System design parameters

TABLE 26-22 Explosion Venting System Design Parameters... 

Suppression system design parameters fall into the two categories of explosion threat definition and suppression system hardware definition. The various influences are summarized in Table 26-23. 

Introduction Types of metal-enclosed bus systems Design parameters and service conditions for a metal enclosed bus system Short-circuit effects Service conditions Other design considerations Skin effect Proximity effect Sample calculation for designing a 2500 A non-isolaled phase aluminium busbar systern... 

The following table gives some of the typical system design parameters commonly used for B-mode imaging ... 

It can be that the system design parameters are known, the desired output is fixed, and it is the input parameters which are to be calculated. 

This paper will briefly review experimental work with both cased explosives and propellants which illustrates the complexity of the phenomena involved and shows the importance of various system design parameters in determining responses. This will lead to the presentation of a protocol which is being developed to describe the response of munitions to fragment impact. The protocol helps to define the data required to generate a full model of the process. These data requirements vary from the macroscopic to the molecular level. Work now under way in our laboratories to begin to fill these requirements will be described. 

Lee K, Kinahan PE, Miyaoka RS, Kim JS, LeweUen TK. Impact of system design parameters on image figures of merit for a mouse PET scanner. IEEE Trans Nucl Sci 2004 51 27-33. 

Thermal expansion and contraction are key items of concern in the design of a thermoplastic piping system. Design parameters should be developed and incorporated into the installation specifications. Thermoplastic piping materials have a higher coefficient of expansion than some other common pipehne materials, however, the forces generated by thermal stresses are much lower because the modulus of elasticity is lower and it is capable of stress relaxation. 

Wang et al. [162] did perform a numerical study of hydrogen production by the SE-SMR process with in-situ CO2 capture. The SMR- and adsorption of CO2 processes were carried out simultaneously in a bubbling fluidized bed reactor. Enhanced production of hydrogen was achieved in the SE-SMR process compared with the conventional SMR process. The hydrogen molar fraction in the gas phase was near the equilibrium composition. The effects of inlet gas superficial velocity and steam-to-carbon ratio (or mass ratio of steam to methane in the inlet gas) on the process performance were examined. The reactor system design parameters used in the numerical simulation are listed in Table 4.14. 

KALIMER has a net eleetrieal rating of 150 MWe and the required core thermal output is 392 MWth. The plant system design parameters are based on the electrical rating and core thermal power. 

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