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2017 ; 4
(2
): ä Nephropedia Template TP
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Ereptiospiration
#MMPMID28952512
Woolley C
; Garcia AA
; Santello M
Bioengineering (Basel)
2017[Apr]; 4
(2
): ä PMID28952512
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Pure coconut oil, lanolin, and acetaminophen were vaporized at rates of 1-50
mg/min, using a porous network exhibiting a temperature gradient from 5000 to
5500 K/mm, without incurring noticeable chemical changes due to combustion,
oxidation, or other thermally-induced chemical structural changes. The newly
coined term "ereptiospiration" is used here to describe this combination of
thermal transpiration at high temperature gradients since the process can force
the creation of thermal aerosols by rapid heating in a localized zone.
Experimental data were generated for these materials using two different supports
for metering the materials to the battery powered coil: namely, a stainless steel
fiber bundle and a 3-D printed steel cartridge. Heating coconut oil, lanolin, or
acetaminophen in a beaker to lower temperatures than those achieved at the
surface of the coil showed noticeable and rapid degradation in the samples, while
visual and olfactory observations for ereptiospiration showed no noticeable
degradation in lanolin and coconut oil while HPLC chromatograms along with visual
observation confirm that within the limit of detection, acetaminophen remains
chemically unaltered by ereptiospiration.
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