Generation expansion

Caramanis, M. C. (1983). Electricity Generation Expansion Planning in the Eighties Requirements and Available Analysis Tools, Energy Models and Studies. North-Holland Publishing Company, pp. 541-562. 

Nevertheless, expansions like eqn ( 20.1), unless restricted in some way, generate expansions of completely unmanageable length. 

In the grouting process, the reaction gas generation and expansion pressure of material produce the disturbance effect of slurry and further penetration, of which the analysis on the generated gas in polyurethane material reaction and the properties of generating expansion pressure is the start point for further study on organic grouting reinforcement materials behavior. Related to the expansion multiple of material reaction, the expansion pressure of slurry reaction reaches the maximum... 

Expansive cements are inorganic binders that generate expansive (compressive) stresses in the hardened paste in the course of hydration, counter-acting the tensile... 

Note that unlike calcium hydroxide formed in the hydration of calcium oxide, calcium hydroxide hberated in the hydration of dicalcium or tricalcium silicate under no circumstances generates expansion of a cement paste. 

Gypsum or other expansive agents, such as calcium or magnesiitm oxide (Ghofrani and Planck, 1993), may be added to the mix to generate expansion and thirs improve the sealing properties of the hardened material. 

If a boiling solution of mass flux, L, is partially expanded in a constriction by experiencing a differential pressure drop dp, the solution is cooled by AT and expansion vapor of flow rate AD is generated (expansion evaporation under isenthalpic throttling at boiling conditions). A heat balance over the constriction with steam separator gives... 

Pokharel, S. and Ponnamhalam, K., 1997, Investment planning for electrieity generation expansion. International Journal of Energy Research 21(2) 185-194. 

Zhang, Q., Mclellan, B. C., Tezuka, T., Ishihara, K. N. (2014). Economic and environmental analysis of power generation expansion in Japan considering Fukushima nuclear accident using a multiobjective optimization model. Energy, 44(1) 986-995. 

The electrostatic potential generated by a molecule A at a distant point B can be expanded m inverse powers of the distance r between B and the centre of mass (CM) of A. This series is called the multipole expansion because the coefficients can be expressed in temis of the multipole moments of the molecule. With this expansion in hand, it is... 

Kirkwood generalized the Onsager reaction field method to arbitrary charge distributions and, for a spherical cavity, obtained the Gibbs free energy of solvation in tenns of a miiltipole expansion of the electrostatic field generated by the charge distribution [12, 1 3]... 

Figure Bl.7.3. Schematic diagram of a molecular beam generator nozzle (1) expansion region (2) skinmrer (3) and molecular beam (4).

Using the faet that k is an eigenfunetion of HD and employing the power series expansion of /k allows one to generate the fundamental relationships among the energies Ek ) and the wavefunetions /kl ) ... 

Heat Recovery and Seed Recovery System. Although much technology developed for conventional steam plants is appHcable to heat recovery and seed recovery (HRSR) design, the HRSRhas several differences arising from MHD-specific requirements (135,136). First, the MHD diffuser, which has no counterpart ia a conventional steam plant, is iacluded as part of the steam generation system. The diffuser experiences high 30 50 W/cm heat transfer rates. Thus, it is necessary to allow for thermal expansion of the order of 10 cm (137) ia both the horizontal and vertical directions at the connection between the diffuser and the radiant furnace section of the HRSR. 

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