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About Me
- Noor Yudhi
- Saya buka toko aneka dg jeniis usaha jasa photo copy, pas photo kilat, obras, naci, lubang kancing dan kancing bungkus, laminating.
Blog Archive
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2010
(133)
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December
(100)
- Modelling of Pellet Cladding Interaction in PWR fuel
- CANDU Advanced Fuels and Fuel Cycles
- The CANDU System:A Canadian Achievement
- Approaching the "Spent fuel standard" Without teh ...
- var docstoc_docid="67809006";var docstoc_title="C ...
- Compatibility Analysis on Existing Reactivity Devi...
- Criticality investigations for the fixed bed nucle...
- Isotopic composition and origin of uranium andplut...
- Development of Low-Level Environmental Sampling Ca...
- Isotopic analysis of uranium and plutonium using I...
- SUMMARY OF DEPLETED URANIUM TEST RESULTSFOR IRAQ W...
- Detailed Description of Limited Recycle and Full R...
- Flexible Fuel CycleOptions for CANDU
- The Nuclear Fuel Cycle
- Surface ScienceInvestigations on SpentNuclear Fuel...
- A Review of the GeochemicalProcesses Controlling t...
- Technology Development on the DUPIC Safeguards System
- "Comprehensive Study of Lattice Cell Calculations ...
- Microspheres of UO2, ThO2 and PuO2 for theHigh Tem...
- Kinetic and thermodynamic studies of the dissoluti...
- Application of INPRO Methodology to theDUPIC Fuel ...
- PROLIFERATION-RESISTANT TECHNOLOGY
- Thermo Physical Properties of Thoria Based Fuels
- The myth of proliferation-resistanttechnology
- Recent Progress on the DUPIC Fuel FabricationTechn...
- The Thorium Fuel Cycle
- SYMPOSIUM NNuclear Materials
- var docstoc_docid="67892607";var docstoc_title="SY...
- UO2 Sintered Pellets Microstructure for Advanced N...
- A Review of Thorium Utilization as an option for A...
- Nuclear Fuels : Fabrication Processes& Technologies
- Nuclear Fuels : Property Evaluation
- Spent Fuel Reprocessing
- U-232 and the Proliferation-Resistance of U-233 in...
- An Example of an INPRO Assessment of an INS in the...
- CLOSING THE NUCLEAR FUEL CYCLE
- Comparison of the burnup Characteristics";var docs...
- Analysis of Nuclear Proliferation Resistance of DU...
- Reprocessing versus Direct Disposal of Spent CANDU...
- Densification Strain Rate in Sintering of ThO2 and...
- Behaviour of Rare Earth Elements, thorium, uranium...
- Thermo-chemical Characteristics of PowderFabricate...
- Technological Change of Nuclear Fuel Cycle in Kore...
- UO2 Sintered Pellets Microstructure for Advanced N...
- Constraining TRU Production in PWRs with Heterogen...
- Thorium: The PreferredNu clear Fuel of the Future
- Small PWR Using Coated Particle Fuel with Ceramics...
- A Review of Thorium Utilization as an option for A...
- THORIA-BASED CERMET NUCLEAR FUEL: CERMET FABRICATI...
- Manufacturing Technology for Thorium Based Fuel El...
- var docstoc_docid="65354317";var docstoc_title="Ma...
- CANDU FUEL-CYCLE VISION
- Reactor ProgrammeResearch Reactors
- Saudi Arabian Nuclear Science Bibliography: Open L...
- CANDU Advanced Fuels and Fuel Cycles
- "CANDU Advanced Fuels and Fuel Cycles
- A New Technique Provides Faster Particle Size Anal...
- Investigations on enhanced nuclear fuelutilization...
- "Criticality investigations for the fixed bed nucl...
- urvey and Exposure Estimates of Uranium in Desert ...
- Canadian Soil Quality Guidelines for Uranium:Envir...
- Automated Determination of PPQ Levelsof Thorium in...
- This document was prepared in conjunction with wor...
- Assessment of DUPIC Fuel Cycle using IAEA INPRO Me...
- Thermo-chemical Characteristics of PowderFabricate...
- INTERNATIONAL MEETINGON LWR FUEL PERFORMANCE“NUCLE...
- Canadian Soil Quality Guidelines for Uranium:Envir...
- CANDU FUEL-CYCLE VISION
- Reactor ProgrammeResearch Reactors
- Saudi Arabian Nuclear Science Bibliography: Open L...
- CANDU Advanced Fuels and Fuel Cycles
- A New Technique Provides Faster Particle Size Anal...
- Investigations on enhanced nuclear fuelutilization...
- Criticality investigations for the fixed bed nucle...
- Survey and Exposure Estimates of Uranium in Desert...
- THE DEVELOPMENT AND APPLICATION OF SCDAP-3D©
- Thorium Fuel Performance in a Tight Pitch LWR Lattice
- ON THE USE OF THORIUM INLIGHT WATER REACTORS
- CLOSING THE NUCLEAR FUEL CYCLE
- THORIUM SELF-SUFFICIENT FUEL CYCLE OF CANDUPOWER R...
- Constraining TRU Production in PWRs with Heterogen...
- Thorium: The Preferred Nuclear Fuel of the Future
- var docstoc_docid="65298767";var docstoc_title="AP...
- An Inexpensive, Accurate Method for Measuring Leaf...
- Small PWR Using Coated Particle Fuel with Ceramics...
- A Review of Thorium Utilization as an option for A...
- THORIA-BASED CERMET NUCLEAR FUEL: CERMET FABRICATI...
- Manufacturing Technology for Thorium Based Fuel El...
- Fabrication and Termal properties
- Indoor Residual Spraying (IRS) for Malaria Control...
- INVESTIGATION OF TRITIUM AND 233U BREEDING IN A FI...
- Carbon Based Material Applications in High tempera...
- XAFS study of local structure with picometer accur...
- Comprehensive Study of Lattice Cell Calculations f...
- INVESTIGATIONS OF THORIUM BASED FUEL TO IMPROVEACT...
- Operation of CANDU power reactor in thoriumself-su...
- Fissile and Fusile Breeding in the Thorium Fusion ...
- A Review of Thorium Utilization as an option for A...
- Modular Helium Reactor (MHR) for Oil SandsExtraction
- var docstoc_docid="64005564";var docstoc_title="Es...
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December
(100)
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