EIN THERMOELEKTRISCHER DREIFACHFUEHLER ZUR ZWEIPUNKTREGELUNG DER TEMPERATUR IN ELEKTROOEFEN = THEROMOELECTRIC TRIPLE SENSOR FOR ON-OFF CONTROL OF TEMPERATURE IN ELECTRIC FURNACESDOMKE K.1980; ELEKTROWAERME INT., ED. B, IND. ELEKTROWAERME; DEU; DA. 1980-06; VOL. 38; NO 3; PP. B130-B132; BIBL. 3 REF.Article

ELECTRODE SEALING DEVICE FOR ORE SMELTING FURNACES IN OPERATION AT POBOUJSK NICKEL WORKSLINEV VD; MOISEEV VP; KHAKIMOV TG et al.1979; CVETN. MET.; ISSN 0372-2929; SUN; DA. 1979; NO 10; PP. 36-37Article

ELECTROTHERMIC ZINC CONCENTRATE ORES PROCESSING AND ZINC REFININGRABICHEVA LM; TARASOV AV; SHNAJDER IF et al.1980; CVET. MET.; ISSN 0372-2929; SUN; DA. 1980; NO 3; PP. 28-31; BIBL. 8 REF.Article

POPRAWA JAKOSCI I METOD KONTROLNYCH ZLACZ DO ELEKTROD GRAFITOWANYCH = QUALITY IMPROVEMENT AND INSPECTION METHODES OF NIPPLES FOR GRAPHITE ELECTRODES = AMELIORATION DE LA QUALITE ET METHODES D'INSPECTION DES RACCORDS DES ELECTRODES DE GRAPHITEGONSIOR J; SKOCZKOWSKI K; LUKOSZEK J et al.1980; HUTNIK; ISSN 0018-8077; POL; DA. 1980; VOL. 47; NO 3; PP. 104-108; ABS. RUS/ENG; BIBL. 18 REF.Article

EHLEKTROTERMIYA V METALLURGII VTORICHNOGO SVINTSA (TEORIYA I PRAKTIKA) = ELECTROTHERMIE SMELTING IN LEAD RECOVERY (THEORY AND EXPERIMENTS) = ELECTROTHERMIE DANS LA METALLURGIE DU PB SECONDAIRE (THEORIE ET PRATIQUE)KUNAEV ASKAR MINLIAKHMEDOVICH; POLYVYANNYJ IVAN RODIONOVICH; DEMCHENKO RAISA SEMENOVNA et al.1980; ; SUN; ALMA-ATA: NAUKA KAZAKHSKOJ S.S.R.; DA. 1980; 192 P.: ILL., DEPL. H.-T.; 22 CM; BIBL. 88 REF.Book

HIGH-TEMPERATURE ELECTRIC FURNACEMAKEEV VS; NEZHEVENKO LB; GROSHEV VI et al.1981; POROSHK. METALL. (KIEV); UKR; DA. 1981-01; VOL. 1; PP. 99-101; BIBL. 5 REF.Article

DOSVADANI VYSLEDKY PROVOZU TECHNOLOGICKE LINKY TERMOVIT V O.P. VITKOVICE = PREVIOUS OPERATING RESULTS OF AN UNIT FOR THE MANUFACTURING OF CERAMIC FIBREPROSTEJOVSKY P.1980; HUTNIK (PRAGUE); CSK; DA. 1980-09; VOL. 30; NO 9; PP. 342-344Article

MODELE MATHEMATIQUE DU FOUR DE REDUCTION = MATHEMATICAL MODEL FOR AN ELECTRIC SMELTING FURNACEDOWNING JH; LEAWITT FW.1980; J. FOUR ELECTR. IND. ELECTROCHIM. (1970); ISSN 0021-8189; FRA; DA. 1980; NO 3; PP. 21-28; (7 P.); ABS. ENG; BIBL. 10 REF.Article

AUTOMATIC CONTROL SYSTEM FOR A BLOCK OF FERRO ALLOY MELTING FURNACESTEPANJANTS SL; GODYNA VV.1980; STAL'; SUN; DA. 1980-04; VOL. 40; NO 4; PP. 295-297; BIBL. 4 REF.Article

STEELWAKING BY AN ELECTROTHERMAL REDUCTION MELTINGDOROFEEV GA; KOVALENKO LV.1980; METALL GORNORUDN. PROM.; ISSN 0543-5749; UKR; DA. 1980; NO 2; PP. 10-12; BIBL. 3 REF.Article

ELECTRIC FURNACE CONFERENCE COVERS FOUNDRY TOPICSHEINE HJ.1982; FOUNDRY MANAGE. & TECHNOL.; USA; DA. 1982-02; VOL. 110; NO 2; PP. 71, 74-76Conference Paper

AUTOMATISCH ARBEITENDE HAENGEBAHN-ANLAGE FUER DIE ELEKTROOEFEN EINER STAHLGIESSEREI = AUTOMATICAL OVERHEAD-TROLLEY EQUIPMENT FOR ELECTRICAL FURNACES IN A STEEL FOUNDRY1982; IND.-ANZ.; DEU; DA. 1982-06-11; VOL. 104; NO 47; PP. 24-25Article

ECONOMIES IN METALMELTING:NEW FURNACES IN MYSON FANS LTD. MODERNISATION PROGRAMME1980; DIECAST. & METAL MOULD.; GBR; DA. 1980-03; VOL. 9; NO 8; PP. 8, 14Article

OUTLOOK OF ELECTROTHERMIC PRODUCTION OF ALUMINIUM ALLOYSKALUZHSKIJ NA; DOBATKIN VI; GOPIENKO VG et al.1980; CVET. MET.; ISSN 0372-2929; SUN; DA. 1980; NO 1; PP. 58-61; BIBL. 10 REF.Article

NUTZUNG INDUSTRIELLER ABWAERME ZUR STROMERZEUGUNG = USE OF INDUSTRIAL WASTE HEAT FOR POWER GENERATIONPAPPERITZ C; PICHLER W; ROEMHELD M et al.1980; SIEMENS-ENERGIETECH.; DEU; DA. 1980-07; VOL. 2; NO 7; PP. 239-243; BIBL. 4 REF.Article

HOT BILLETS AND SCRAP PREHEATER PROVIDE 15 MILLION KWHR SAVINGS1982; IRON STEEL ENG.; ISSN 0021-1559; USA; DA. 1982-11; VOL. 59; NO 11; PP. 58-59Article

NEW-LOOK FOUNDRY HIGHLIGHTS EXPANSION SCHEMEBARKER A.1981; MACH. PROD. ENG.; GBR; DA. 1981-01-14; VOL. 138; NO 3545; PP. 39Article

IMPROVEMENT OF MELTING TECHNOLOGY FOR LOW CARBON FERROCHROMIUMVOLKOV VS; ZHELEZNOV DF; PIGASOV SE et al.1981; STAL'; SUN; DA. 1981-07; VOL. 41; NO 7; PP. 39-40Article

FIELDS, POWER DENSITY AND EFFECTIVE RESISTANCE IN THE ELECTRODE AND FURNACE OF AN ELECTRIC SMELTER = CHAMPS ELECTRIQUES, DENSITE DE COURANT ET RESISTANCE EFFECTIVE DANS L'ELECTRODE ET LA CUVE D'UN FOUR DE FUSION ELECTRIQUE DE MINERAIHEISS WD.1980; N.R.I.M.S. TECH. REP., TWISK; ZAF; DA. 1980; NO 160; 22 P.; H.T. 6; BIBL. 6 REF.Serial Issue

QUALIFICATIONS DE LA NORVEGE = NORWAY'S QUALIFICATIONSLORCK K.1980; J. FOUR ELECTR. IND. ELECTROCHIM. (1970); ISSN 0021-8189; FRA; DA. 1980; NO 1; PP. 16; IDEM ENGArticle

RESTENERGIENUTZUNG AN LICHTBOGENOEFEN = UTILIZATION OF RESIDUAL HEAT FROM ARC FURNACEREICHELT W; FRANZEN H.1980; ELEKTROWAERME INT., ED. B, IND. ELEKTROWAERME; DEU; DA. 1980-10; VOL. 38; NO 10; PP. 239-241; BIBL. 6 REF.Article

ISLANDS FORSTE FERROSILISIUMVERK = ICELAND'S FIRST FERRO-SILICON PLANTSCHATVET F; HALFDANARSON J.1980; JERNKONTORETS ANN.; SWE; DA. 1980; VOL. 164; NO 4; PP. 19-23Article

STARTING OF A HIGH-PERFORMANCE HERMETIC SEALED FURNACE RPZ-63I1 FOR MELTING MANGANESE ALLOYSVELICHKO BF; MATYUSHENKO VI; TKACH GD et al.1982; STAL; SUN; DA. 1982-02; VOL. 52; NO 2; PP. 49-51; BIBL. 2 REF.Article

KUEHLWASSERVERSORGUNG IN DER GIESSEREIPRAXIS = COOLING WATER SUPPLY IN FOUNDRY PRACTICETHOMASCHEWSKI A.1982; GIESSEREI; ISSN 0016-9765; DEU; DA. 1982-05-24; VOL. 69; NO 11; PP. 317Article

PRODUCTION AND USE OF CARBON CONTAINING FERROMANGANESE WITH INCREASED SILICON CONTENTCHEPELENKO YU V; VELICHKO BF; ROGACHEV IP et al.1981; STAL'; SUN; DA. 1981-10; VOL. 41; NO 10; PP. 41-43; BIBL. 4 REF.Article