Publications and Research
External Lists:Ìý,Ìý
*Denotes ÐÔ°®ÌìÌà U undergraduate student
![Picture depicting supramolecular assembly of gels in aerosol particles](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/ion-molecule-interactions.png?itok=bwy6ucoa)
Ion-Molecule Interactions Enable Unexpected Phase Transitions in Organic-Inorganic Aerosol.
Richards DS*,ÌýTrobaugh KL*,ÌýHajek-Herrera J*, Price CL, Sheldon CS, Davies JF,ÌýDavis RD^Ìý(2020)ÌýÌýScience Advances, 6, eabb5643, DOI:Ìý.
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![Diagram of Dual-Balance Electrodynamic Trap as a Micro-Analytical Tool for Identifying Gel Transitions and Viscous Properties of Levitated Aerosol Particles](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/dual-balance-electrodynamic-trap.png?itok=mHhCzizE)
Dual-Balance Electrodynamic Trap as a Micro-Analytical Tool for Identifying Gel Transitions and Viscous Properties of Levitated Aerosol Particles
Richards DS*, Trobaugh KL*, Hajek-Herrera J*,ÌýDavis RDÌý(2020)ÌýAnalytical Chemistry,ÌýDOI:Ìý
![Image depicting separation of droplet generation from ionization](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/micro-compartments.png?itok=vD-G6kHU)
Studying Chemistry in Micro-Compartments by Separating Droplet Generation from Ionization
Jacobs MI,ÌýDavis RD, Rapf RJ, Wilson KR (2018)ÌýJ. Am. Soc. Mass Spec.ÌýDOI:Ìý.
![Chart of immersion and Contact Efflorescence Induced by Mineral Dust Particles](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/efflorescence.png?itok=9gkyum5r)
Immersion and Contact Efflorescence Induced by Mineral Dust Particles.
Ushijima SB,ÌýDavis RD, Tolbert MA (2018)ÌýThe Journal of Physical Chemistry A. DOI:Ìý.
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![Chart of rapid on-demand inertial mixing and metal-catalyzed aqueous-phase oxidation processes](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/colliding-droplet-microeactor.png?itok=_ecAHiy3)
Colliding-droplet microreactor: rapid on-demand inertial mixing and metal-catalyzed aqueous-phase oxidation processes.
Davis RD, Jacobs MI, Houle FA, Wilson KR (2017)ÌýÌýAnalytical ChemistryÌý89(22): 12494-12501. DOI:Ìý.Ìý
Highlighted in Chemical and Engineering News, 95(46): 16-18 (Nov. 20, 2017 issue).
![Chart of the reaction of OPA with alanine are detected in single droplets using paper spray mass spectrometry](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/spray-mass-spectrometer.png?itok=9zEMIpSN)
Exploring chemistry in microcompartments using guided droplet collisions in a branched quadrupole trap coupled to a single droplet, paper spray mass spectrometer.Ìý
Jacobs MI, Davies JF, Lee L,ÌýDavis RD, Houle FA, Wilson KR (2017)ÌýAnalytical ChemistryÌý89(22): 12511-12519. DOI:Ìý.
Highlighted in Chemical and Engineering News, 95(46): 16-18 (Nov. 20, 2017 issue).
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![Crystal nucleation initiated by transient ion-surface interactions at aerosol interfaces](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/crystal-nucleation.png?itok=-W0eVPsG)
Crystal nucleation initiated by transient ion-surface interactions at aerosol interfaces.
Davis RD, Tolbert MA (2017)ÌýScience AdvancesÌý3(7):e1700425, DOI:Ìý.
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![Chart of a pathway for crystallization of atmospherically relevant particles](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/atmospheric-particles.png?itok=T2dqzfGe)
Contact efflorescence as a pathway for crystallization of atmospherically relevant particles.Ìý
Davis RD, Lance S, Gordon JA, Ushijima SB, Tolbert MA (2015)ÌýProceedings of the National Academy of ScienceÌý112(52):15815-15820, DOI:Ìý.
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![Long working-distance optical trap for in situ analysis of contact-induced phase transformations.](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/phase-transformations.png?itok=JsM0QUOS)
Long working-distance optical trap for in situ analysis of contact-induced phase transformations.
Davis RD, Lance S, Gordon JA, Tolbert MA (2015)ÌýAnalytical ChemistryÌý87:6186-6194, DOI:Ìý.
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![Chart of the aqueous stability of a Mars salt analog](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/aqueous-stability-mars.png?itok=qhiYh5uw)
The aqueous stability of a Mars salt analog: Instant Mars.
Nuding DL,ÌýDavis RD, Gough RV, Tolbert MA (2015)ÌýJournal of Geophysical Research - PlanetsÌý120:588-598, DOI:Ìý.
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![Chart of the temperature and the relative humidity of Liquid Phase Aqueous solutions relevant to Mars](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/cacio4.png?itok=t7IXUi1_)
Deliquescence and efflorescence of Ca(ClO4)2: An investigation of stable aqueous solutions relevant to Mars.
Nuding DL, Rivera-Valentin EG,ÌýDavis RD, Gough RV, Chevrier VF, Tolbert MA (2014)ÌýIcarusÌý243:420-428, DOI:Ìý.
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![Chart of the wavelength, pressure and temperature dependency of carbon monoxide](/sites/default/files/styles/media_responsive_1440xauto/public/acquiadam/2021-01/oxygen-isotope.png?itok=pTUOxTaH)
Oxygen isotope fractionation in the vacuum ultraviolet photodissociation of carbon monoxide: Wavelength, pressure and temperature dependency.
Chakraborty S,ÌýDavis RD, Ahmed M, Jackson TL, Thiemens MH (2012)ÌýThe Journal of Chemical PhysicsÌý137:024309, DOI:Ìý.
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