The Chemistry Of Fluid Dynamics

They explore, interpret and understand their world with such sensitivity that people have enlisted canines to help solve crime and detect cancer on the breath. Scientists at the Georgia Institute of Technology are now homing in on the secrets behind animals' super sniffers to develop an artificial chemical sensor that could be used for a variety of tasks, from food safety to national security. Their work began inauspiciously at a competition to develop a sensor that could identify different varieties of cheese.

Droplet breakup shows how lower stomach contraction waves classify foods

In addition, they gathered sensor information in real time to see how the chemical compounds vary throughout the air in space and time. While the team initially source the electronic nose to distinguish different varieties cheese, the fundamental principles behind their device could be used in many different applications.

They received funding from the National Science Foundation. Presentation G Hu, will be Monday, Nov.]

The Chemistry Of Fluid Dynamics - there

June Journal of Physical and Chemical Reference Data. Atkins and J. Freeman , p. Laidler and J. Rock, Chemical Thermodynamics MacMillan , p.

The Chemistry Of Fluid Dynamics - opinion

American Institute of Physics Summary: Scientists have extensively studied how gastric juices in the stomach break down ingested food and other substances. However, less is known about how complex flow patterns and mechanical stresses in the stomach contribute to digestion. Researchers built a prototype of an artificial antrum to present a deeper understanding of how physical forces influence food digestion based on fluid dynamics. They reveal a classifying effect based on the breakup of liquid drops combined with transport phenomena. Share: FULL STORY In efforts to fight obesity and enhance drug absorption, scientists have extensively studied how gastric juices in the stomach break down ingested food and other substances. However, less is known about how the complex flow patterns and mechanical stresses produced in the stomach contribute to digestion. In Physics of Fluids, by AIP Publishing, they reveal a classifying effect based on the breakup of liquid drops combined with transport phenomena derived from complementary computer simulations. The relevant parts of the stomach are the corpus, where food is stored; the antrum, where food is ground; and the pylorus, or pyloric sphincter, the tissue valve that connects to the small intestine.

Other variant: The Chemistry Of Fluid Dynamics

The Chemistry Of Fluid Dynamics	757
BUY A PAPER	A good descriptive essay
The Chemistry Of Fluid Dynamics	Worst day of my life 181565
ORGANISATIONAL STRUCTURES 4	Term papers for sale online