Method for reducing a particulate material containing a metal, especially iron ore

Publikationen: PatentPatentschrift

Standard

Method for reducing a particulate material containing a metal, especially iron ore. / Konstantin, Milionis (Erfinder); Johann, Reidetschlager (Erfinder); Siegfried, Zeller (Erfinder) et al.
Patent Nr.: AU2002331402B. Mai 29, 2008.

Publikationen: PatentPatentschrift

Harvard

Konstantin, M, Johann, R, Siegfried, Z, Hanspeter, O, Johannes, S & Leopold, WK Mai. 29 2008, Method for reducing a particulate material containing a metal, especially iron ore, Patent Nr. AU2002331402B.

APA

Konstantin, M., Johann, R., Siegfried, Z., Hanspeter, O., Johannes, S., & Leopold, W. K. (2008). Method for reducing a particulate material containing a metal, especially iron ore. (Patent Nr. AU2002331402B).

Vancouver

Konstantin M, Johann R, Siegfried Z, Hanspeter O, Johannes S, Leopold WK, Erfinder/-innen. Method for reducing a particulate material containing a metal, especially iron ore. AU2002331402B. 2008 Mai 29.

Author

Konstantin, Milionis (Erfinder) ; Johann, Reidetschlager (Erfinder) ; Siegfried, Zeller (Erfinder) et al. / Method for reducing a particulate material containing a metal, especially iron ore. Patent Nr.: AU2002331402B. Mai 29, 2008.

Bibtex - Download

@misc{1dc230a965344370be355b5dbf04c346,
title = "Method for reducing a particulate material containing a metal, especially iron ore",
author = "Milionis Konstantin and Reidetschlager Johann and Zeller Siegfried and Ofner Hanspeter and Schenk Johannes and Leopold, {Werner Kepplinger}",
year = "2008",
month = may,
day = "29",
language = "English",
type = "Patent",
note = "AU2002331402B; C21B 13/ 14 A I",

}

RIS (suitable for import to EndNote) - Download

TY - PAT

T1 - Method for reducing a particulate material containing a metal, especially iron ore

AU - Konstantin, Milionis

AU - Johann, Reidetschlager

AU - Siegfried, Zeller

AU - Hanspeter, Ofner

AU - Johannes, Schenk

AU - Leopold, Werner Kepplinger

PY - 2008/5/29

Y1 - 2008/5/29

M3 - Patent

M1 - AU2002331402B

ER -