863 - 876 |
Extraction of trivalent lanthanides and actinides by "CMPO-like" calixarenes Delmau LH, Simon N, Schwing-Weill MJ, Arnaud-Neu F, Dozol JF, Eymard S, Tournois B, Gruttner C, Musigmann C, Tunayar A, Bohmer V |
877 - 909 |
A solution for cesium removal from high-salinity acidic or alkaline liquid waste: The crown calix[4]arenes Dozol JF, Simon N, Lamare V, Rouquette H, Eymard S, Tournois B, De Marc D, Macias RM |
911 - 929 |
Aqueous complexes in separations of f-elements: Options and strategies for future development Nash KL |
931 - 950 |
Radium separation through complexation by aqueous crown ethers and ion exchange or solvent extraction Chiarizia R, Dietz ML, Horwitz EP, Burnett WC, Cable PH |
951 - 974 |
Microchannel devices for efficient contacting of liquids in solvent extraction TeGrotenhuis WE, Cameron RJ, Butcher MG, Martin PM, Wegeng RS |
975 - 985 |
Purification of thorium from uranium-233 process residue Webb OF, Boll RA, Lucero AJ, DePaoli DW |
987 - 1006 |
Uranium extraction selectivities of dibutyl carbitol and tributyl phosphate in the system UO2(NO3)(2)-HNO3-H2O-Al(NO3)(3)-solvent Birdwell JF |
1007 - 1019 |
Nondispersive liquid-liquid extraction of copper and zinc from an aqueous solution by DEHPA and LIX 984 in a hollow fiber membrane module Ilias S, Schimmel KA, Yezek PM |
1021 - 1042 |
Dissolution of ORNL HLW sludge and partitioning of the actinides using the TRUEX process Spencer BB, Egan BZ, Beahm EC, Chase CW, Dillow TA |
1043 - 1068 |
Developing and testing an alkaline-side solvent extraction process for technetium separation from tank waste Leonard RA, Conner C, Liberatore MW, Bonnesen PV, Presley DJ, Moyer BA, Lumetta GJ |
1069 - 1090 |
Partitioning of aromatic molecules in aqueous biphasic systems Willauer HD, Huddleston JG, Griffin ST, Rogers RD |
1091 - 1101 |
Partitioning behavior of porphyrin dyes in aqueous biphasic systems Huddleston JG, Ingenito CC, Rogers RD |
1103 - 1120 |
Evaluation of extractant-coated ferromagnetic microparticles for the recovery of hazardous metals from waste solution Kaminski MD, Nunez L, Visser AE |
1121 - 1132 |
Mercury separation and immobilization using self-assembled monolayers on mesoporous supports (SAMMS) Chen XB, Feng XD, Liu J, Fryxell GE, Gong ML |
1133 - 1144 |
Fractionation of lithium isotopes in ion exchange chromatography with titanium phosphate exchanger Ooi K, Miyai Y, Makita Y, Kanoh H |
1145 - 1166 |
Ion exchange of several radionuclides on the hydrous crystalline silicotitanate, UOP IONSIV IE-911 Huckman ME, Latheef IM, Anthony RG |
1167 - 1181 |
Cesium removal from high-pH, high-salt wastewater using crystalline silicotitanate sorbent Walker JF, Taylor PA, Lee DD |
1183 - 1194 |
Russian studies of the safety of anion exchange in nitric acid Hyder ML, Bartenev SA, Lazarev LN, Romanovskiy VN, Strelkov SA, Zachinyaev GM, Nazin ER, Aldochin AI, Glagolenko YV, Maliych AI, Rovniy SI |
1195 - 1215 |
Waste treatment at the Radiochemical Engineering Development Center Brunson RR, Bond WD, Chattin FR, Collins RT, Sullivan GR, Wiles RH |
1217 - 1241 |
Continuous ion-exclusion chromatography system for acid sugar separation Springfield RM, Hester RD |
1243 - 1251 |
Polyphosphazene membranes: Part 1. Isopropanol dye separations Stone ML, Peterson ES, Stewart FF, Tsang MN, Orme CJ, Polson L |
1253 - 1276 |
Ultrafiltration of gelatinous cornstarch suspensions Gaddis JL, Amond TC, Thomas RL |
1277 - 1300 |
New magnetic field-enhanced process for the treatment of aqueous wastes Ebner AD, Ritter JA, Ploehn HJ, Kochen RL, Navratil JD |
1301 - 1318 |
Effect of copper and cadmium binding on flocculation of ferric oxide particles Subramaniam K, Yiacoumi S, Tsouris C |
1319 - 1331 |
Flux enhancement using now reversal in ultrafiltration Hargrove S, Ilias S |
1333 - 1350 |
High-gradient magnetic separation for the treatment of high-level radioactive wastes Ebner AD, Ritter JA, Nunez L |
1351 - 1370 |
Gravity settling of Hanford single-shell tank sludges Brooks KP, Rector DR, Smith PA |
1371 - 1392 |
Magnetic-seeding filtration Ying TY, Chin CJ, Lu SC, Yiacoumi S, Chattin MR, Spurrier MA, DePaoli DW, Tsouris C |
1393 - 1409 |
Distillation under electric fields Blankenship KD, Shah VM, Tsouris C |
1411 - 1427 |
Separation processes for recovering alloy steels from grinding sludge: Supercritical carbon dioxide extraction and aqueous cleaning Fu H, Matthews MA |
1429 - 1445 |
Absorptive separation of NO from dilute off-gas Zapfel W, Marr R, Siebenhofer M |
1447 - 1462 |
Displacement of a hydrocarbon oil from a metal surface using a surfactant solution Starkweather BA, Counce RM, Zhang X |
1463 - 1477 |
Separation of ionic species under supercritical water conditions Li LX, Gloyna EF |
1479 - 1494 |
Caustic leaching of high-level radioactive tank sludge: A critical literature review McGinnis CP, Welch TD, Hunt RD |
1495 - 1506 |
Removal of chromium from Hanford tank sludges Lumetta GJ, Rapko BM |
1507 - 1520 |
Investigation into optimal conditions for cross-flow filtration of high-level nuclear waste Peterson RA, Gaddis JL |
1521 - 1543 |
Extraction of aluminum from a pickling bath with supported liquid membrane extraction Berends AM, Witkamp GJ, van Rosmalen GM |