Page 222 - Analytical Electrochemistry 2d Ed - Jospeh Wang
P. 222
208 INDEX
Membrane, 141, 178 Oxygen functionalities, 114
Mercury electrodes, 62, 108
Mercury ®lm electrode, 76, 110
Metals, 75, 81 Penicillin, 82, 193
Metal complexes, 64 Permselective coatings, 123, 128
Methyl viologen, 43 Pesticides, 181
Michaelis-Menten kinetics, 175 pH electrode, 147, 172, 181
Microbalance, 52, 53 Phenol, 182
Microcells, 102 Photolitography, 194
Microchip, 194, 195 Picoliter analysis, 102
Microelectrodes, 30, 35, 49, 80, 102, 163 Platinum, 81, 85
Microfabrication, 51, 90, 193 Platinum electrodes, 117
Micro¯uidics, 186, 195 Polarography, 62
Micromachining, 162, 194 Polarographic maxima, 65
Microorganisms, 183 Polyaniline, 39, 124, 125, 191
Microsystems, 195 Poly(diaminobenzene), 123, 124
Migration, 4 Poly(ester sulfonic acid), 126
Miniaturization, 128, 163, 193 Polymer modi®ed electrodes, 51, 118, 124
Minigrid electrode, 41, 52 Polypyrrole, 124, 127, 128, 193
Mixed-salt electrodes, 159 Polyvinyl ferrocene, 119
Modi®ed electrodes, 118, 121 Polyvinyl pyridine, 119, 178
Monensin, 155 Porous electrode, 41, 114
Monolayers, 117, 118, 173 Porphyrin coating, 123
Multichannel electrodes, 93, 94 Potassium, 155, 162, 163, 164
Multipotentiostat, 106, 198 Potential, 2, 140
Mutation detection, 185 Potential of zero charge, 20, 23, 25, 66
Potential scanning detector, 92
Potential step, 7, 42, 60
NADH, 121, 122, 180 Potential window, 107, 108
Na®on coating, 118, 123, 124, 126 Potentiometry, 2, 140
Nanometer electrodes, 116, 128 Potentiometric stripping analysis, 79
Nernst equation, 3, 15, 80 Potentiostat, 104, 105
Nernstian behavior, 143 Preconcentrating surfaces, 121
Nernst Planck equation, 5 Preconcentration step, 121
Neuronal sensors, 188 Pretreatment, 110, 116
Neurotransmitters, 40, 116, 124 Pulsed amperometric detection, 92
Neutral carrier electrodes, 154 Pulse voltammetry, 67
Nickel, 123
Nikolskii-Eisenman equation, 143
Nitric oxide, 121 Quasi-reversible systems, 32
Nonactin, 157 Quaternary ammonium salts, 153
Nonfaradaic processes, 21 Quinhydrone electrode, 151
Normal pulse voltammetry, 67
Nucleic acids, 82, 185
Radical ions, 33, 44
Raman spectroelectrochemistry, 45
Ohmic drop, 32, 88, 105, 129 Randles-Sevcik equation, 31
Operational ampli®er, 105 Rate constant, 12, 18
Optically transparent electrode, 40 Rate determining step, 4, 14
Organic-phase biosensors, 181 Reaction mechanism, 33, 36, 113
Organic solvents, 102 Reaction pathway, 4, 33
Organosulfur monolayers, 118 Reaction rate, 12
Overvoltage, 14, 121 Receptor-based sensors, 186
Oxygen, 75, 87, 103, 177, 190, 193 Redox recycling, 135
