Prior theoretical studies on the net contribution of electrostatics to the thermodynamics of binding have shown contradictory results. |
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Biologists do not claim that life is exempt from any of the laws of thermodynamics. |
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The field of thermodynamics is concerned with all types of energy changes in physical systems. |
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The concept of a system in thermodynamics incorporates as ineliminable parts concepts of a boundary and of the surrounding. |
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Permeability changes, however, can merely be inferred, as pore throat sizes and tortuosity cannot be predicted from thermodynamics. |
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If you take the whole Solar System and treat it as a closed system, the entropy does increase, just as the laws of thermodynamics require. |
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There is an atomic will towards binding and dissociation, driven by thermodynamics and electrochemistry. |
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Any attempt to disprove the theory of evolution using thermodynamics will require proper formalisms. |
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It will occur because according to the second law of thermodynamics, the amount of entropy in a system must always increase. |
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Or maybe they just know enough thermodynamics to understand why Sewell's arguments are totally invalid. |
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Macklem states that we will not fully understand disease without using the tools of thermodynamics, statistical mechanics, and complexity. |
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Matter in the state of equilibrium is studied by physical chemists specializing in chemical thermodynamics and equilibrium electrochemistry. |
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Collisions of this kind would appear to violate the first law of thermodynamics, the conservation of mass and energy. |
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In chemistry, thermodynamics refers to the transformations of energy associated with chemical reactions. |
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It's a law of thermodynamics, and no one has ever witnessed a sustained violation of it. |
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The third law is included in most thermodynamics texts, but is not recognised by all as a law of thermodynamics. |
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Neither has the second law of thermodynamics nor the universal law of gravitation. |
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The zeroth law of thermodynamics is commonly expressed as heat flowing from hot to cold objects. |
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The topics Brillouin wrote on were the kinetic theory of gases, viscosity, thermodynamics, melting conditions and electricity. |
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He taught thermodynamics and statistical mechanics in a very elegant fashion. |
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More than 100 texts have been written on chemical thermodynamics but a concise summary of the laws is hard to find. |
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Only in the nineteenth century did the study of energy come of age, with the invention of the branch of physics known as thermodynamics. |
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Is the 3rd law of thermodynamics valid even for objects smaller than atoms? |
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Most physicists probably learned about the laws of thermodynamics at high school, but few of us will have been told the whole story. |
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He now worked on thermodynamics, publishing three papers on applications to physical chemistry and thermoelectricity. |
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In 1936, he was a visiting professor at Columbia University, where he taught a course on thermodynamics. |
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Beltrami also worked on optics, thermodynamics, elasticity, electricity and magnetism. |
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Statistical thermodynamics can map out the energy distribution of the water molecules. |
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In thermodynamics one divides any heat loss or gain by the temperature, and one obtains then a quantity that is called the change in entropy. |
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But then we'd have to get into what quantum thermodynamics means, and well, that's a battle for another day! |
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The mathematical description of heat flow linked his work on thermodynamics, the cooling of the Earth and even the flow of electrical signals through telegraph wires. |
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He scratched out his first poem while taking a break from failing a thermodynamics exam, on which he receive a nine out of a possible one hundred. |
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This facilitated the steady advances being made in the field of thermodynamics and in thermochemistry, which is the application of thermodynamics to chemical processes. |
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The key issue of this paper is to relate thermodynamics data, especially calorimetric data, of peptide-containing membranes to the aggregation of the peptides. |
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In particular, Hawking was gaining a renewed interest in a field called thermodynamics, developed by Lord Kelvin and others in the nineteenth century. |
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By this time he had completely reversed his ideas about black holes and thermodynamics, the very ideas that had created such arguments a few years earlier. |
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Because there is no heat flow, the entropy remains unchanged according to the second law of thermodynamics, so the adiabatic process is also isentropic. |
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In addition, he made some major mistakes, he was an energeticist who opposed the concept of atomic structure, and took energy and thermodynamics as fundamental. |
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The third law of thermodynamics states that for a perfect crystal at a temperature of absolute zero on the Kelvin scale the entropy value is zero. |
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The method of Beard et al. involves a bilinear constraint on fluxes and free energies, resulting from implementation of the second law of thermodynamics. |
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For example, when large polyelectrolytes coexist with concentrated clay dispersions, the complete separation of the two phases allows the thermodynamics to be understood. |
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Enquiries into the role of heat in these reactions led him to study chemical thermodynamics, and eventually to the famous Le Chatelier's principle. |
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As we have noted Jeans worked on thermodynamics, heat and other aspects of radiation, publishing major works on these topics and on applications to astronomy. |
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He spends much of his book providing us with a brief history of energy and discussions about energy issues such as thermodynamics and electromagnetism. |
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In contrast to thermodynamics, where molecular motions can be averaged out over macroscopic scales, genetic details do influence phenotypic evolution. |
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To better study the structure and thermodynamics of ion solvation in nanotubes, we focus exclusively on the solvation of a solitary ion inside the channel. |
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The postulational basis of classical thermodynamics has been expanded to incorporate equilibrium fluctuations. |
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This led to the law of conservation of energy, which led to the development of the first law of thermodynamics. |
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Bardeen and Brandon Carter, he proposed the four laws of black hole mechanics, drawing an analogy with thermodynamics. |
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Statistical mechanics is mainly used in thermodynamics for systems that lie outside the bounds of the assumptions of classical thermodynamics. |
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Under these conditions and for quasistatic processes the first law of thermodynamics for a deformed body can be expressed as. |
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Humpty Dumpty has been used to demonstrate the second law of thermodynamics. |
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James Joule worked on thermodynamics and is often credited with the discovery of the principle of conservation of energy. |
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Work by James Bardeen, Jacob Bekenstein, Carter, and Hawking in the early 1970s led to the formulation of black hole thermodynamics. |
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Peter Ewart was an engineer who was influential in developing the technologies of turbines and theories of thermodynamics. |
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During his rewriting, he seems to have considered ideas that would subsequently give rise to the second law of thermodynamics. |
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Temperature is one of the principal quantities in the study of thermodynamics. |
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Especially, it was used for calorimetry, which contributed greatly to the discovery of thermodynamics. |
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The ideal gas thermometer is, however, not theoretically perfect for thermodynamics. |
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It was based on the work of Carnot, before the formulation of the first law of thermodynamics. |
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In thermodynamics, two bodies are often considered as connected by contact with a common wall, which has some specific permeability properties. |
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Nevertheless, the zeroth law of thermodynamics says that they all measure the same quality. |
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For axiomatic treatment of thermodynamic equilibrium, since the 1930s, it has become customary to refer to a zeroth law of thermodynamics. |
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In addition, rigorous and purely mathematical treatments have provided an axiomatic approach to classical thermodynamics and temperature. |
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In the context of thermodynamics, the kinetic energy is also referred to as thermal energy. |
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The Kelvin scale is defined on the basis of the second law of thermodynamics. |
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In the previous section certain properties of temperature were expressed by the zeroth law of thermodynamics. |
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It is also possible to define temperature in terms of the second law of thermodynamics which deals with entropy. |
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At this time the laws of thermodynamics were not adequately understood, particularly the concept of absolute zero. |
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A fundamental principle of thermodynamics is that the higher the temperature of the steam entering an engine, the higher the efficiency. |
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Just don't talk to me about biomes, thermodynamics, the principles of ecological science, or neo-Malthusianism. |
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Long relaxation time of the heat flux is also typical of superfluids, another topic of interest for extended thermodynamics. |
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Remember my curlier reassurance that the math and thermodynamics will be kept to a minimum? |
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In thermodynamics terms, we have restricted the entropy of the denatured state of the protein and stabilized it beyond our expectations. |
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Fundamentals and applications of biosorption isotherms, kinetics and thermodynamics. |
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The topics are relativistic gravity, spherical and rotating black holes, black hole thermodynamics, wormholes and time travel, and astrophysical black holes. |
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This simple observation has consequences in physics, as it signifies that the law of equipartition which characterizes so much of statistical thermodynamics cannot hold. |
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Outstanding issues like devolatilisation and istotopic evolution are tied to the disk evolution, however its lifetime, dynamics and thermodynamics are unknown. |
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In physics, the science of mechanics and quantum mechanics, relativity, thermodynamics, and statistical mechanics were all developed by Westerners. |
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Among the topics are thermodynamics and power, saturated and superheated steam tables, laws of thermodynamics, gas dynamics, and psychrometry and psychrometric analysis. |
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Sir Joseph Larmor, a physicist and mathematician, made innovations in the understanding of electricity, dynamics, thermodynamics and the electron theory of matter. |
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For study by methods of classical irreversible thermodynamics, a body is usually spatially and temporally divided conceptually into 'cells' of small size. |
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Implicitly for this definition, the second law of thermodynamics provides information that establishes the virtuous character of the temperature so defined. |
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Explicitly, this present definition of thermodynamic temperature also rests on the first law of thermodynamics, for the determination of amounts of energy transferred as heat. |
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Theoretically based temperature scales are based directly on theoretical arguments, especially those of thermodynamics, kinetic theory and quantum mechanics. |
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Such models are based on scientific disciplines such as fluid dynamics and thermodynamics as well as physical processes such as radiative transfer. |
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Like pressure and temperature, density is a state variable of a gas and the change in density during any process is governed by the laws of thermodynamics. |
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Common examples in thermodynamics are some types of phase diagrams. |
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He was ennobled in 1892 in recognition of his achievements in thermodynamics, and of his opposition to Irish Home Rule, becoming Baron Kelvin, of Largs in the County of Ayr. |
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Odum as the maximum power principle in thermodynamics, whereby evolutionary systems with selective advantage maximise the rate of useful energy transformation. |
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The class covered the thermodynamics of energy conservation, theory and practice of direct digital control, ladder logic programming, and hands-on troubleshooting. |
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A second set of difficulties were related to thermodynamics. |
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Understanding of the steam engine was in a very primitive state, for the science of thermodynamics would not be formalised for nearly another 100 years. |
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