XI - XII |
Twelfth symposium on separation science and technology for energy applications - Gatlinburger, Tennessee, October 14-18, 2001 - Introductory remarks Watson J |
2619 - 2636 |
Temperature effect on the extraction of Am(III), U(VI), and Sr(II) by dialkyl-substituted alkylenediphosphonic acids Otu EO, Chiarizia R |
2637 - 2645 |
Caustic-side solvent extraction batch distribution coefficient measurements for Savannah River Site high-level wastes Wilmarth WR, Mills JT, Dukes VH, Beasley MC, Coleman AD, Diprete CC, Diprete DP |
2647 - 2666 |
Demonstration of the caustic-side solvent extraction process for the removal of (CS)-C-137 from Savannah River Site high level waste Norato MA, Beasley MH, Campbell SG, Coleman AD, Geeting MW, Guthrie JW, Kennell CW, Pierce RA, Ryberg RC, Walker DD, Law JD, Todd TA |
2667 - 2683 |
Stability study of Cs extraction solvent White TL, Peterson RA, Wilmarth WR, Norato MA, Crump SL, Delman LH |
2685 - 2708 |
Development of the universal extraction (UNEX) process for the simultaneous recovery of Cs, Sr, and actinides from acidic radioactive wastes Herbst RS, Law JD, Todd TA, Romanovskiy VN, Smirnov IV, Babain VA, Esimantovskiy VN, Zaitsev BN |
2709 - 2724 |
Energy-cost reduction in starch processing using aqueous two phase reactor systems Li M, Kim JW, Peeples TL |
2725 - 2739 |
Initiation temperature for runaway tri-n-butyl phosphate/nitric acid reaction Rudisill TS, Crooks WJ |
2741 - 2762 |
Aggregation, metal ion extraction, and solubility properties of silyl-substituted alkylenediphosphonic acids Herlinger AW, McAlister DR, Chiarizia R, Dietz ML |
2763 - 2791 |
Analysis of complex separation schemes in the presence of chemical reactions Hoffmaster WR, Hauan S |
2793 - 2813 |
Oil droplet detachment from metal surfaces as affected by an applied potential Rowe AW, Davis AN, Counce RM, Morton SA, DePaoli DW, Hu MZC |
2815 - 2835 |
Thermodynamic model for the prediction of contact angles of oil droplets on solid surfaces in SDS solutions Morton SA, Keffer DJ, Counce RM, DePaoli DW, Hu MZC |
2837 - 2850 |
Towards the recovery of L-aspartic acid from aqueous solution: Exploiting pH-dependent solubility via carbon dioxide addition Samadi A, Husson SM |
2851 - 2866 |
Molecular engineering of surfaces for selective separations Husson SM, Gopireddy D |
2867 - 2880 |
Extractive separation of zinc from oxidic solid bulk feed Hilber T, Marr R, Siebenhofer M, Simon V |
2881 - 2899 |
Vanadium extraction from fly ash - Preliminary study of leaching, solvent extraction, and sorption on chitosan Guibal E, Guzman J, Navarro R, Revilla J |
2901 - 2921 |
Three-phase separation technology study for use downhole in an oil-bearing medium Perkins LW, Counce RM, Jubin RT, Klasson KT |
2923 - 2950 |
Concepts in waste management: Decontamination of plutonium-bearing mixed wastes with efficient water and acid recycle Tedder DW, Horwitz EP |
2951 - 2962 |
Recovery of liquid CO2 from cleaning solutions without phase change using ultrafiltration and microfiltration membranes Photinon K, Boddu A, Ilias S |
2963 - 2977 |
Synthesis of novel electro-catalysts for proton exchange membrane fuel cells Sharmin S, Irulappan S, Ilias S |
2979 - 2993 |
Supercritical fluid extraction of 1,2,4-trichlorobenzene from DOE job control wastes Li J, Davis TA, Matthews MA |
2995 - 3007 |
Removal of Sr-85, (CS)-C-134, and Co-57 radionuclides from acidic and neutral waste solutions by metal doped antimony silicates Moller T, Harjula R, Paajanen A |
3009 - 3029 |
The effect of hydrogen peroxide on a CST under cesium ion exchange conditions Philip CV, Kim SH, Philip M, Anthony RG |
3031 - 3048 |
Thermal and chemical stability of baseline and improved crystalline silicotitanate Taylor PA, Mattus CH |
3049 - 3073 |
Comparison of the sorption of anionic dyes on activated carbon and chitosan derivatives from dilute solutions Guibal E, McCarrick P, Tobin JM |
3075 - 3091 |
Examination of preproduction samples of UOPIONSIV (R) IE-910 and IE-911 Wilmarth WR, Walker DD, Fondeur FF, Fink SD, Nyman M, Krumhansel J, Mills JT, Dukes VH, Croy BH |
3093 - 3114 |
Technetium removal from Hanford and Savannah River Site actual tank waste supernates with Superlig (R) 639 resin King WD, Hassan NM, McCabe DJ, Hamm LL, Johnson ME |
3115 - 3131 |
Fractionation of milk fat by falling film layer crystallization Belkacemi K, Angers P, Fischer O, Arul J |
3133 - 3144 |
Flux enhancement in cross-flow membrane filtration by flow reversal: A case study on ultrafiltration of BSA Hargrove SC, Parthasarathy H, Ilias S |
3145 - 3173 |
Selective leaching of chromium from washed 241-S-110 Hanford tank sludge Rapko BM, Vienna JD |
3175 - 3188 |
The effect of carbonate, oxalate, and peroxide on the cesium loading of IONSIV (R) IE-910 and IE-911 Fondeur FF, Hang T, Walker DD, Wilmarth WR, Fink SD |
3189 - 3213 |
Strontium and transuranic precipitation and crossflow filtration of a large Hanford Tank 241-AN-102 sample Nash CA, Saito HH, Wilmarth WR |
3215 - 3223 |
Chlorocarbon permeabilities of several polymeric membranes determined by membrane introduction mass spectrometry (MIMS) Stone ML, Polson LA |
3225 - 3238 |
Testing of polymer membranes for the selective permeability of hydrogen Orme CJ, Stone ML, Benson MT, Peterson ES |
3239 - 3247 |
Effect of protein on flux and selectivity in pervaporation of ethanol from a dilute solution Aroujalian A, Belkacemi K, Davids SJ, Turcotte G, Pouliot Y |
3249 - 3271 |
Nitric acid cleaning of a sodalite-sodium diuranate scale in high level-waste evaporators Wilmarth WR, Thompson MC, Martino CJ, Dukes VH, Mills JT, Boley CS, Lewis BL |
3273 - 3288 |
Preliminary investigation of nitro-hydrolysis for wastewater sludge treatment Perkins LW, Klasson KT, Counce RM, Bienkowski PR |
3289 - 3311 |
Reactivity of sorbents with hot hydrogen sulfide in the presence of moisture and hydrogen Kwon KC, Park Y, Gangwal SK, Das K |
3313 - 3331 |
SANS study of third phase formation in the U(V1)-HNO3/TBP-n-dodecane system Chiarizia R, Jensen MP, Borkowski M, Ferraro JR, Thiyagarajan P, Littrell KC |
3333 - 3351 |
SANS study of third phase formation in the Th(IV)-HNO3/TBP-n-octane system Borkowski M, Chiarizia R, Jensen MP, Ferraro JR, Thiyagarajan P, Littrell KC |