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Action Items from ARIES IFE Meeting, UW, April 22-23, 2002 (DRAFT)

Action Items from ARIES IFE Meeting, UW, April 22-23, 2002 (DRAFT). All these action items are to be done with the goal of evolving operating parameter windows and/or better characterizing design constraints for thick liquid wall.

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Action Items from ARIES IFE Meeting, UW, April 22-23, 2002 (DRAFT)

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  1. Action Items from ARIES IFE Meeting, UW, April 22-23, 2002 (DRAFT) All these action items are to be done with the goal of evolving operating parameter windows and/or better characterizing design constraints for thick liquid wall 1. Perform aerosol analysis for thick liquid wall configuration with FLiBe (P. Sharpe) - Consult with W. Meier or C. Debonnel for setting appropriate model geometry 2. Assess effect of neutron heat deposition in thick liquid wall on possible shock wave formation and jet disintegration (A. Hassanein) - Consult with W. Meier or C. Debonnel for setting appropriate model geometry 3. Perform condensation scoping analysis for FLiBe (R. Raffray) 4. Provide condensation data on FLiBE and assess possibility of FLiBe decomposition due to photon interaction (D. K. Sze, M. Billone) 5. Assess flow bypass and recycling based on flow volume flow rate and power cycle requirements.. Assess requirements and possible means of filtering to remove debris and other impurities that could clog the nozzles (I. Sviatoslavsky) 6. Assess choice of structural material and nozzle material including performance (temperature limits), lifetime and possible corrosion products (M. Billone)

  2. Action Items from ARIES IFE Meeting, UW, April 22-23, 2002 (DRAFT) 7. Update shielding analysis for final focus magnet and determine requirement on liquid wall thickness for latest design scenario (J. Latkowski) 8. Determine driver (heavy ion beam) requirement for acceptable FLiBe vapor pressure, aerosol size and number density, and condensation film thickness in the line for different driver modes (C. Olson, S. Yu and C. Debonnel) 9. Determine ID target requirements for FLiBe aerosol size and number density (R. Petzoldt, D. Goodin) 10. Determine impact of lifetime of structural material on system availability (L. Waganer, W. Meier) 11. Calculate source term for FLiBE from photon and ion energy deposition (D. Haynes)

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