SU47726A1 - A method of manufacturing an active material for an iron alkaline battery electrode - Google Patents

A method of manufacturing an active material for an iron alkaline battery electrode

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Publication number
SU47726A1
SU47726A1 SU163812A SU163812A SU47726A1 SU 47726 A1 SU47726 A1 SU 47726A1 SU 163812 A SU163812 A SU 163812A SU 163812 A SU163812 A SU 163812A SU 47726 A1 SU47726 A1 SU 47726A1
Authority
SU
USSR - Soviet Union
Prior art keywords
active material
manufacturing
iron
alkaline battery
battery electrode
Prior art date
Application number
SU163812A
Other languages
Russian (ru)
Inventor
Б.А. Кособрюхов
Original Assignee
Б.А. Кособрюхов
Filing date
Publication date
Application filed by Б.А. Кособрюхов filed Critical Б.А. Кособрюхов
Application granted granted Critical
Publication of SU47726A1 publication Critical patent/SU47726A1/en

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Description

О выдаче аиторского свидетсльстса опубликованоOn the issuance of the Aitor's Certificate published

Электрическа  производительность активного материала, примен емого дл  изготовлени  жел -зного эчект ода щелотного аккумул тора, в большой мере заоиси- от степени лиспер:ности этого материала. Пр изготовлении активногоThe electrical capacity of the active material used to manufacture the alkaline battery echelon is, to a large extent, determined by the degree of lisperity of this material. Pr manufacturing active

железно о препарата электролитическим . способ м возникают большие трудности iron o drug electrolytic. there are great difficulties

,.и достижении высокой д сперсности в .иду склонности железных осадков образовынать дендриты и сплошные отложени . Н обходима  дисперсность может быть получена путем последующего измельчении осадка механическим способо t, но эта оперлци также только частично лостигает цели в силу трудности измельчени  электролитического железа в достаточной степени.,. and the achievement of a high degree of persperity in the type of iron precipitation to form dendrites and solid deposits. The dispersion can be obtained by subsequent grinding of the sediment by a mechanical method t, but this operture also only partially achieves the goal due to the difficulty of grinding electrolytic iron sufficiently.

Предлагаемый способ дает возможность получени  железного активного материала любой степени дисперсности. Полученное любым способом электро литическое железо обжигаетс  на воз81 июл  1936 года.The proposed method enables the production of iron active material of any degree of dispersion. Electrolytic iron obtained by any method is burnt at the height of 81 July 1936.

духе, С целью перевода железа в окисное состо ние. Измельчение его до любой степени дисперсности производитс  при эгомл(,гко, и полученный материгл может б;-:ть пг именен или непосредственно или с предварительным восстановлением его в атмосфере водорода.In order to convert iron to the oxide state. Its crushing to any degree of dispersion is performed with an egoml (gko, and the resulting mogul can b; -: it can be named either directly or with its preliminary restoration in a hydrogen atmosphere.

Предмет изобретени .The subject matter of the invention.

Claims (1)

1.Способу изготовлени  активного материала дл  железного электрода щелочного аккумул тора, отличающийс  тем, ЧТУ обожженное порошкообразное желего ,с целью дрведенн -до желаемой степени дисперсности, .дополнительно измельчают размалыванием, после чего обрабатывают о|.ним из известных способов.1. A method for manufacturing an active material for an iron electrode of an alkaline battery, characterized in that CTU calcined, powdered yellow, in order to be dried to the desired degree of dispersion, is further ground by grinding, and then treated with one of the known methods. 2,В способе по п. 1 применение в качестве исходного материала измельченных сплошных осадков электролитического жел1еза.2, In the method according to claim 1, use as the starting material crushed solid precipitates of electrolytic iron.
SU163812A 1935-02-23 A method of manufacturing an active material for an iron alkaline battery electrode SU47726A1 (en)

Publications (1)

Publication Number Publication Date
SU47726A1 true SU47726A1 (en) 1936-07-31

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