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A review of microfluidic
concepts
and
applications
for atmospheric aerosol science
Metcalf, Andrew R. ; Narayan, Shweta ; Dutcher, Cari S.
Aerosol science and technology, 2018-03, Vol.52 (3), p.310-329
[同儕審閱期刊]
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題名:
A review of microfluidic
concepts
and
applications
for atmospheric aerosol science
著者:
Metcalf, Andrew R.
;
Narayan, Shweta
;
Dutcher, Cari S.
主題:
Aerosol research
;
Aerosols
;
Atmospheric aerosols
;
Communities
;
Emulsions
;
Experiments
;
Microfluidics
;
Sampling
;
Sampling techniques
;
Science
;
Warren Finlay
所屬期刊:
Aerosol science and technology, 2018-03, Vol.52 (3), p.310-329
描述:
Microfluidics is used in a broad range of
applications
, from biology and medicine to chemistry and polymer science, because this versatile platform enables rapid and precise repeatability of measurements and experiments on a relatively low-cost laboratory platform. Despite wide-ranging uses, this powerful research platform remains under-utilized by the atmospheric aerosol science community. This review will summarize selected microfluidic
concepts
and tools with potential
applications
to aerosol science. Where appropriate, the basic operating conditions and tunable parameters in microfluidics will be compared to typical aerosol experimental methods. Microfluidics offers a number of advantages over larger-scale experiments; for example, the small volumes of sample required for experiments open a number of avenues for sample collection that are accessible to the aerosol community. Filter extraction, spot sampling, and particle-into-liquid sampling techniques could all be used to capture aerosol samples to supply microfluidic measurements and experiments. Microfluidic concepts, such as device geometries for creating emulsions and developments in particle and droplet manipulation techniques will be reviewed, and current and potential microfluidic applications to aerosol science will be discussed. Copyright © 2018 American Association for Aerosol Research
出版者:
New York: Taylor & Francis
語言:
英文
識別號:
ISSN: 0278-6826
EISSN: 1521-7388
DOI: 10.1080/02786826.2017.1408952
資源來源:
Taylor & Francis Social Science & Humanities and Science & Technology Library Database Model
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