Scientific Research An Academic Publisher
OPEN ACCESS
Add your e-mail address to receive free newsletters from SCIRP.
Select Journal AA AAD AAR AASoci AAST ABB ABC ABCR ACES ACS ACT AD ADR AE AER AHS AID AiM AIT AJAC AJC AJCC AJCM AJIBM AJMB AJOR AJPS ALAMT ALC ALS AM AMI AMPC ANP APD APE APM ARS ARSci AS ASM BLR CC CE CellBio ChnStd CM CMB CN CRCM CS CSTA CUS CWEEE Detection EMAE ENG EPE ETSN FMAR FNS GEP GIS GM Graphene GSC Health IB ICA IIM IJAA IJAMSC IJCCE IJCM IJCNS IJG IJIDS IJIS IJMNTA IJMPCERO IJNM IJOC IJOHNS InfraMatics JACEN JAMP JASMI JBBS JBCPR JBiSE JBM JBNB JBPC JCC JCDSA JCPT JCT JDAIP JDM JEAS JECTC JEMAA JEP JFCMV JFRM JGIS JHEPGC JHRSS JIBTVA JILSA JIS JMF JMGBND JMMCE JMP JPEE JQIS JSBS JSEA JSEMAT JSIP JSS JSSM JST JTR JTST JTTs JWARP LCE MC ME MI MME MNSMS MPS MR MRC MRI MSA MSCE NJGC NM NR NS OALib OALibJ ODEM OJA OJAB OJAcct OJAnes OJAP OJApo OJAppS OJAPr OJAS OJBD OJBIPHY OJBM OJC OJCB OJCD OJCE OJCM OJD OJDer OJDM OJE OJEE OJEM OJEMD OJEpi OJER OJF OJFD OJG OJGas OJGen OJI OJIC OJIM OJINM OJL OJM OJMC OJMetal OJMH OJMI OJMIP OJML OJMM OJMN OJMP OJMS OJMSi OJN OJNeph OJO OJOG OJOGas OJOp OJOph OJOPM OJOTS OJPathology OJPC OJPChem OJPed OJPM OJPP OJPS OJPsych OJRA OJRad OJRD OJRM OJS OJSS OJSST OJST OJSTA OJTR OJTS OJU OJVM OPJ POS PP PST PSYCH SAR SCD SGRE SM SN SNL Soft SS TEL TI UOAJ VP WET WJA WJCD WJCMP WJCS WJET WJM WJNS WJNSE WJNST WJV WSN YM
More>>
Lee, S.O., Tran, T., Park Y.Y., Kim S.J., and Kim, M. J. (2006) Study on the Kinetics of Iron Leaching by Oxalic acid. Int. J. Miner process, 80, 144-152.
has been cited by the following article:
TITLE: Model for Predictive Analysis of Heat Absorbed by Oxalic Acid Solution Relative to the Solution Temperature during Leaching of Iron Oxide Ore
AUTHORS: C. I. Nwoye, C. S. Nwobodo, C. Nlebedim, U.C. Nwoye, R. A. Umana, G. C. Obasi
KEYWORDS: Model, Predictive Analysis, Heat Absorbed, Solution Temperature, Oxalic Acid, Iron Oxide Ore, Leaching.
JOURNAL NAME: Journal of Minerals and Materials Characterization and Engineering, Vol.8 No.7, July 20, 2009
ABSTRACT: Model for predictive analysis of the quantity of heat absorbed by oxalic acid solution during leaching of iron oxide ore has been derived. It was observed that the validity of the model is rooted in the expression (lnQ)/N = √T where both sides of the relationship are correspondingly almost equal. The model was found to depend on the value of the final solution temperature measured during the experiment. The respective deviation of the model-predicted Q values from the corresponding experimental values was found to be less than 21% which is quite within the acceptable range of deviation limit of experimental results. The positive values of heat absorbed as obtained from experiment and model indicate and agree that the leaching process is endothermic in nature.
Related Articles:
Model for Predictive Analysis of Heat Absorbed by Oxalic Acid Solution Relative to the Solution Temperature during Leaching of Iron Oxide Ore
C. I. Nwoye, C. S. Nwobodo, C. Nlebedim, U.C. Nwoye, R. A. Umana, G. C. Obasi
DOI: 10.4236/jmmce.2009.87046 4,585 Downloads 5,570 Views Citations
Pub. Date: July 20, 2009
Model for Quantitative Analysis of Phosphorus Removed during Leaching of Iron Oxide Ore in Oxalic Acid Solution
C. I. Nwoye, C. N. Mbah, C. C. Nwakwuo, A. I. Ogbonna
DOI: 10.4236/jmmce.2010.94024 4,621 Downloads 5,593 Views Citations
Pub. Date: April 20, 2010
Social Networks Sites (SNSs) Available to Promotion of Biotechnology Summit (BS12 & BS14) & Int. Biotechnol. Color J.
Susana Lozano-Muñiz, José Antonio Hernández Contreras, José Antonio Rosales Barrales
DOI: 10.4236/jss.2014.27001 3,646 Downloads 4,376 Views Citations
Pub. Date: July 11, 2014
Kinetics of Manganese Oxides Dissolution in Sulphuric Acid Solutions Containing Oxalic Acid
I. V. Artamonova, I. G. Gorichev, E. B. Godunov
DOI: 10.4236/eng.2013.59085 4,912 Downloads 7,185 Views Citations
Pub. Date: August 22, 2013
Dissolution Kinetics and Leaching of Rutile Ore in Hydrochloric Acid
Alafara A. Baba, Folahan A. Adekola, Emmanuela E. Toye, Rafiu B. Bale
DOI: 10.4236/jmmce.2009.810068 6,655 Downloads 8,564 Views Citations
Pub. Date: October 20, 2009
