50 results on '"Venneri, Francesco"'
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2. Safe Surgery Saves Lives
3. Neutronics evaluation of a super-deep-burn with TRU Fully Ceramic Microencapsulated (FCM) fuel in CANDU
4. Improved FMEA Methods for Proactive Health Care Risk Assessment of the Effectiveness and Efficiency of COVID-19 Remote Patient Telemonitoring
5. Chirurgia
6. Physics study of deep-burning of spent fuel transuranics using commercial LWR cores
7. Performance of PyC, SiC, ZrC coatings in the geologic repository
8. TRU self-recycling in a high temperature modular helium reactor
9. Development and Deployment Assessment of a Melt-Down Proof Modular Micro Reactor (MDP-MMR)
10. A fuel performance analysis for a 450 MW th deep burn-high temperature reactor
11. Thermal-fluid characteristics of the transuranics fuel in a deep-burn HTR core
12. Characterization of a sodium-cooled fast reactor in an MHR–SFR synergy for TRU transmutation
13. International survey of COVID-19 management strategies
14. The collaborative communication model for patient handover at the interface between high-acuity and low-acuity care
15. Accelerator-driven Transmutation of Waste
16. Periprosthesis Sepsis: An Undesirable Complication of Silicone Gastric Banding
17. HTGR Technology Economic / Business Analysis and Trade Studies Subtask 1.4 Sensitivity Analysis
18. Adjustable Silicone Gastric Banding: Complications in a Personal Series
19. International survey of COVID-19 management strategies.
20. Fully Ceramic Microencapsulated (FCM) Replacement Fuel for LWRs
21. Fusion transmutation of waste: design and analysis of the in-zinerator concept.
22. Responding to COVID-19: the experience from Italy and recommendations for management and prevention.
23. Nuclear Waste Storage at Yucca Mountain
24. Improving patient discharge and reducing hospital readmissions by using Intervention Mapping
25. Alternative configurations for the QUADRISO fuel design concept
26. Handover process: how to improve quality and safety through an ergonomic solution
27. A fuel performance analysis for a 450 MWth deep burn-high temperature reactor
28. Project Deep-Burn: Development of Transuranic Fuel for High-Temperature Helium-Cooled Reactors
29. The Analysis of the Thorium-Fueled Modular Helium-Cooled Reactor
30. Long-Cycle and High-Burnup Fuel Assembly for the VHTR
31. Key physical parameters and temperature reactivity coefficients of the deep burn modular helium reactor fueled with LWRs waste
32. The burnup capabilities of the Deep Burn Modular Helium Reactor analyzed by the Monte Carlo Continuous Energy Code MCB
33. Erratum to “An exceptional case of complete neurologic recovery after more than 5-h cardiac arrest”
34. An exceptional case of complete neurologic recovery after more than 5-h cardiac arrest
35. Disposition of Nuclear Waste Using Subcritical Accelerator-Driven Systems: Technology Choices and Implementation Scenarios
36. Current Interruption and Particle Beam Generation by a Plasma Focus.
37. Solutal Separation under Centrifugation
38. Some nuclear safety aspects of the Los Alamos accelerator based conversion concept
39. The physics design of accelerator-driven transmutation systems
40. Conceptual design of a thorium target for molten salt transmutation systems
41. Centrifugal separation for miscible solutions: Fundamentals and applications to separation of molten salt nuclear material
42. Accelerators address nuclear waste problems
43. Optimization of One-Pass Transuranic Deep Burn in a Modular Helium Reactor
44. ASSESSMENT OF POSSIBLE CYCLE LENGTHS FOR FULLY-CERAMIC MICRO-ENCAPSULATED FUEL-BASED LIGHT WATER REACTOR CONCEPTS
45. Inter-comparison of Computer Codes for TRISO-based Fuel Micro-Modeling and Performance Assessment
46. HTGR Technology Economic / Business Analysis and Trade Studies Subtask 1.4 Sensitivity Analysis
47. A fuel performance analysis for a 450MWth deep burn-high temperature reactor
48. Responding to COVID-19: the experience from Italy and recommendations for management and prevention.
49. [Simulation in medicine: first experiences under hemodialysis].
50. The collaborative communication model for patient handover at the interface between high-acuity and low-acuity care.
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