Enhanced reactive uptake of nonanal by acidic aerosols in the presence of particle-phase organics

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Overview

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Keyphrases

Particle Phase Keyphrases

Reactive Uptake Keyphrases

Nonanal Keyphrases

Acid Aerosol Keyphrases

Sulfuric Acid Keyphrases

Olea Keyphrases

Mass Increase Keyphrases

Organic Products Keyphrases

Uptake Rate Keyphrases

Mixed Particles Keyphrases

Gas Phase Keyphrases

Electrodynamic Bala... Keyphrases

Humidity Keyphrases

Small Mass Keyphrases

Acid-catalyzed Keyphrases

Oleic Acid Keyphrases

Uptake Kinetics Keyphrases

Levo Keyphrases

Levoglucosan Keyphrases

Physical Absorption Keyphrases

Acid Sulfuric Keyphrases

INIS

sulfuric acid INIS

absorption INIS

electrodynamics INIS

oleic acid INIS

Chemical Engineering

Aerosol Chemical Engineering

Sulfuric Acid Chemical Engineering

Acid Chemical Engineering

Oleic Acid Chemical Engineering

Chemical Kinetics C... Chemical Engineering

Research OutputsResearch Output authored by Enhanced reactive uptake of nonanal by acidic aerosols in the presence of particle-phase organics is tagged with the concept

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