Designer report

The core support structure consists of a core plate, upon which the fuel assemblies rest, a casting located approximately 120 in below the core plate, control rod shroud tubes and tie rods which join the core plate to the casting. This structure is located in the bottom of the reactor pressure vessel. 

The reactor coolant (water) flows downward around the outside of the core and reverses direction in the bottom portion of the reactor vessel to flow up through the core. Thus, the core support structure is in a region of flow direction change and a complex flow pattern exists. 

The tie rods are located around the circumference of the core support structure and are subjected to fluid flow of varying direction and velocity. 

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International Atomic Energy Agency, ITER Conceptual Design Report IAEA, Vienna, 1991. 

The key determinants of future cost competitiveness of a-Si H PV technology are a-Si H deposition rates, module production yields, stabilized module efficiencies, production volume, and module design. Reported a-Si H deposition rates vary by more than a factor of 10, but most researchers report that the high quaUty films necessary for high stabilized efficiencies require low deposition rates often due to high hydrogen dhution of the Si (and Ge) source gases (see Semiconductors, amorphous). 

Comprehensive Environmental Response, Compensation, and EiabilityAct, (CERCLA) Reportable Releases 40 CFR 302, "EPA Designation, Reportable... 

Steam-Electric Plant Operation and Design Report, Eorm ElA-767, Energy Information Administration, U.S. Department of Energy, Washington, D.C. 

EPA. 1995a. Designation, reportable quantities, and notification. List of hazardous substance and reportable quantities. U.S. Environmental Protection Agency. Code of Eederal Regulations. 40 CER 302.4. 

Dwyer, S. F., Stormont, J.C., and Anderson, C.E., Mixed Waste Landfill Design Report, Sandia National Laboratories, SAND99-2514, October 1999. 

HiPER Technical Design Report, http //www.hiper-laser.org... 

Velocity seals are more recent developments in air seal design. They use conical baffles to redirect and focus the purge gas flow field just below the flare tip to sweep air from the flare stack. Some velocity seal designs can reduce the purge gas flow rate requirement to about 1/10 of the rate needed without the seal. Also, some velocity seal designs reportedly require only about 25 to 33 percent of the purge gas used in diffusion seals (AICliE-CCPS, 1998). More details about air (purge reduction) seals may be found in API RP 521 (2007). 

Westerberg, A. Advanced System for Computations in Engineering Design. Report No. ICES 06-239-98, Institute for Complex Engineered Systems, Camegie-Mellon University (1998). 

This case study is based upon the senior design report by Brass and Lee [5], which was prepared at the University of Pennsylvania in the Spring 2003. The design problem statement was formulated by the first author, who served as the faculty advisor. 

A number of designs of transmission in situ XAS cells have been published for the study of bound catalyst electrodes.These cells all utilize a thin-layer geometry to minimize the contribution to the absorbance by electrolyte solution. The cell design reported by McBreen and co-workers shown in Figure 9 uses three layers of filter paper soaked in the electrolyte as a separator, or later a Nafion membrane between the working electrode and a Grafoil counter electrode. Bubbles in the electrolyte, that would result in noise in the XAS data, are... 

Wang, L.K. Preliminary Design Report of a 10-MGD Deep Shaft-Flotation Plant for the City of Bangor, PB88-200597/AS U.S. Department of Commerce, National Technical Information Service Springfield, VA, 1987 42 p. 

Plenio and Diodone have also reported fluorocrown ethers (Table 5), which exhibit chemical shift response upon binding Ca + [314]. Of course, calcium could potentially be analyzed directly by " Ca NMR, however, its natural abundance is <0.2%, its sensitivity is <1% that of H, and being quadrupolar, it is liable to extensive line broadening [59]. Thus, the application of F NMR with appropriately designed reporter molecules gives insight into cytosolic [Ca +]. 

Comprehensive Environmental Response, Compensation, and Liability Act, (CERCLA) Reportable Releases 40 CFR 302, "EPA Designation, Reportable Quantities, and Notification Requirements for Hazardous Substances under CERCLA," Table 302.4, "Lists of Hazardous Substances and Reportable Quantities " EPCRA Section 304 Reportable Releases 40 CFR 355, "The List of Extremely Hazardous Substances and their Threshold Planning Quantities," Appendix A, Alphabetical Order, and Appendix B, CAS Number Order. 

Lentz, H. L. Harrigan, E. T. "Laboratory Evaluation of Sulphlex-233 Binder Properties and Mix Design" Report FHWA/RD-80/146, November 1980. 

The Parlies to ITER have now assessed the details, and it is expected that an optimised design will be approved in mid-2000. This should allow the Final Design Report of ITER-FEAT to be completed by mid-2001 as originally planned. 

Snow, C., Costello, M., and Calkins, M., Design, Fabrication, and User Testing of a New Tourniquet Device, Design Report, Corvallis, Oregon, Department of Mechanical Engineering, Oregon State University, 1998. 

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