Electrochemistry: general overview 
related subject: Physics: batteries & fuel
cells,
Electrochemistry animations,
Electronics: batteries,
Car batteries |
| Electro
chemistry electrochemistry is the study of chemical reactions
involving electricity |
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Electrochemistry
electrochemistry and electric current, Atoms, electric current, Discharge,
electric charge, charged particles, electrochemicall series, electrolysis,
ions, nucleus, potential difference, reacts, voltaic cells |
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Electro
chemistry |
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Electro
chemistry Reduction and oxidation, Displacement reactions, Metals in
solutions of their ions, The Daniell cell, Standard hydrogen electrode, The
electrolysis cell, Predicting products in electrolysis, Calculating mass of
products in electrolysis, Chlor-alkali industry |
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Electro
chemistry |
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Electro
chemistry pdf file |
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Electro
chemistry galvanic cells, cell potentials, Nernst eq, Nernst eq
applications, energy storage, electrochemical corrosion, electrolytic cells |
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Electro
chemistry Oxidation-Reduction: a Review, Half Reactions,
Electrochemistry-Introduction, An Empirical Approach to an Electrochemical
Cell, Units and Definitions, Half Cell Conventions & Standard States, pdf file |
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Electrochemistry Oxidation Numbers, Using Oxidation Numbers to Balance
Equations, Using the Half-Cell Method to Balance Electrochemical Equations,
Galvanic, Voltaic and Daniell Cell Reactions, The Standard Half-Cell and its
Reactions, The Non-Standard Half-Cell, Determination of Keq values using the
Nernst Equation, Determination of Ksp values using the Nernst Equation, Wet
and Dry Cell Batteries, Fuel Cells, Corrosion, Electrolysis |
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Electrochemistry and fuel cells
electro chemistry and fuel cells. Electrolysis is the process of electrically inducing chemical changes in a conducting melt or
solution eg splitting an ionic compound into the metal and non-metal |
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Electrochemical concepts thermo electric, corrosion, electrochemistry,
battery, leadacid battery, electrode, PH, electrolyt |
| Electrochemistry
dictionary Simple and brief definitions of words and phrases used often
in electrochemistry |
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Electrochemistry encyclopedia contains popular-science style articles describing many
aspects of electrochemistry: battery, fuel cell, energy storage,
electrolysis, electroanalysis, corrosion, bioelectrochemistry,
electrosynthesis, electrowinning, electrorefining, electroforming,
electromachining, photoelectrochemistry, electroplating, electrode kinetics,
electrokinetics, electrochemical engineering, electrochemical double layer,
electrodialysis, electrophoresis, spectroelectrochemistry, electrochemical
sensors, charge transfer, electron transfer, voltammetry, potentiometry,
amperometry, electroanalytical chemistry |
| Experiments in
electrochemistry electrochemistry, laboratory, experiments, battery, batteries, cell, cells, Galvani, Volta, Daniell, lemon, lemon battery,
conductors, conduction, conductivity, deposition, galvanic, electrolyte, electrolytic, concentration, potential, reduction, oxireduction, atom,
atoms, ion, ions, copper, zinc, sulfate, porous pot, porous vase, ammeter, voltmeter |
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Thermodynamics,
Electrochemistry, and Equilibrium |
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Horizontaal |
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Electrochemistry topics |
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Analytical Electrochemistry- Potentiometry |
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Batteries
a chemical aproach, pdf file |
| Battery chemistry tutorial
How to Charge Batteries, Standard Cylindrical Battery Size Chart, Standard
Sealed Lead Acid Battery Size Chart, Battery Chemistry Performance Chart,
How to Store Batteries, Battery Pack Engineering |
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Chemical reactions
and electricity Electrolysis of water, Extraction of aluminium,
Electrorefining of copper, Electroplating, Faraday's laws of electrolysis,
Confusion with electrodes, The Daniel (Cu-Zn) cell Direct electron transfer,
The Cu-Zn cell, Confusion with electrodes, Standard electrode potentials The
cell potential, The standard hydrogen electrode, How to balance redox
reactions The ion-electron method |
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Chemistry of batteries oxidation and reduction reactions, Explain: the
chemistry in a battery operation; oxidation and reduction reactions; the technique used to represent a battery; the various parts of a battery.
Classify chemical reactions as oxidation, reduction or other types |
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Conductivity of Solutions AcidBase Salt Molarity, HCL, ... |
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Copper plating copper plating |
| Corrosion and protection centre |
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DC corrosion techniques DC corrosion techniques, Review of the
Electrochemical Basis of Corrosion, Quantitative Corrosion Theory,
Polarization Resistance, Calculation of Corrosion Rate from Corrosion
Current, IR Compensation, Current and Voltage Conventions |
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Electrical
Cells and Batteries In order to provide a potential difference, or
electro-motive force (EMF) a store of energy is required. One such method is
a battery or cell. The common usages of the term battery is any device that
converts chemical energy into electrical energy |
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Electrochemical cells
pdf file |
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Electrochemical cells |
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Electrochemical cells
an electrochemical cell transduces chemical energy to electrical energy when
it is part of a complete electrical circuit |
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Electrochemical cells
the dry cell (Leclanché cell), the lead-acid accumulator, the fuel cell |
| Electrochemical
methods 4 main types of electrochemical methods: POTENTIOMETRY,
VOLTAMMETRY, COULOMETRY, CONDUCTIMETRY |
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Electrochemical
reactions Electrical Work From Spontaneous Oxidation-Reduction
Reactions, Voltaic Cells, Standard-State Cell Potentials for Voltaic Cells,
Predicting Spontaneous Redox Reactions from the Sign of E, Standard-State
Reduction, Half-Cell Potentials Predicting Standard-State Cell Potentials,
Line Notation for Voltaic Cells, The Nernst Equation, Using the Nernst
Equation to Measure Equilibrium Constants |
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Electrochemical
reactions |
| Electrochemical
salt splitting |
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Electrochemistry |
| Electrochemistry:
voltaic and electrolytic cells Assigning Oxidation States To Atoms,
Balancing REDOX Equations, Voltaic Cells and Cell Potential, Spontaneity of
REDOX Systems, Faraday's Law of Electrolysis and Its Application, REDOX
Titrations Not available yet, Oxidizing and Reducing Agents |
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Electrolysis |
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Electrolysis |
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ELECTROLYSIS OF
SALT WATER
pdf file |
| Electrolysis of
water Electrolysis of water using an electrical current |
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Electrolysis of
water An electric current is passed through two cells containing sodium
sulfate solution. At one electrode, gas is generated and the indicator color
changes from green to blue. At the other electrode gas is also generated,
but in this case the indicator color changes from green to yellow |
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Electrolysis of Water
pdf file |
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Electrolytic Cells |
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Electrolytic cells
The Electrolysis of Molten NaCl, The Electrolysis of Aqueous NaCl, The
Electrolysis of Water, Faraday's Law |
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Electrolytic cells
Electrolytic cells are electrochemical cells that are non-spontaneous,
pdf file |
| Electroplating |
| Electroplating
pdf file |
| Electroplating |
| Electroplating
electroplating printed circuit boards, Acid Copper Through-hole Plating,
Tin/Lead (Solder) Plating, Bright Acid Tin Plating |
| Electroplating
the scientific principle behind electroplating, electroplating is the deposition of a metallic coating onto an object by putting a negative charge
onto the object and immersing it into a solution which contains a salt of the metal to be deposited (metal finishing) |
| Electroplating recycling technology |
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Fuel cells
How fual cells work,
A fuel cell is an electrochemical energy conversion
device. Fuel cells differ from batteries in that they are designed for
continuous replenishment of the reactants consumed, ... |
| Fuel cells a fuel
cell operates like a battery. unlike a battery, a fuel cell does not run down or require recharging. It will produce energy in the form of
electricity and heat as long as fuel is supplied |
| Fuel cell
papers the key principles and processes occurring within a range of different fuel cells |
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Galvanic and Electrolytic Cells
pdf file |
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Nernst equation |
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Nernst equation
the general Nernst equation correlates the Gibb's Free Energy DG and the EMF
of a chemical system known as the galvanic cell |
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Oxidation Numbers Rules for Assigning Oxidation Numbers |
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Oxidation Numbers
ppt file |
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Oxidation Numbers
pdf file |
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Photoelectrochemistry Channel Electrode Experiments, Voltammetric
Monitoring of Photochemical Reactions, Spectroelectrochemical Techniques,
Photo-transient Experiments, Microelectrodes in Photoelectrochemistry |
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Redox potentials |
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Redox Reactions Introduction to Redox Reactions |
| Reference
electrodes potentials of some common reference electrodes |
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Silver/Silver Chloride Reference Electrode |
| Thermopile
pdf file |
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Horizontaal |
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Last updated on:
2011-01-02
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