The simplest termination is either a short circuit or an open circuit. The impedance to be synthesized is reactive so the termination must also be lossless. Optimizing Pump-As-Turbines Sulzer: Enhanced Efficiency and Reliability. Each of these different turbines has a different operating range. (6.9 kg) Dimensions Polyprel is a registered trademark of Milton Roy, LLC. In the following table, the participants and the name of their aeroelastic codes are. We conducted validation and verification studies on the key models, and showed that the MELCOR-H2 results typically compared to within less than 5% from experimental data, code-to-code comparisons, and/or analytical solutions.= \jmath 140\:\Omega\). This turbine has 7 different sizes of varying diameters: 18 in, 28 in, 32 in, 40 in, 48 in, 60 in, and 72 in. variable speed, direct drive turbine with a diameter of 50.5 meter. The new tool is called MELCOR-H2, and it allows users to maximize hydrogen and electrical production, as well as enhance overall plant safety. In particular, we developed three VHTR input models, added generalized, modular secondary system components, developed reactor point kinetics, included transient thermochemistry for the most important cycles, and developed an interactive graphical user interface for full plant visualization. We extended MELCOR in order to address the above deficiencies. The Smith chart contains almost all possible impedances, real or imaginary, within one circle. Therefore, when we know the height difference, or static head, we can immediately get a good idea of how much energy will be available however the analysis is not complete without the flow rate. Additionally, the MELCOR nuclear reactor analysis code was suitable only for the modeling of light water reactors, not gas-cooled reactors. We know there are 550 lbf-ft/s in a horsepower and 1.34 horsepower in a kilowatt.
Furthermore, the SI chemistry could only be modeled in steady state, typically via flow sheets. Before this LDRD research, no single tool could simulate a very high temperature reactor (VHTR) that is coupled to a secondary system and the sulfur iodine (SI) thermochemistry.
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