Search for tag: "acids"

5 Media

Fit-for-Purpose Food Waste Valorization duration 6 minutes 27 seconds Fit-for-Purpose Food Waste Valorization Fit-for-Purpose Food Waste Valorization	Fit-for-Purpose Food Waste Valorization food waste valorization energy digestion acid acids wastewater digester things moisture studies production pyrolysis biochar carbon pathways culture lot From kirtid Das 0 likes 3 plays Speaker Ren and Leininger
Fit-for-Purpose Food Waste Valorization duration 6 minutes 22 seconds Fit-for-Purpose Food Waste Valorization Fit-for-Purpose Food Waste Valorization	Fit-for-Purpose Food Waste Valorization Aaron Leininger (Princeton University) shares INFEWS findings on fit-for-purpose food waste valorization. waste food energy digestion wastewater acid acids digester things moisture carbon valorization studies vfa production pyrolysis pathways process culture lot From Emily Eckart 0 likes 19 plays Date August 1st, 2023 Speaker Aaron Leininger Location Princeton, NJ
Cobalt-Catalyzed Asymmetric Hydrogenation of… duration 3 minutes 7 seconds Cobalt-Catalyzed Asymmetric Hydrogenation of… Cobalt-Catalyzed Asymmetric Hydrogenation of Pharmaceutically-Relevant Functionalized Enamides, Madison Esposito, UG '23 (2271047)	Cobalt-Catalyzed Asymmetric Hydrogenation of Pharmaceutically-Relevant Functionalized Enamides, Madison Esposito, UG '23 (2271047) Asymmetric hydrogenation– the addition of hydrogen across a substrate’s carbon-carbon double bond, as mediated by transition metal catalysts– is an atom-economical process used to… chemistry prd23 princeton research day undergraduate research mathey college chirik lab cobalt catalyst catalysts hydrogenation substrate activation acids tolerance dopa drug rhodium functionalities pre route methanol interactions studies reactions selectivity From Research Princeton Research Day 2 likes 70 plays Date May 3rd, 2023 Speaker Madison Esposito, UG '23 (2271047) Department Chemistry
Silencing Alarms: Discovering How Viruses Evade… duration 2 minutes 50 seconds Silencing Alarms: Discovering How Viruses Evade… Silencing Alarms: Discovering How Viruses Evade Our Cellular Immune Systems, Robert LeDesma, G6 (3964620)	Silencing Alarms: Discovering How Viruses Evade Our Cellular Immune Systems, Robert LeDesma, G6 (3964620) The cells in our body inherently possess an alarm system that can detect when an invader, such as a virus, infects the cell. Unfortunately, viruses are constantly evolving ways in which they can… cellular alarm system amino acid hepatitis e virus inductively-coupled plasma mass spectrometry argon plasma metal ion binding domain #prd22 protein viruses metal proteins ions ways virus acids plasma prediction function form alarms alarm cells scientists biology lab attention folds From Research Princeton Research Day 9 likes 203 plays Date April 27th, 2022 Speaker Robert LeDesma Department Molecular Biology
ReMatch+ Intern - Indu Panigrahi duration 2 minutes 54 seconds ReMatch+ Intern - Indu Panigrahi ReMatch+ Intern - Indu Panigrahi	ReMatch+ Intern - Indu Panigrahi Automating three-dimensional modeling of an Archaeocyathid reef using a Mask R-CNN network images image reefs cnn segmentation 3d acids pixels model percent masks datasets amount arc process arcgis climate earth roles From our Undergraduate Research 2 likes 67 plays Date July 29th, 2021 Speaker Indu Panigraphi Department Department of Geosciences