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An oxidation-reduction diagram
Journal of Chemical Education, 1954Describes the construction and properties of a chart capable of providing a visual approach to correlating the various concepts pertaining to oxidation and reduction potentials.
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Nuclear Instruments and Methods, 1979
Abstract The reduction of hafnium dioxide to the metal by calcium in the presence of sodium in a closed reaction vessel is described. After recuperation, the metal is pressed into a pellet from which targets can be prepared by evaporation.
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Abstract The reduction of hafnium dioxide to the metal by calcium in the presence of sodium in a closed reaction vessel is described. After recuperation, the metal is pressed into a pellet from which targets can be prepared by evaporation.
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OXIDATION – REDUCTION POLYMERS
Russian Chemical Reviews, 1965CONTENTS I. Introduction 949 II. Synthesis of redox polymers by polycondensation 950 III. Synthesis of redox polymers by polymerisation 954 IV. Synthesis of redox polymers by the introduction of reactive groups into an inert polymer 956 V. Redox ion exchangers 958 VI. Inorganic electron exchangers 959 VII.
E E Ergozhin, F T Shostak
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1997
Oxidation-reduction reactions are chemical reactions caused by the transfer of electrons between two substances. These reactions occur actively in variable charge soils. This is because that under conditions of high temperature and high precipitation both the accumulation and the decomposition of organic matter proceed rapidly.
Z. G. Liu, C. P. Ding
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Oxidation-reduction reactions are chemical reactions caused by the transfer of electrons between two substances. These reactions occur actively in variable charge soils. This is because that under conditions of high temperature and high precipitation both the accumulation and the decomposition of organic matter proceed rapidly.
Z. G. Liu, C. P. Ding
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2007
For most purposes, inorganic reactions can be classified as either substitution reactions or oxidation-reduction reactions. The latter involve the transfer of at least one electron from the reducing agent to the oxidizing agent. Such reactions are widely used in analytical procedures and are important in many biological processes.
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For most purposes, inorganic reactions can be classified as either substitution reactions or oxidation-reduction reactions. The latter involve the transfer of at least one electron from the reducing agent to the oxidizing agent. Such reactions are widely used in analytical procedures and are important in many biological processes.
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1974
In the same way that there are reactions in which ionic ‘particles’ such as H+, C1− or O2- take part, there are solution reactions in which electrons take part, and which are called ‘oxidation-reduction reactions’. The theory of these reactions is very similar to that of ionic reactions, in particular that of Bronsted-Lowry; there is a parallelism ...
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In the same way that there are reactions in which ionic ‘particles’ such as H+, C1− or O2- take part, there are solution reactions in which electrons take part, and which are called ‘oxidation-reduction reactions’. The theory of these reactions is very similar to that of ionic reactions, in particular that of Bronsted-Lowry; there is a parallelism ...
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Oxidation– Reduction Reactions
2016Soils become flooded occasionally by intense rainfall or by runoff, and a significant portion of soils globally underlies highly productive wetlands ecosystems that are inundated intermittently or permanently. Peat-producing wetlands (bogs and fens) account for about half the inundated soils, with swamps and rice fields each accounting for about one ...
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1987
Reactions involving the transfer of electrons from one compound to another are of the most fundamental importance in all living systems. Photosynthesis generates compounds that are powerful reducing agents, and from them electrons are transferred through a series of compounds ultimately to oxygen in either animal or plant mitochondria.
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Reactions involving the transfer of electrons from one compound to another are of the most fundamental importance in all living systems. Photosynthesis generates compounds that are powerful reducing agents, and from them electrons are transferred through a series of compounds ultimately to oxygen in either animal or plant mitochondria.
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Methods for nitrogen activation by reduction and oxidation
Nature Reviews Methods Primers, 2021Haldrian Iriawan +9 more
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Generalities on Oxidation-Reduction
2012Balancing numerous chemical reactions often involves exchanges of electrons between different species. These reactions are called oxidation-reduction reactions, oxido-reduction reactions, or redox reactions. They can take place in a homogeneous phase, specifically, within a solution. They can also take place in a heterogeneous medium, on the surface of
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