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PDFof, on each particle, 503. Decomposition and
conduction associated in electrolytes, 413, 854. ——,
primary and secondary results of, 742, 777. ——
by common electricity, 309, 454. ——
——, precautions, 322. Decomposition,
electro-chemical, 450, 669. ——,
nomenclature of, 661. ——, new terms
relating to, 662. ——, its distinguishing
character, 309. ——, by common electricity,
309, 454. ——, by a single pair of
plates, 862, 897, 904, 931. ——,
by the electric current, 1621. ——,
without metallic contact, 880, 882. ——,
its cause, 891, 904, 910. ——, not
due to direct attraction or repulsion of poles, 493,
497, 536,
542, 5460.
——, dependent on previous induction, 1345. ——, —— the electric current, 493, 510, 524, 854. ——, —— intensity of current, 905. ——, —— chemical affinity of particles, 519, 525, 519. ——, resistance to, 891, 910, 1007. ——, intensity requisite for, 966, 1354. ——, stopped by solidification, 380, 1358, 1705. ——, retarded by interpositions, 1007. ——, assisted by dissolved bodies, 1355. ——, division of the electrolyte, 1347, 1623, 1701. ——, transference, 519, 525, 538, 550, 1347, 1706. ——, why elements appear at the poles, 535. ——, uncombined bodies do not travel, 544, 546. ——, circular series of effects, 562, 962. ——, simultaneous, 1156, ——, definite, 329, 372, 377, 504, 704, 714, 722, 726, 732, 764, 783,
807, 821, 960.
——, —— independent of variations of electrodes, 714, 722, 807, 832. ——, necessary intensity of current, 911, 966, 1345, 1354. ——, influence of water in, 472. ——, in air, 451, 461, 469. ——, some general conditions of, 669. ——, new conditions of, 453. ——, primary results, 742. ——, secondary results, 702, 742, 748, 777. ——, of acetates, 774. ——, acetic acid, 773. ——, ammonia, 748. ——, chloride of antimony, 690, 796. ——, —— lead, 794, 815. ——, —— silver, 541, 813, 979. ——, chlorides in solution, 766. ——, —— fusion, 789, 913. ——, fused electrolytes, 789. ——, hydriodic acid and iodides, 767, 787. ——, hydrocyanic acid and cyanides, 771. ——, hydrofluoric acid and fluorides, 770. ——, iodide of lead, 802, 818. ——, —— potassium, 805. ——, muriatic acid, 758, 780. ——, nitre, 753. ——, nitric acid, 752. ——, oxide antimony, 801. ——, —— lead, 797. ——, protochloride of tin, 789, 819. ——, protiodide of tin, 804. ——, sugar, gum, &c., 776. ——, of sulphate of magnesia, 495. ——, sulphuric acid, 757. ——, sulphurous acid, 755. ——, tartaric acid, 775. ——, water, 704, 785, 807. ——, theory of, 477, 1345. ——, ——, by A. de la Rive, 489, 507, 514, 543. ——, ——, Biot, 486. ——, ——, Davy, 482, 500. ——, ——, Grotthuss, 481, 499, 515. ——, ——, Hachette, 491, 513, ——, ——, Riffault and Chompre, 485, 507, 512. ——, author’s theory, 518, 524, 1345, 1623, 1703, 1766. Definite decomposing action of electricity, 329, 372, 377, 504, 704, 783,
821.
——, magnetic action of electricity, 216, 362, 367, 377. ——, electro-chemical
542, 5460.
——, dependent on previous induction, 1345. ——, —— the electric current, 493, 510, 524, 854. ——, —— intensity of current, 905. ——, —— chemical affinity of particles, 519, 525, 519. ——, resistance to, 891, 910, 1007. ——, intensity requisite for, 966, 1354. ——, stopped by solidification, 380, 1358, 1705. ——, retarded by interpositions, 1007. ——, assisted by dissolved bodies, 1355. ——, division of the electrolyte, 1347, 1623, 1701. ——, transference, 519, 525, 538, 550, 1347, 1706. ——, why elements appear at the poles, 535. ——, uncombined bodies do not travel, 544, 546. ——, circular series of effects, 562, 962. ——, simultaneous, 1156, ——, definite, 329, 372, 377, 504, 704, 714, 722, 726, 732, 764, 783,
807, 821, 960.
——, —— independent of variations of electrodes, 714, 722, 807, 832. ——, necessary intensity of current, 911, 966, 1345, 1354. ——, influence of water in, 472. ——, in air, 451, 461, 469. ——, some general conditions of, 669. ——, new conditions of, 453. ——, primary results, 742. ——, secondary results, 702, 742, 748, 777. ——, of acetates, 774. ——, acetic acid, 773. ——, ammonia, 748. ——, chloride of antimony, 690, 796. ——, —— lead, 794, 815. ——, —— silver, 541, 813, 979. ——, chlorides in solution, 766. ——, —— fusion, 789, 913. ——, fused electrolytes, 789. ——, hydriodic acid and iodides, 767, 787. ——, hydrocyanic acid and cyanides, 771. ——, hydrofluoric acid and fluorides, 770. ——, iodide of lead, 802, 818. ——, —— potassium, 805. ——, muriatic acid, 758, 780. ——, nitre, 753. ——, nitric acid, 752. ——, oxide antimony, 801. ——, —— lead, 797. ——, protochloride of tin, 789, 819. ——, protiodide of tin, 804. ——, sugar, gum, &c., 776. ——, of sulphate of magnesia, 495. ——, sulphuric acid, 757. ——, sulphurous acid, 755. ——, tartaric acid, 775. ——, water, 704, 785, 807. ——, theory of, 477, 1345. ——, ——, by A. de la Rive, 489, 507, 514, 543. ——, ——, Biot, 486. ——, ——, Davy, 482, 500. ——, ——, Grotthuss, 481, 499, 515. ——, ——, Hachette, 491, 513, ——, ——, Riffault and Chompre, 485, 507, 512. ——, author’s theory, 518, 524, 1345, 1623, 1703, 1766. Definite decomposing action of electricity, 329, 372, 377, 504, 704, 783,
821.
——, magnetic action of electricity, 216, 362, 367, 377. ——, electro-chemical
