| 1    | 
          Hanford Waste 
            Blending and the Value of Research: Stochastic Optimization as a 
            Policy Tool  T.L. Johnson, U.M. Diwekar, Carnegie Mellon 
            University (USA)  |  
        
          | 2    | 
          Systems 
            Engineering Implementation for Hanford Tank Waste Feed Delivery 
             M. W. Leonard, TRW; C. E. Grenard, Numatec Hanford Corp. 
            (USA)  |  
        
          | 3    | 
          Balancing Cost 
            and Risk by Optimizing the High-Level Waste and Low-Activity Waste 
            Vitrification  P. Hrma, J. D. Vienna, PNNL (USA) 
             |  
        
          | 4    | 
          Analysis of 
            Regulatory Organic Compounds in Hanford Tank Wastes  J. A. 
            Campbell, E. W. Hoppe, A. K. Sharma, S. C. Clauss, M. W. Urie, G. K. 
            Klinger, PNNL (USA)  |  
        
          | 5    | 
          Analysis of 
            Hanford Tank Wastes  J. A. Campbell, G. M. Mong, S. A. 
            Clauss, A. K. Sharma, E. W. Hoppe, PNNL (USA)  |  
        
          | 7    | 
          Thermal and 
            Radiolytic Gas Generation in Hanford High Level Waste  S.A 
            Bryan, L.R. Pederson, PNNL; C. M. King Troy State University (USA) 
             |  
        
          | 8    | 
          Neutron and 
            Gamma Probe Application to Hanford Tank 241-SY-101  N.S. 
            Cannon, F.S. Stong, COGEMA Engineering Corporation; D.A. Barnes, 
            Lockheed Martin Hanford Corporation (USA)  |  
        
          | 9    | 
          Hanford's SY-101 
            Waste Transfer  R. E. Raymond, CH2M Hill Hanford 
            Corporation; C. E. Hanson, K. L. Morris, COGEMA Engineering 
            Corporation (USA)  |  
        
          | 10    | 
          Understanding 
            Gas Release Events in Hanford Double Shell Tanks  P. 
            Meyer, B. Wells, PNNL (USA)  |  
        
          | 11    | 
          Behavior of 
            Flammable Gas Bubbles in Hanford High Level Waste  P. A. 
            Gauglitz, G. Terrones, D. P. Mendoza, C. L. Aardahl, PNNL (USA) 
             |  
        
          | 12    | 
          Lattice 
            Hydrodynamics Simulation of Fluid Flows Inside a Porous Medium 
             E. Abu Nada, B. Nassersharif, New Mexico State University 
            (USA)  |  
        
          | 13    | 
          The 
            First Hanford Dry Cask Storage Project for Vitrified Material 
             D.C. Langstaff, USDOE (USA)  |  
        
          | 14    | 
          The 
            ECC Compacted Waste Interim Storage Facility for Universal Canisters 
            in La-Hague, France  G. Maurin, J.J. Izquierdo, SGN; J.P. 
            Lamotte, COGEMA (FRANCE)  |  
        
          | 15    | 
          Evaluating the 
            Effects of Alternative Conceptual Models for Ground Water Flow in 
            the Draft Environmental Impact Statement for Yucca Mountain, 
            Nevada  L. Lehman, L. Ulland, Technical & Regulatory 
            Evaluations Group, Inc. (USA)  |  
        
          | 16    | 
          Effects of Spent 
            Fuel Types on Offsite Consequences of Hypothetical Accidents 
             J. C. Courtney, C. C. Dwight, M. A. Lehto, ANL (USA) 
             |  
        
          | 19    | 
          MCO 
            Impact Absorbers Using Crushable Tubes  P. W. Noss, J. C. 
            Nichols, S. R. Streutker, Packaging Technology, Incorporated (USA) 
             |  
        
          | 20    | 
          Mechanical 
            Engineering Equipment of the Karlsruhe Vitrification Facility 
            (VEK)  O. Oldiges, H.J. Blenski, Gesellschaft für 
            Nuklear-Service mbH; W. Lumpp, Forschungszentrum Karlsruhe (GERMANY) 
             |  
        
          | 21    | 
          Multi-Layered 
            Distributed Waste-Form of I-129 - Study on Iodine Fixation of Iodine 
            Adsorbed Zeolite by Silica CVD  J. Izumi, I. Yanagisawa, 
            K. Katurai, N. Oka, N. Tomonaga, H. Ysutaya, Mitsubishi Heavy 
            Industries, Inc.; H. Kitao, Nuclear Development Co.; A. Neyama, 
            Computer Software Development Co., Ltd. (JAPAN)  |  
        
          | 22    | 
          Conceptual 
            Design of a Multipurpose Effluent Processing Facility 
             M.F. Debrueille, COGEMA; N. Hubert, J.P. Moulin, SGN; G. 
            Stegen, COGEMA (FRANCE)  |  
        
          | 23    | 
          157-106 MWh 
            (electric) with 6217 Fuel Elements - Intact, Leaky, Damaged and 
            Experimental. And Now? The Fuel Management in the Switched off NPP 
            North (Germany)  G. Bohme, J. Griep, S. Schweitzer, 
            Energiewerke Nord GmbH (EWN), GERMANY  |  
        
          | 24    | 
          Waste-Package 
            Fabrication and Closure-Weld Development for the Yucca Mountain 
            Project  J. A. Cogar, W. J. DeCooman, M. C. Knapp, 
            CRWMS-M&O/Framatome Technologies (USA)  |  
        
          | 26    | 
          Behavior of 
            Natural and Engineered Barriers Under Continuous Thermal Effects 
            During Storage and Disposal of Radioactive Wastes in Geological 
            Formations  T. A. Gupalo, T. E. Gavrina, N. I. Seleznev, 
            V. S. Gupalo, VNIPIpromtechnologii (RUSSIA)  |  
        
          | 28    | 
          Characterization 
            of U-Containing Borosilicate Glass GP-91 with X-Ray Photoelectron 
            Spectroscopy  Y. I Matyunin, SSC RF VNIINM; S. V. 
            Yudintsev, Y. P. Dikov, IGEM (RUSSIA)  |  
        
          | 29    | 
          Physical and 
            Mathematical Modeling of Spinel Settling in High-Level Waste 
            Glass  J. Klouzek, Institute of Chemical Technology; A. 
            Franek, Glass Service Ltd. (CZECH REPUBLIC)  |  
        
          | 30    | 
          Study of 
            Labs-Composition Glasses Remelted Resistance Furnace and in Cold 
            Crucible Induction Melter  Y. I. Matyunin, VNIINM; S. V. 
            Yudintsev, B. S. Nikonov, IGEM; L. J. Jardine, LLNL (RUSSIA/USA) 
             |  
        
          | 31    | 
          Comparison of 
            Immobilizing Properties of Russian Phosphate and Borosilicate 
            Glasses Ensuring the Safe Options for Long Term Underground Storage 
            and Final Disposal of Weapon Plutonium Production Waste 
             T. A. Gupalo, V. P. Beygul, VNIPIpromtechnologii; A. A. 
            Tretyakov, KMCC; L. J. Jardine, LLNL (RUSSIA/USA)  |  
        
          | 32    | 
          Development of 
            Devices for In-Line Viscosity Measurements of Wastes  R. 
            L. Powell, Y. Uludag, M. J. McCarthy, University of California, 
            Davis; J. A. Fort, D.F. Pfund, D.M. Sheen, PNNL (USA) 
         |  
        
          | 33    | 
          Advanced 
            Technology of High Level Liquid Waste Management Super High 
            Temperature Method  M. Horie, JNC (JAPAN) 
 |  
        
          | 34    | 
          Treatment of 
            Radioactive Wastes Using Liquid-Liquid Extraction Technologies -- 
            Fears, Facts and Issues  T. A. Todd, J. D. Law, R. S. 
            Herbst, Bechtel-B&W Idaho Inc./INEEL; G. J. Lumetta, PNNL; B. A. 
            Moyer, ORNL  |  
        
          | 35    | 
          Development and 
            Demonstration of the Universal Solvent Extraction Process for the 
            Simultaneous Separation of Cesium, Strontium, and the Actinides from 
            Actual Highly Radioactive Waste  J. D. Law, R. S. Herbst, 
            T. A. Todd, Bechtel-B&W Idaho, Inc./ INEEL; V. N. Romanovskiy, 
            V. M. Esimantovskiy, I. V. Smirnov, V. A. Babain, and B. N. Zaitsev, 
            Khlopin Radium Institute (USA/RUSSIA)  |  
        
          | 36    | 
          Application of 
            Mobile APNEA System to Characterization of TRU Waste at DOE 
            Sites  R. L. Bramblett, G. G. Streier, ThermoRetec (USA) 
             |  
        
          | 37    | 
          Use 
            of Geologic Media for Disposal of High-Level Nuclear Waste 
             R.L. Patterson, R.A. Levich, USDOE; R.M. Linden, Golder 
            Associates, Inc. (USA)  |  
        
          | 38    | 
          Diffusion 
            Coefficients of Critical Radionuclides from Radioactive Waste in 
            Geological Medium  C. Bucur, C. Arsene, A. Popa, and M. 
            Olteanu, Institute for Nuclear Research (ROMANIA)  |  
        
          | 39    | 
          High Level 
            Liquid Waste Solidification by Used "Cold" Crucible Induction 
            Melter  T. V. Smelova, N. V. Krylova, I. N. Shestoperov, 
            A. V. Demine, SSC RF VNIINM (RUSSIA)  |  
        
          | 41    | 
          CeramicreteTM: A 
            Novel Ceramic Packaging System for Spent-Fuel Transport and 
            Storage  D. Singh, S. Y. Jeong, K. Dwyer, ANL; T. 
            Abesadze, Eagle Picher Industries (RUSSIA/USA) 
         |    |