By Romualdo Pastor-Satorras, Visit Amazon's Alessandro Vespignani Page, search results, Learn about Author Central, Alessandro Vesp
This publication, first released in 2004, describes the applying of statistical physics and intricate platforms conception to the research of the evolution and constitution of the net. utilizing a statistical physics procedure the net is seen as a turning out to be procedure that evolves in time throughout the addition and elimination of nodes and hyperlinks. this attitude allows us to stipulate the dynamical idea required for an outline of the macroscopic evolution of the web. The presence of any such theoretical framework seems to be a progressive and promising course in the direction of our knowing of the web and some of the methods occurring in this community, together with, for instance, the unfold of desktop viruses or resilience to random or intentional damages. This booklet might be of curiosity to graduate scholars and researchers in statistical physics, machine technology and arithmetic learning during this topic.
By Tolman R.C.
By Stanley H. Eugene Stanley
This monograph is meant to function an creation to the interdisciplinary box of section transitions and demanding phenomena. it's a brief booklet, and isn't designed to study all the contemporary advancements during this rapidly-developing region. i've got tried, besides the fact that, to supply an advent that's sufficiently thorough that a lot of the present examine literature can profitably be learn.
By E. T. Jaynes
Going past the traditional arithmetic of likelihood concept, this research perspectives the topic in a much wider context. It discusses new effects, besides purposes of chance idea to various difficulties. The ebook comprises many workouts and is acceptable to be used as a textbook on graduate-level classes related to facts research. geared toward readers already acquainted with utilized arithmetic at a complicated undergraduate point or greater, it truly is of curiosity to scientists curious about inference from incomplete info.
By Kerson Huang
“My quite favourite is the bankruptcy on order parameters, explaining with simplicity and readability this topic so often tricky and complicated for the start scholars . . . the publication makes a robust try to position the protein folding challenge the place it rather belongs - within the context of basic statistical mechanics. even if the test is profitable or now not is an issue of a reader's opinion, however the very course is either well timed and welcome.” Professor Alexander Grosberg college of Minnesota This ebook introduces an method of protein folding from the viewpoint of kinetic thought. there's an abundance of knowledge on protein folding, yet few proposals can be found at the mechanism using the method. right here, provided for the 1st time, are feedback on attainable study instructions, as constructed by way of the writer in collaboration with C C Lin. the 1st half this necessary publication encompasses a concise yet rather whole evaluate of suitable subject matters in statistical mechanics and kinetic idea. It comprises common subject matters resembling thermodynamics, the Maxwell-Boltzmann distribution, and ensemble thought. detailed discussions contain the dynamics of part transitions, and Brownian movement as an example of stochastic techniques. the second one part develops themes in molecular biology and protein constitution, in an effort to learning mechanisms underlying protein folding. consciousness is concentrated at the power stream in the course of the protein in its folded nation. A mathematical version, in response to the Brownian movement of coupled harmonic oscillators, is labored out within the appendix.
By John M. Prausnitz
L. a. primera edición de este libro apareció en 1969 y l. a. segunda en 1986. Los objetivos del libro no se han modificado. Se trata de presentar a los estudiantes de ingeniería química (y ciencias afines) una introducción amplia a los angeles termodinámica de los equilibrios de fases que suelen aparecer al diseñar procesos y productos químicos, especialmente en operaciones de separación. En este libro se proporcionan las herramientas termodinámicas necesarias para un diseño eficiente y para l. a. mejora de los procesos de separación tanto convencionales como nuevos, incluyendo los que pueden resultar beneficiosos para el medio ambiente. Este libro puede utilizarse como texto para alumnos que hayan seguido un primer curso de termodinámica química para ingenieros. l. a. mayor parte de los temas tratados se basan en los angeles termodinámica clásica, pero se introducen también las propiedades moleculares que facilitan los angeles aplicación a sistemas reales. Aunque no se intenta enseñar termodinámica estadística, se incluyen los resultados de esta disciplina, útiles para conectar los angeles termodinámica con las propiedades moleculares. los angeles nueva edición presenta de forma más amplia los conceptos teóricos que sirven para describir e interpretar las propiedades de las disoluciones, insistiendo en aquellos conceptos que prometen ser útiles en aplicaciones prácticas. Se presta atención a varios modelos, incluyendo los angeles teoría reticular de fluidos y los angeles teoría estadística de fluidos asociados (SAFT)1.
The vintage advisor to combos, thoroughly up-to-date with new versions, theories, examples, and knowledge.
Efficient separation operations and lots of different chemical approaches depend on a radical realizing of the homes of gaseous and liquid combinations. Molecular Thermodynamics of Fluid-Phase Equilibria, 3rd version is a scientific, sensible consultant to examining, correlating, and predicting thermodynamic homes utilized in mixture-related phase-equilibrium calculations.
Completely up to date, this variation displays the growing to be adulthood of innovations grounded in utilized statistical thermodynamics and molecular simulation, whereas counting on classical thermodynamics, molecular physics, and actual chemistry at any place those fields provide improved suggestions. unique new assurance comprises:
- Techniques for making improvements to separation strategies and making them extra environmentally pleasant.
- Theoretical suggestions permitting the outline and interpretation of resolution houses.
- New types, significantly the lattice-fluid and statistical associated-fluid theories.
- Polymer suggestions, together with gas-polymer equilibria, polymer blends, membranes, and gels.
- Electrolyte suggestions, together with semi-empirical versions for options containing salts or unstable electrolytes.
Coverage additionally comprises: basics of classical thermodynamics of part equilibria; thermodynamic houses from volumetric facts; intermolecular forces; fugacities in gasoline and liquid combos; solubilities of gases and solids in beverages; high-pressure part equilibria; virial coefficients for quantum gases; and lots more and plenty extra.
Throughout, Molecular Thermodynamics of Fluid-Phase Equilibria moves an ideal stability among empirical ideas and thought, and is replete with priceless examples and experimental facts. greater than ever, it's the crucial source for engineers, chemists, and different execs operating with combinations and similar procedures.
By J. S. Dugdale
This article supplies scholars a transparent and simply understood creation to entropy - a principal suggestion in thermodynamics, yet one that is frequently considered as the main tricky to understand. Professor Dugdale first offers a classical and old view of entropy, taking a look intimately on the scientists who constructed the idea that, and at how they arrived at their principles. this is often by way of a statistical therapy which gives a extra actual portrait of entropy, bearing on it to illness and displaying how actual and chemical platforms are inclined to states of order at low temperatures. Dugdale comprises right here a short account of a few of the extra fascinating manifestations of order in homes equivalent to superconductivity and superfluidity.Entropy and Its actual that means additionally incorporates a variety of workouts which might be used for either self- studying and sophistication paintings. it's meant to supply a whole realizing of the concept that of entropy, making it beneficial examining for undergraduates in physics, actual sciences and engineering, and for college students learning thermodynamics inside different technological know-how classes corresponding to meteorology, biology and medication.
By Johannes Berg, Gerold Busch
Through the years huge, immense attempt was once invested in proving ergodicity, yet for a few purposes, con?dence within the fruitfulness of this technique has waned. ― Y. Ben-Menahem and that i. Pitowsky  summary the fundamental motivation at the back of the current textual content is threefold: to offer a brand new reason for the emergence of thermodynamics, to enquire the interaction among quantum mechanics and thermodynamics, and to discover attainable ext- sions of the typical validity diversity of thermodynamics. initially, thermodynamics has been a in basic terms phenomenological technology. Early s- entists (Galileo, Santorio, Celsius, Fahrenheit) attempted to provide de?nitions for amounts that have been intuitively visible to the observer, like strain or temperature, and studied their interconnections. the concept those phenomena should be associated with different ?elds of physics, like classical mechanics, e.g., used to be no longer universal in these days. any such connection used to be primarily brought while Joule calculated the warmth equ- alent in 1840 exhibiting that warmth was once a sort of power, similar to kinetic or capability power within the idea of mechanics. on the finish of the nineteenth century, while the atomic concept grew to become well known, researchers started to reflect on a fuel as a big quantity of bouncing balls within a field.