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to provide insulation, and sets of zinc and copper plates, which were welded together, were arranged evenly within the box. The gaps between the plates, known as troughs, were filled with a diluted
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87:
Cruickshank devised a solution to the problem by placing the battery horizontally inside a rectangular box. The interior of the box was coated with
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95:. As long as the box remained undisturbed, there was no danger of the electrolyte spilling.
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leakage as the weight of the discs squeezed the electrolyte out of the cloth.
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125:"Trough battery, 1801-1838 | Science Museum Group Collection"
36:
and was designed by the
Scottish professor of chemistry
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570:
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8:
149:"Museo Galileo - In depth - Trough battery"
52:-soaked pieces of cloth sandwiched between
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60:discs, piled in a stack. This resulted in
79:'s trough battery (in front), with some
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7:
129:collection.sciencemuseumgroup.org.uk
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259:
1:
48:Volta's battery consisted of
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349:Metal–air electrochemical
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153:catalogue.museogalileo.it
44:Disadvantage of the pile
68:Advantage of the trough
651:Semipermeable membrane
440:Lithium–iron–phosphate
84:
21:
522:Rechargeable alkaline
200:Electrochemical cells
105:List of battery types
75:
19:
502:Nickel–metal hydride
512:Polysulfide–bromide
354:Nickel oxyhydroxide
246:Thermogalvanic cell
83:batteries (behind).
38:William Cruickshank
275:(non-rechargeable)
219:Concentration cell
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22:
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28:was a variant of
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455:Lithium–titanate
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224:Electric battery
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77:Joseph Priestley
30:Alessandro Volta
20:A trough battery
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487:Nickel–hydrogen
445:Lithium–polymer
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580:Atomic battery
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527:Silver–cadmium
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497:Nickel–lithium
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482:Nickel–cadmium
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450:Lithium–sulfur
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399:(rechargeable)
395:Secondary cell
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319:Edison–Lalande
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234:Trough battery
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26:trough battery
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672:Battery types
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542:Sodium–sulfur
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517:Potassium ion
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334:Lithium metal
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289:Aluminium–air
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214:Galvanic cell
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93:sulfuric acid
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27:
18:
557:Zinc–bromine
364:Silver oxide
299:Chromic acid
271:Primary cell
251:Voltaic pile
233:
229:Flow battery
156:. Retrieved
152:
143:
132:. Retrieved
128:
119:
86:
81:Daniell cell
47:
34:voltaic pile
25:
23:
646:Salt bridge
631:Electrolyte
562:Zinc–cerium
547:Solid state
532:Silver–zinc
507:Nickel–zinc
492:Nickel–iron
467:Molten salt
435:Dual carbon
430:Lithium ion
425:Lithium–air
384:Zinc–carbon
359:Silicon–air
339:Lithium–air
62:electrolyte
599:Cell parts
590:Solar cell
572:Other cell
537:Sodium ion
408:Automotive
158:2022-06-08
134:2022-06-08
111:References
636:Half-cell
626:Electrode
585:Fuel cell
462:Metal–air
413:Lead–acid
329:Leclanché
241:Fuel cell
40:in 1800.
666:Category
616:Catalyst
477:Nanowire
472:Nanopore
418:gel–VRLA
379:Zinc–air
284:Alkaline
99:See also
621:Cathode
374:Zamboni
344:Mercury
309:Daniell
89:shellac
611:Binder
369:Weston
294:Bunsen
58:copper
606:Anode
324:Grove
304:Clark
207:Types
50:brine
641:Ions
56:and
54:zinc
24:The
314:Dry
32:'s
668::
151:.
127:.
192:e
185:t
178:v
161:.
137:.
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