Sentences with phrase «with high entropy»
The thermal energy is what's left when you map the system into local frames which null out all the orderly motions (which have zero or nearly zero entropy), leaving you just the random stuff (with high entropy).
https://wattsupwiththat.com/
They were able to achieve 100 percent oxidation of ammonia and 99 percent selectivity toward desired products with the high entropy alloy nanoparticles, proving their ability as highly efficient catalysts.
Not exact matches
«It's almost like a nonverbal communication Davis has with [his linemen],» says Jaguars defensive tackle John Jurkovic, who describes a kind of Mile High entropy that afflicts visiting defenses.
I was happy to see that my Easter collaboration with Hillary of Entropy Always Wins ranked the highest on tutorial posts this year!
«This is quite amazing; Dr. Hu creatively came up with this powerful technique, carbo - thermal shock synthesis, to produce high entropy alloys of up to eight different elements in a single nanoparticle.
The new materials, known as high - entropy - alloy nanoparticles, are expected to have broad applications as catalysts in industry - relevant chemical reactions, with the potential to improve energy efficiency in the manufacturing process and lower production costs.
And, because there is a high concentration of chromium atoms in the material, this creates nanoscale domains of order with the overall «chaos» of the high entropy alloy.
«A healthy brain has high entropy, but people with injuries to the white matter from trauma may lose some of that complexity and have less entropy,» she explained.
The program will assist and inform other ongoing materials research projects at Ames Laboratory, including ones with experimentalists on the hunt for new magnetic and high - entropy alloys, thermoelectrics, rare - earth magnets, and iron - arsenide superconductors.
That is, by decreasing the (rather high) Bond albedo of Earth one could increase rate of entropy production, which is inconsistent with a MEP state.
And this: Validation» on functionals with high «configurational entropy» (like globally averaged anything, an infinite number of configurations can give the same number) should be rather unconvincing (in this case where the empirical knobs of the various parametrizations are balanced in exquisite relative alignment to prevent nonsense output) if the intended use is prediction.
«Validation» on functionals with high «configurational entropy» (like globally averaged anything, an infinite number of configurations can give the same number) should be rather unconvincing (in this case where the empirical knobs of the various parametrizations are balanced in exquisite relative alignment to prevent nonsense output) if the intended use is prediction.
Of all the linear temperature profiles, find entropy maximization requires the equilibrium temperature of Fig. 1 to decrease with increasing height i.e. it is non-isothermal, T1b is required to be higher than T1t by proper maximization of entropy.
So I suppose the state with a thermal lapse wasn't maximum entropy after all, because we can trivially increase its entropy by moving heat by any means you like from the bottom (at higher T) to the top (at lower T).
The whole concept of direct radiation supposedly heating the surface to observed temperatures is wrong and a totally different paradigm involving entropy maximization and thermodynamics at the molecular level is now known to be what explains planetary surface temperatures being higher than what can be explained with radiation.