Tootfinder

Molecular dynamics of ice-active solutions at ice-water interfaces
Benjamin M. Harless, Jasmine K. Sindelar, J. Daniel Gezelter
https://arxiv.org/abs/2508.03591 https://

Molecular dynamics of ice-active solutions at ice-water interfaces
Small molecules that interact strongly with water were the subject of this molecular dynamics (MD) study. These solutes include a cryoprotectant (DMSO), a polyalcohol [CH$_2$(OH)$_2$], carboxylic acid conjugates (HCOOH and HCOONa), an ammonium salt (NH$_4$Cl), and two alkyl halide salts (NaCl and NaF). MD simulations were carried out for bulk supercooled liquids and solutions in contact with ice. Solute and water hydrogen bonding, orientational and translational order, and hydrogen bond jump dy…

This https://arxiv.org/abs/2505.23850 has been replaced.
initial toot: https://mastoxiv.page/@ar…

Bubble-Burst Synthesis of Ammonia, Amino Acids, and Urea Under Ambient, Catalyst-Free Conditions
This study introduces a catalyst-free, ambient-temperature method for synthesizing nitrogen-based compounds critical to fertilizer production, including ammonia, urea, ammonium salts, and amino acids. The process relies on bubble-burst-induced microenvironments, where gas bubbles undergo rapid growth and collapse, releasing intense localized energy sufficient to dissociate nitrogen and water molecules. These high-energy zones produce reactive species, including atomic hydrogen (H*) that facilit…

Bubble-Burst Synthesis of Ammonia, Amino Acids, and Urea Under Ambient, Catalyst-Free Conditions
Jerome J. Cuomo (Jerry), Ian Goodall (Jerry), C. Richard Guarnieri (Jerry), Gennaro (Jerry), Cuomo, Stephen Hudak
https://arxiv.org/abs/2505.23850

Bubble-Burst Synthesis of Ammonia, Amino Acids, and Urea Under Ambient, Catalyst-Free Conditions
This study introduces a catalyst-free, ambient-temperature method for synthesizing nitrogen-based compounds critical to fertilizer production, including ammonia, urea, ammonium salts, and amino acids. The process relies on bubble-burst-induced microenvironments, where gas bubbles undergo rapid growth and collapse, releasing intense localized energy sufficient to dissociate nitrogen and water molecules. These high-energy zones produce reactive species, including atomic hydrogen (H*) that facilit…