News
Revealing the Role of Water Vapour in Methanol Atmospheric Reaction for More Accurate Methods for Predicting Atmospheric Reactions
// A research team led by Prof. Wei Ren, has adopted high-level quantum chemistry calculations to provide a definitive answer to the role of water vapour in some important atmospheric reactions. The new findings will enable a more accurate and reliable prediction of air pollution and atmospheric chemistry.
Professor Ren said, "this research unveils a novel method for predicting atmospheric reactions. With the new dimension provided for the study of atmospheric reactions, we hope that in the future there will be a more accurate and faster application on monitoring air pollution in addition to the ultrasensitive trace gas sensors, leading to a higher quality alert system, and even better precaution measures by the relevant corporations and authorities." //
Read the article in full: https://bit.ly/2XRJp6O
Revealing the Role of Water Vapour in Methanol Atmospheric Reaction for More Accurate Methods for Predicting Atmospheric Reactions
12 June 2020
// A research team led by Prof. Wei Ren, has adopted high-level quantum chemistry calculations to provide a definitive answer to the role of water vapour in some important atmospheric reactions. The new findings will enable a more accurate and reliable prediction of air pollution and atmospheric chemistry.
Professor Ren said, "this research unveils a novel method for predicting atmospheric reactions. With the new dimension provided for the study of atmospheric reactions, we hope that in the future there will be a more accurate and faster application on monitoring air pollution in addition to the ultrasensitive trace gas sensors, leading to a higher quality alert system, and even better precaution measures by the relevant corporations and authorities." //
Read the article in full: https://bit.ly/2XRJp6O
