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Topic: Quantum electrochemistry

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	Electrochemistry - Wikipedia, the free encyclopedia
		Electrochemistry is a branch of chemistry and studies the reactions that can take place at the interface of an electronic conductor (the electrode, which can be a metal or a semiconductor including graphite) and an ionic conductor (the electrolyte).
		Like in many physical chemistry topics, electrochemistry uses tables, the most used (in electrochemical cells) is the standard reduction potentials table, which is determined in a modified version of galvanic cell using an Hydrogen electrode as cathode, because Hydrogen is taken as reference, standard reduction potential for that substance is zero (gray highlight).
		In the 1960s–1970s quantum electrochemistry was developed by Revaz Dogonadze and his pupils.
	www.wikipedia.org /wiki/Electrochemistry (835 words)

	Revaz Dogonadze - Wikipedia, the free encyclopedia
		In 1958-1978 he was Scientific Fellow (1958-1962) and Senior Scientific Fellow - Head of the Group of Quantum Electrochemistry (1962-1978) of the Department of Theoretical Investigations of the Moscow Institute of Electrochemistry (now Frumkin Institute of Electrochemistry of the Russian Academy of Science).
		In 1971-1972 Dogonadze was one of organizers of the International Summer School of Quantum Electrochemistry in Ohrid (Jugoslavia).
		In 1984 Dogonadze was a main organizer of the International Conference "Electrodynamics and Quantum Phenomena at Interfaces" (October 1-6, 1984, Telavi, Georgia).
	en.wikipedia.org /wiki/Revaz_Dogonadze (877 words)

	Quantum electrochemistry - Wikipedia, the free encyclopedia
		Generally speaking, the field is comprised of the notions arising in electrodynamics, quantum mechanics, and electrochemistry, and so is studied by a very large array of different professional researchers.
		This being the case, electrochemistry, which is particulary concerned with the electronic states of some particular system, is already, by its nature, tied into the quantum mechanical model of the electron in quantum chemistry.
		Dogonadze is a particularly celebrated promoter of quantum electrochemistry, and is also credited with forming an international summer school of quantum electrochemistry centered in Yugoslavia.
	en.wikipedia.org /wiki/Quantum_electrochemistry (503 words)

	Encyclopedia: Electrochemistry
		Electrochemistry is the science of the reactions that can take place at the interface of an electronic conductor (the electrode, which can be a metal or a semiconductor including graphite) and an ionic conductor (the electrolyte).
		Electrochemistry Analytical chemistry is the analysis of material samples to gain an understanding of their chemical composition and structure.
		Electrochemistry occupies a unique position in Southampton since it is the only Department in the country which has a distinct Sub-Department of Electrochemistry.
	www.nationmaster.com /encyclopedia/Electrochemistry (1899 words)

	Quantum Electrochemistry (Site not responding. Last check: 2007-10-13)
		Course: Electrochemistry Summer School, Southampton The University of Southampton Electrochemistry Group is holding its annual Summer School "Instrumental Methods in Electrochemistry" from 2nd to 7th July 2000.
		Computational Electrochemistry 2004 A 3-day workshop on the application of atomistic computer simulation to interfacial electrochemistry will be held from September 26 to September 29, 2004, on Santorini island, Greece.
		Professor Revaz R. Dogonadze (1931-1985) Professor Revaz R. Dogonadze (1931-1985) was one of founders of Quantum Electrochemistry.
	www.serebella.com /encyclopedia/article-Quantum_Electrochemistry.html (380 words)

	Electrochemistry - Open Encyclopedia (Site not responding. Last check: 2007-10-13)
		Electrochemistry is the study of the electronic and electrical aspects of chemical reactions.
		The elements involved in an electrochemical reaction are characterized by the number of electrons each has.
		In fact, even fire can be fed by an oxidant other than oxygen: flourine fires are often unquenchable, as fluorine is an even stronger oxidant (it has a higher electronegativity) than oxygen).
	www.open-encyclopedia.com /Electrochemistry (439 words)

	Quantum electrochemistry - Open Encyclopedia (Site not responding. Last check: 2007-10-13)
		The scientific school of Quantum Electrochemistry was founded in the 1960s by Revaz Dogonadze and others.
		Quantum Electrochemistry is a new scientific direction of Theoretical Physical Chemistry on Quantum Mechanical aspects of Electrochemistry.
		Works of Dogonadze constitute also a considerable part of the new science that lies at the border of Electrochemistry and Physics, i.e., Electrochemical Physics.
	www.open-encyclopedia.com /Quantum_electrochemistry (605 words)

	Professor Revaz R. Dogonadze's Memorial Page
		Although Rezo's bent was often towards the quantum side of the electron transfer, his interest in relaxation was evident, and we could well have imagined his plunging into this new area." (Prof.
		One of the basic concepts of the theory is the idea of quantum and classical degrees of freedom and their appreciably different behaviour during the elementary act.
		The conclusion about the prevalence of a purely quantum sub-barrier proton transfer without preliminary stretching of its covalent bond was absolutely unexpected for the majority of chemists." (Prof.
	www.webhostcorp.com /members/rdogonadze (1610 words)

	Revaz Dogonadze (Site not responding. Last check: 2007-10-13)
		In 1978 Dogonadze founded the Department of Theoretical Investigations of the Institute of Inorganic Chemistry and Electrochemistry of the GeorgianAcademy of Sciences (GAS).
		In 1971 - 1972 Dogonadze was one of organizers ofthe International Summer School of Quantum Electrochemistry in Ohrid (Yugoslavia).
		Revaz Dogonadze's final major undertaking, witnessed by an international audience, was the organization of the InternationalConference "Electrodynamics and Quantum Phenomena at Interfaces" (October 1-6, 1984, Telavi, Georgia), which was an importantevent in electrochemical physics.
	www.therfcc.org /revaz-dogonadze-9930.html (506 words)

	Institute of Physical Chemistry (Site not responding. Last check: 2007-10-13)
		In this period research in the fields of electrochemistry, thermodynamics and kinetics was focused on such topics as metal electrolysis, development of the hydrogene electrode, combustion studies, high pressure-high temperature chemistry and catalysis (ammonia synthesis), as well as metal colloid supported catalysis.
		Quantum chemistry; ab-initio calculations of molecular structure and bonding, development of computational methods (TURBOMOLE); properties of molecular clusters.
		Quantum Chemistry; ab initio molecular electronic-structure theory; development of explicitly correlated methods; calculation of molecular energy, structure and properties.
	www.chemie.uni-karlsruhe.de /PC/institute.html (351 words)

	Kimia kuantum - Wikipédia
		Kusabab ulikan mékanis-kuantum atom dianggap aya dina garis wates antara kimia jeung fisika, and not always included in quantum chemistry, what is often considered the first true calculation in quantum chemistry was that of the German scientists Walter Heitler and Fritz London (though Heitler and London are generally classed as physicists) on the hydrogen (H
		In 1970s was created a Quantum-Mechanical Theory of the Elementary Act of Chemical, Electrochemical and Biochemical Reactions in Polar Liquids (by R.R. Dogonadze and others).
		R.R. Dogonadze was a founder of the well-known scientific school of Quantum Electrochemistry.
	su.wikipedia.org /wiki/Kimia_kuantum (265 words)

	Cold Fusion and Zero Point Energy
		His research interests are in the areas of quantum electrochemistry, photo-electrochemistry, electro catalysis, and bio-electrochemistry, corrosion, the splitting of water and low temperature nuclear reactions.
		That argument went back and forth but finally when quantum theory was developed, it became absolutely clear that space, if you look at in a microscopic scale, is more like the base of a waterfall with a lot of frothy, seething activity going on, rather than just something like a placid, empty space.
		Quantum fluctuations of distant matter structure; the local Lorentz invariant vacuum fluctuation frame of reference, and acceleration relative to this frame results in the retarding force that we label 'inertia.' Now you note that the implications of this discovery are far reaching in regard to gravitational effects in general and gravitational mass in particular.
	www.geocities.com /Area51/Shadowlands/6583/project102.html (6512 words)

	revaz dogonadze (Site not responding. Last check: 2007-10-13)
		In 1958-1978 he was Scientific Fellow (1958-1962) and Senior Scientific Fellow (1962-1978) of the Department of Theoretical Investigations of the Moscow Institute of Electrochemistry.
		Dogonadze was main author of well-known Quantum-Mechanical Theory of Kinetics of the Elementary Act of Chemical, Electrochemical and Biochemical Processes.
		In 1971-1972 Dogonadze was one of organizers of the International Summer School of Quantum Electrochemistry in Ohrid (Yugoslavia).
	www.yourencyclopedia.net /revaz_dogonadze.html (583 words)

	Professor Zurab D. Urushadze
		Professor, Ph.D. Zurab D. Urushadze (born in August 22, 1930, in Tbilisi, Republic of Georgia) is a biophysicist, one of the founders of Quantum Biophysics and Bioelectrochemistry in Georgia.
		Z.D. Urushadze is author of 40 scientific works (among them 2 monographs and 1 textbook) in the fields of Quantum Biophysics, Quantum Bioelectrochemistry, history of science, Agrophysics and Physics Education.
		"Quantum calculation of Kinetics of the Elementary Act of Biochemical Reactions."- "Plant Biochemistry", vol.I, Publishing House "Metsniereba", Tbilisi, 1973, pp.
	www.webhostcorp.com /members/zurab (641 words)

	NSC Project 2005069 (Site not responding. Last check: 2007-10-13)
		By applying quantum chemical calculations it becomes possible to follow the individual steps of these reactions.
		Several types of electrodes are known to catalyse specific reactions, for example the reduction of O2 to H2O2 and/or water.
		Specifically, quantum chemistry will be used for investigating the electrode process for epoxide formation.
	www.nsc.liu.se /projects/activeprojects/project_2005069.html (191 words)

	Electrochemistry (Site not responding. Last check: 2007-10-13)
		Customers are researchers in the areas of drug discovery, life science, electrochemistry, materials science and polymer science.
		With a configuration of two potentiostats, the VSP is able to address bi-potentiostat applications in analytical electrochemistry.
		In 1970s was created the well-known Quantum-Mechanical Theory of the Elementary Act of Chemical, Electrochemical and Biochemical Processes in Polar Liquids (by R.R. Dogonadze and others).
	www.wikiverse.org /electrochemistry (570 words)

	Computational Electrochemistry
		A particular problem arises by the proton transfer in fuel cells, which requires accurately captures of the quantum mechanical characteristics of light-atom motion in simulations of large-scale systems.
		Classical mechanics as used in molecular dynamics simulations does not describe quantum mechanical effects, such as zero-point energy constraints and tunneling, which are often very significant in these processes.
		We will develop computational tools that treat the quantum dynamics of light-atom motion reliably within large-scale simulations of molecular materials, in a way that can be folded into multi-scale modeling of kinetics.
	comp.chem.umn.edu /itccd/Electrochemistry.html (470 words)

	Revaz Dogonadze (Site not responding. Last check: 2007-10-13)
		Revaz Dogonadze (November 21 1931 - May 13 1985) was a notable Georgian scientist one of the founders of Electrochemistry main author of the Quantum-Mechanical Theory of Kinetics of the Elementary of Chemical Electrochemical and Biochemical Processes in Liquids Corresponding Member of the Georgian Academy of Sciences (GAS) Doctor of Physical and Mathematical Professor.
		In 1958 - 1978 he was Scientific Fellow (1958-1962) and Scientific Fellow (1962-1978) of the Department of Investigations of the Moscow Institute of Electrochemistry.
		In 1971 - 1972 Dogonadze was one of organizers of International Summer School of Quantum Electrochemistry in (Yugoslavia).
	www.freeglossary.com /Revaz_Dogonadze (624 words)

	McGraw-Hill AccessScience: Physical chemistry
		Chemical physics refers to a branch of physical chemistry in which the emphasis is on the interpretation and analysis of the physical properties of individual molecules and bulk systems, instead of their reactions.
		Theoretical chemistry is another major branch, in which the emphasis is on the calculation of the properties of molecules and systems, and which uses the techniques of quantum mechanics and statistical thermodynamics.
		For the present purpose it is convenient to regard physical chemistry as dealing with three aspects of matter: its equilibrium properties, the structure of molecules and bulk matter, and matter's ability to change.
	www.accessscience.com /Encyclopedia/5/51/Est_513600_frameset.html (195 words)

	Quantum chemistry
		However, unlike the earlier Bohr model of the atom, the wave model describes electrons as "clouds" moving in orbitals, and their position is represented by a probablity distribution, rather than discrete points.
		Although the mathematical basis of quantum chemistry had been laid by Schrödinger, it is generally accepted that the first true calculation in quantum chemistry was that of the German scientists Walter Heitler and Fritz London on the hydrogen (H
		Publishes original papers with emphasis on formal and computational quantum mechanics and its application to the theory and modeling of the structure and dynamics of atoms, molecules, and condensed matter.
	www.omniknow.com /common/wiki.php?in=en&term=Quantuum_chemistry (1563 words)

	quantum electrochemistry (Site not responding. Last check: 2007-10-13)
		In 1960s-1970s Dogonadze managed a group in the Theoretical Department of the Moscow Institute of Electrochemistry of the Academy of Sciences of former Soviet Union (now Russian Academy of Science).
		In 1970s-1980s was created a well-known Quantum-Mechanical Theory of Kinetics of the Elementary Act of Chemical, Electrochemical and Biochemical Processes in Polar Liquids.
		Authors of important works in the field of Quantum Electrochemistry are also R.A. Marcus (USA), Jens Ulstrup (Denmark), Wolfgang Schmickler (Germany), Peter Schmidt (USA), Alexander Kuznetsov (Russia), Lev Krishtalik (Russia), Tamaz Marsagishvili (Georgia), Zurab Urushadze (Georgia) and others.
	www.yourencyclopedia.net /quantum_electrochemistry.html (339 words)

	Computational Electrochemistry 2004
		Modern Electrochemisty, specifically interfacial electrochemistry, is a complex interdisciplinary field which will benefit tremendously from increasing interaction with theoretical chemistry.
		The purpose of this workshop will be to bring together experts in several fields of theoretical chemistry and physics, such as quantum chemistry, density functional theory, Monte Carlo, classical and ab initio molecular dynamics simulations, with experimental electrochemists having a broad overview of the field.
		The main focus will be on a thorough discussion of experimental and theoretical methods to investigate adsorbate dynamics and chemical processes at liquid/solid interfaces, on and in oxides and at grain boundaries.
	www.fz-juelich.de /iwv/iwv3/compelchem04 (213 words)

	The KLI Theory Lab - keywords - quantum physics
		Keywords: cell biology • cellular information processing physics •; quantum mechanics • quantum physics.
		Conrad, M. Harnessing quantum mechanical parallelism for the control of membrane electrochemistry.
		Keywords: biological control • biophysics • electrochemistry • membranes physics •; quantum physics.
	www.kli.ac.at /theorylab/Keyword/Q/QuantPhys.html (218 words)

	CH112 course outline
		Electrochemistry #1: The rapid reduction of silver ion forms a fractal "silver tree" (March 2nd)
		Electrochemistry #3: Exploring the spontaneous chemistry that is the power behind the battery (March 4th)
		Electrochemistry #4: Exploring the voltage dependence of a galvanic "concentration cell" (March 14th)
	people.bu.edu /straub/courses/ch112-spring2005/demonstrations (610 words)

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