Scanning Electrochemical MicroscopyAllen J. Bard, Michael V. Mirkin CRC Press, 18 apr 2001 - 664 pagine Scanning Electrochemical Microscopy describes the theory and operating principles of scanning electrochemical microscopy (SECM), including instrumentation, tip preparation, imaging techniques and potentiometric probes. The book explores applications relevant to electron transfer reactions, reaction kinetics, chemical events at interfaces, biologica |
Sommario
III | ix |
VI | x |
VII | 7 |
VIII | 13 |
IX | 15 |
X | 16 |
XI | 40 |
XII | 42 |
LIV | 299 |
LV | 323 |
LVI | 334 |
LVII | 337 |
LVIII | 341 |
LX | 344 |
LXI | 363 |
LXII | 390 |
XIII | 51 |
XIV | 57 |
XV | 64 |
XVI | 69 |
XVII | 73 |
XX | 102 |
XXI | 105 |
XXII | 109 |
XXIV | 113 |
XXV | 122 |
XXVI | 137 |
XXVII | 139 |
XXVIII | 143 |
XXXI | 163 |
XXXII | 168 |
XXXIII | 180 |
XXXIV | 191 |
XXXV | 196 |
XXXVI | 199 |
XXXIX | 201 |
XL | 215 |
XLI | 232 |
XLII | 235 |
XLIII | 236 |
XLIV | 239 |
XLVI | 242 |
XLVII | 268 |
XLVIII | 281 |
XLIX | 295 |
L | 297 |
LXIII | 392 |
LXIV | 395 |
LXVII | 413 |
LXVIII | 415 |
LXIX | 420 |
LXXI | 421 |
LXXII | 439 |
LXXIII | 440 |
LXXIV | 443 |
LXXVI | 461 |
LXXVII | 502 |
LXXVIII | 508 |
LXXIX | 510 |
LXXX | 519 |
LXXXII | 521 |
LXXXIII | 534 |
LXXXIV | 571 |
LXXXV | 586 |
LXXXVI | 588 |
LXXXVII | 591 |
XC | 592 |
XCI | 601 |
XCII | 621 |
XCIII | 623 |
XCIV | 627 |
XCVIII | 632 |
XCIX | 634 |
C | 635 |
CI | 637 |
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A. J. Bard activity amperometric Anal Chem applications approach curve aqueous behavior capillary carbon carbon fiber cell chemical concentration profile conducting conducting polymers decrease detection diffusion diffusion-controlled disk dissolution distance electroactive Electroanal Chem Electrochem Soc electrolyte electron transfer enzymatic enzyme etching experimental feedback mode ferrocene film flux glass glucose oxidase heterogeneous insulating interface ion-selective ion-selective electrodes Ionophore ITIES K₂ kinetics layer lipid measurements mediator membrane mica microelectrode Mirkin molecules monolayer Nafion negative feedback obtained oxidation parameters phase Phys Chem piezoelectric pipet polyaniline polymer polypyrrole positive feedback potential potentiometric potentiostat PR Unwin probe radius rate constant reaction redox reduction reference electrode resolution sample scanning electrochemical microscopy SECM image SECM tip shown in Figure signal steady-state substrate substrate current surface technique TG/SC tip and substrate tip current tip electrode tip-substrate tip/substrate separation transport voltage µm diameter
