H. Jeys, Antonio Sanchez, Bio-particle fluorescence detector ,(1998)
John R. Torczynski, Daniel J. Rader, Opposed-flow virtual cyclone for particle concentration ,(1999)
J.E. Brockmann, T.J. O'Hern, T.W. Grasser, D.J. Rader, J.R. Torczynski, An Experimental Investigation of the Flow in a Virtual Cyclone No conference title supplied, No conference location supplied, No conference dates supplied. ,(1998)