「THERMODYNAMICS」の共起表現一覧(1語右で並び替え)
該当件数 : 98件
| n metallurgical engineering, A.F. Ioffe on | thermodynamics, A.L. Baboshin on metallography and others |
| For his work in the area of biochemical | thermodynamics, Alberty was elected to the National Acade |
| placed upon the entropy of an ideal gas by | thermodynamics alone. |
| tal books on light scattering, atmospheric | thermodynamics, and radiative transfer, as well as well a |
| quantum gravitational basis of black hole | thermodynamics, and causal dynamical triangulations. |
| ons in areas of aerodynamics, irreversible | thermodynamics and heat transfer, viscoelasticity and the |
| periment C (which defies the Second Law of | Thermodynamics) and experiment B (which obeys the Second |
| Much of his work touches on | thermodynamics and information, and he is known for contr |
| In | thermodynamics and statistical mechanics, a thermal bath |
| through a combination of the first law of | thermodynamics and momentum conservation that potential v |
| The inversion temperature in | thermodynamics and cryogenics is the critical temperature |
| ork function to understand protein folding | thermodynamics and stability. |
| t best known as the author of the textbook | Thermodynamics and an Introduction to Thermostatistics, t |
| He was the outstanding graduate in | thermodynamics and aerodynamics from the United States Ai |
| re Measurements (1901), and Pierre Duhem's | Thermodynamics and Chemistry, he published his 1901 Frenc |
| Main articles: Mechanics, Mechanical work, | Thermodynamics, and Quantum mechanics |
| Diesel understood | thermodynamics and the theoretical and practical constrai |
| Herzfeld Relaxation phenomena in gases In | Thermodynamics and Physics of Matter vol. 1, ed. |
| Andrew McIntosh is Professor of | Thermodynamics and Combustion Theory at the University of |
| n, for many years, was the chairman of the | Thermodynamics and Statistical Physics section of the Ger |
| crobiology, virology, biochemistry, muscle | thermodynamics and cardiology. |
| d to China and taught Statistical Physics, | thermodynamics and quantum mechanics in physics departmen |
| or Adrian Bejan in two scientific domains: | thermodynamics and fluid mechanics. |
| entally verified violations of the laws of | thermodynamics are known. |
| ause an equilibrium constant is defined in | thermodynamics as a quotient of activities but is usually |
| % ( this does not violate the first law of | thermodynamics as long as the LHV convention is understoo |
| neering, and was an associate professor of | thermodynamics at the United States Air Force Academy. |
| to Iran and became Assistant Professor in | thermodynamics at University of Tehran. |
| Yet, according to the second law of | thermodynamics, because no heat can enter or leave the co |
| At the 1923 | Thermodynamics Conference held in Los Angeles it was deci |
| by Noah's flood and that the Second Law of | Thermodynamics contradicts the Darwinian theory of evolut |
| In terms of | thermodynamics, DHAP formation is favored 20:1 over GAP p |
| a net consumer of electricity; the laws of | thermodynamics dictate that more power is consumed pumpin |
| In the history of | thermodynamics, disgregation was defined in 1862 by Rudol |
| rticles such as atoms, protons, electrons, | thermodynamics, etc. although it has been shown that it c |
| esearch publications in quantum chemistry, | thermodynamics, evolution, and history of science. |
| In | thermodynamics, Francois Jacques Dominique Massieu (1832- |
| ; dSR Hamiltonian Formalism; and De Sitter | Thermodynamics from Diamonds's Temperature, Triply specia |
| llular and molecular deformation and shape | thermodynamics; high force optical tweezers studies of bi |
| tave-Adolphe Hirn (1815-1890): engineering | thermodynamics in mid-nineteenth-century France', British |
| He became reader in | thermodynamics in 1936. |
| From Watt to Clausius: The Rise of | Thermodynamics in the Early Industrial Age. |
| 20th International Conference on Chemical | Thermodynamics in Warsaw, Poland. |
| (1971) From Watt to Clausius: The Rise of | Thermodynamics in the Early Industrial Age, pp82-3 |
| (maths collaborateur) and Louis Lagrange ( | thermodynamics innovation, +1856); editions of the mathem |
| Hawking and Page showed that black hole | thermodynamics is more general than black holes, that cos |
| The Journal of Chemical | Thermodynamics is a monthly peer-reviewed scientific jour |
| avoid this violation of the second law of | thermodynamics, it is necessary that light impart a press |
| atomic theory), physics (sound, mechanics, | thermodynamics, kinetics, electromagnetism and optics), a |
| nts in mechanical engineering, elasticity, | thermodynamics, long distance telephony, electrochemistry |
| e French physicist Sadi Carnot, founder of | thermodynamics, may have stimulated Carnot in the develop |
| Statistical Mechanics, | Thermodynamics, Medium Effects |
| es span the fields of physical metallurgy, | thermodynamics, microstructures, phase transformations, p |
| also the fields of geology, palaeontology, | thermodynamics, nuclear physics and cosmology. |
| icrophysical processes; cloud dynamics and | thermodynamics; numerical simulation of cloud processes; |
| he properties of the macroscopic classical | thermodynamics of Clausius. |
| The | thermodynamics of such motors is constrained by the ramif |
| he universe, cosmology in string/M Theory, | thermodynamics of black holes and their formation from gr |
| o acid oxidase, detailing the kinetics and | thermodynamics of association of the coenzyme with the ap |
| The | thermodynamics of the universe is dictated by which form |
| written a number of papers relating to the | thermodynamics of protein folding.He received his Ph.D. i |
| a citation for his "Pioneer Studies on the | Thermodynamics of Electrolytes, especially the Entropies |
| Mechanistic, principles, kinetics and | thermodynamics of biocatalytic processes |
| Other works include | Thermodynamics of Biochemical Reactions (2003) and Bioche |
| Anzhong Wang, The Friedmann equations and | thermodynamics of apparent horizons, Phys.Rev.Lett.99:211 |
| , Patti Hamilton and Paolo Grigolini, “The | thermodynamics of social process: the teen birth phenomen |
| n industrial chemistry that emphasized the | thermodynamics of steam in relation to powering steam eng |
| 6) was a biochemist who specialised in the | thermodynamics of biological systems. |
| Russell Johns for contributions to | thermodynamics, phase behaviour and fluid properties |
| Second law of | thermodynamics: Prior to the development of statistical m |
| se Mathematics" and "Does Evolution Have a | Thermodynamics Problem?". |
| J.V. Iribarne and W.L. Godson, Atmospheric | Thermodynamics, published by D. Reidel Publishing Company |
| Due to | thermodynamics, respiration removes the lighter - hence m |
| table for his role in the formation of the | thermodynamics school at Glasgow University. |
| For the similarly named theorem in | thermodynamics, see Carnot's theorem (thermodynamics). |
| l scales of temperature, the second law of | thermodynamics selects the definition of a single preferr |
| The second law of | thermodynamics states that the entropy in the universe wi |
| evolution, has it background situated over | thermodynamics, statistical mechanics, and information th |
| In | Thermodynamics, the thermal effusivity of a material is d |
| ound is closely associated with black hole | thermodynamics, the holographic principle and the covaria |
| of intermolecular distances and molecular | thermodynamics, the kinetic and dynamical properties of t |
| Conjugate variables ( | thermodynamics), the internal energy of a system |
| In | thermodynamics, the binodal, also known as the coexistenc |
| To avoid violating the first law of | thermodynamics, this extra mass is usually described as h |
| s, which included continued questions over | thermodynamics, thus the unsubstantiated claim that there |
| In these papers Gibbs applied | thermodynamics to the interpretation of physicochemical p |
| s a statistical theory used in physics and | thermodynamics to model a variety of physical phenomena w |
| Clausius restated the two laws of | thermodynamics to overcome this contradiction (the third |
| ntropy diagram, or T-s diagram, is used in | thermodynamics to visualize changes to temperature and sp |
| A refers to the application of statistical | thermodynamics to understand low-frequency vibrations in |
| me famous for discovering the Third Law of | Thermodynamics, was working for Westinghouse when he deve |
| o to zero is analogous to the third law of | thermodynamics which states, the entropy of a system at a |
| ess than 100% because of the second law of | thermodynamics, which states that the quality of energy w |
| quilibrium; as well as his classic text on | Thermodynamics, which was published in two editions, tran |
| ticle number is a fundamental parameter in | thermodynamics which is conjugate to the chemical potenti |
| ation of a unified theory of mechanics and | thermodynamics, which can be viewed as a precursor of the |
| co-authored a volume entitled Statistical | Thermodynamics with Ralph Fowler, who is one of the centr |
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