Articles tagged with Supersaturation
Researchers at the University of Birmingham have developed a new method for rapid scalable preparation of uniform nanostructures directly from block polymers, significantly reducing processing time from weeks to just minutes.
A recent analysis of cloud measurements and satellite data suggests that even tiny aerosol particles may play a significant role in cloud formation. This finding challenges current models and could have significant implications for predicting future climate change.
Researchers studied fondant creation using automated kneading machines and light microscopy, linking it to theoretical physics models. The team found that different preparation methods influence fondant structure and texture, enabling better prediction and control.
Researchers discovered that methylated cyclodextrin derivatives effectively prevent the crystallization of supersaturated carvedilol and chlorthalidone. The study reveals that these derivatives maintain the supersaturated state by steric hindrance, enabling improved absorption in the body.
Research team from Goethe University reproduces Asian monsoon conditions in experimental chamber, identifying increased aerosol particle formation. The study found that ice clouds can form under lower water vapour supersaturation than anticipated, affecting climate models' accuracy.
The study describes a dynamic link between correct protein folding and amyloid fibril formation, highlighting the threshold of supersaturation that must be overcome. Supersaturation is a fundamental concept that advances the field of protein folding and may contribute to therapeutic strategies for neurodegenerative diseases.
A common finding across three continents reveals that atmospheric turbulence enhances new particle formation (NPF), a key process for haze development. NPF growth rates are faster under stronger turbulence conditions, while instability parameters prolong event durations.
Researchers discovered that 85.8% of lake water samples were supersaturated with nitrogen gas, suggesting a lack of balance between nitrogen inputs and fixation. The findings highlight the need for terrestrial nitrogen sources to mitigate nitrogen loss in the lakes.
Researchers developed a controlled microfluidic crystallization device to improve screening of drug substances and scale up stable crystallization. The device can simulate industrial conditions and screen various APIs, including anti-inflammatory drugs, with higher efficiency.
Researchers at ETH Zurich conduct experiment to test salt's effect on building materials. They find supersaturation of salt solution is key factor in damage, with temperature playing a role. The study's findings could help conservators and restorers predict and mitigate salt damage.