How exciting to see our Purdue zEDGE Test House on the cover of ACS ES&T Air! Read our new study on scented volatile chemical products: https://t.co/37Uo18LOMU
Congratulations to #Purdue Lyles School of Civil & Construction Engineering Prof. Brandon Boor! He has been named the Dr. Margery E. Hoffman Associate Professor in Civil Engineering. This professorship has a 5-year term that will extend through Fall 2029: https://t.co/y0PQjJj8xe
New study in ACS ES&T Air shows that the everyday use of scented volatile chemical products can initiate the rapid nucleation and growth of indoor atmospheric nanoparticles. Read more: https://t.co/oj3wVi0HEx
@BrandonBoor@NusratJung@SatyaSundarPa17@pssindiana@PurdueCCE
Making a grilled cheese sandwich emits the same or higher concentrations of airborne nanoparticles between 1–3 nm than are produced by vehicles with internal combustion engines, according to a study at a tiny house at @LifeAtPurdue. In PNAS Nexus: https://t.co/QizSJs4ACH
Cooking on your gas stove can emit more nano-sized particles into the air than vehicles that run on gas or diesel, possibly increasing your risk of developing asthma or other respiratory illnesses, a new #Purdue study has found. https://t.co/bw3GHCRt8b
Congratulations to #Purdue Civil Engineering PhD students Jinglin Jiang and Satya Sundar Patra! They each received a 2023-2024 ASHRAE Grant-in-Aid Award. The award is given to outstanding graduate students conducting research in High Performance Buildings or HVAC fields.
Check out our new paper on the dynamics of fluorescent aerosol particles in an office environment under variable human occupancy and ventilation conditions. @TianrenWu@danwag13@JinglinJiang. @BrandonBoor's lab.
https://t.co/dilA5rXWVF
Developed a novel calibration regime combining the knowledge of particle physics and machine learning to improve the performance of low-cost particle sensors in residential buildings. @BrandonBoor‘s lab.
https://t.co/pOH3su6ljd