Search Results:　 1-20 of 204

Sagapoa Christopher V. , Imai Akira , Watanabe Koichiro

… The paper was reported in the 6th International Symposium on "Novel Carbon Resource Sciences" Nov. 12-13, 2010Silica and magnesia in the bed rock and the saprolitic zones have been removed and only the residual elements (iron, chromium, aluminium, manganese, cobalt and nickel) remain in the limonitic zone. … Nickel is combined with silica and magnesia, as lizardite or mixed gels (garnierite nickel ore) at the weathering front. …

Journal of novel carbon resource sciences 3, 32-39, 2011-02

IR

KONONOV Ring , OSTROVSKI Oleg , GANGULY Samir

… Non-isothermal and isothermal carbothermal reduction of Australian Groote Eylandt and South African Wessels manganese ores was studied in hydrogen, helium, argon and hydrogen–carbon monoxide atmospheres. … Reduction of manganese ores was strongly affected by temperature and ore chemistry. … The reduction rate of manganese ore in hydrogen was higher than in helium, and in helium higher than in argon. …

ISIJ International 49(8), 1107-1114, 2009-08-15

J-STAGE CrossRef References (21) Cited by (1)

ISHIBASHI Jun-ichiro , NAKAI Shunichi , TOYODA Shin , KUMAGAI Hidenori , NOGUCHI Takuroh , ISHIZUKA Osamu

… Uranium and thorium series disequilibrium dating have been employed for previous geochronological studies of hydrothermal minerals obtained from submarine ore deposits. … Radiometric dating studies of hydrothermal minerals such as sulfide and manganese oxide collected from the TAG mound, which is one of the largest hydrothermal mound structures, reveal an age distribution over at least 15000 years separated by quiescent intervals lasting up to 2000 years. …

Chigaku Zasshi (Jounal of Geography) 118(6), 1186-1204, 2009

J-STAGE CrossRef

MORIYAMA Takeru , PANIGRAHI Mruganka K. , PANDIT Dinesh , WATANABE Yasushi

Resource geology 58(4), 402-413, 2008-12-01

References (29) Cited by (1)

NAKAJIMA Kenichi , YOKOYAMA Kazuyo , NAGASAKA Tetsuya

… This study conducts the substance flow analysis (SFA) of Manganese (Mn) with regard to the iron and steel cycle, which accounts for 95% of the demand for Mn, along with the data collection and assessment of material/substance flow; …

ISIJ International 48(4), 549-553, 2008-04-15

J-STAGE CrossRef References (26) Cited by (3)

守山 武 , 石原 舜三

Chishitsu news (647), 10-16,1〜6, 2008-07

NISHIKUBO Katsumi , MATSUBARA Satoshi , MIYAWAKI Ritsuro , YOKOYAMA Kazumi

日本鉱物学会・学術講演会,日本岩石鉱物鉱床学会学術講演会講演要旨集 2007, 213, 2007-09-22

SHEN Ruihua , ZHANG Guangqing , DELL'AMICO Mark , BROWN Peter , OSTROVSKI Oleg

… Manganese furnace dust is formed from volatiles and fines collected during wet scrubbing of the off-gas from manganese alloy smelting furnaces. … This dust, in the form of slurry, contains tar, alkalies, zinc, manganese oxide and other elements. … Impediments to the recycling of the manganese furnace dust back to the ferroalloy furnaces are the potential accumulation of zinc and alkalies, which can cause irregularities in furnace operation, and handling. …

ISIJ International 47(2), 234-239, 2007-02-15

J-STAGE CrossRef References (12) Cited by (1)

JANG Hyun Tae , KIM Sang Bum , CHA Wang Seog

… The pressure fluctuation properties and mixing degree were investigated with a binary mixture of different density particles using polymethyl methacrylate (PMMA) and sand (or natural manganese ore (NMO)) in a gas fluidized bed. …

JOURNAL OF CHEMICAL ENGINEERING OF JAPAN 39(9), 924-931, 2006-09-01

J-STAGE CrossRef References (15)

SHEN Ruihua , ZHANG Guangqing , DELL'AMICO Mark , BROWN Peter , OSTROVSKI Oleg

… Manganese furnace dust is formed when volatiles and fines are cleaned by wet scrubbers from the off-gases from manganese alloy smelting furnaces. … Impediments to the recycling of the manganese furnace dust back to the ferroalloy furnaces are handling due to the presence of tar, and the potential accumulation of zinc in the furnaces, which can cause irregularities in their operation. …

ISIJ International 46(1), 8-13, 2006-01-15

J-STAGE CrossRef References (6) Cited by (3)