Dynamic energy

The expansion turbine converts the dynamic energy of the flue gas into mechanical energy. The recoverable energy is determined by the pressure drop through the expander, the expander inlet temperature, and the mass flow of gas (66). This power is then typically used to drive the regenerator air blower. 

Molecular mechanics and electrostatics calculations have both played an important role in studying electron transfer proteins. Molecular mechanics calculations of these proteins use the same techniques (molecular dynamics, energy minimization) as for other proteins, although special consideration must be made in simulation conditions. 

Nozzle An air terminal device used to obtain the maximum conversion of static pressure to dynamic energy with minimum entrainment. 

Detonation Momentum Attenuator A mechanical device inside of a detonation flame arrester whose pnrpose is to rednce both the high pressnre and the dynamic energy of a detonation and to split the flame front before it reaches the actnal flame arrester element, thns avoiding stmctnral damage to the element. (This device is also called a shock absorber device by some mannfactnrers.)... 

Application of rupture disk devices to liquid service should be carefully evaluated to assure that the design of the rupture disk device and the dynamic energy of tlie system on which it is installed will result in sufficient opening of the disk. 

The dynamic energy of a body or substance that comes from molecular motion. 

In an effort to rationalize the basic mechanism, Brown and Jensen (B12) have solved the dynamic energy- and mass-flow equations, allowing for a finite rate of vaporization of the injected fluid. The results of these calculations have shown that both mechanisms can be important. For propellants which require relatively low depressurization rates (such as polyurethane types), the evaporative-cooling mechanism can develop sufficient depressurization rates. For PBAN propellants, direct surface-cooling is the only mechanism whereby estinguishment can be accomplished. 

The required vent area is computed by solving a particular form of the dynamic energy balance. Details are provided elsewhere.8 The result is... 

Ranzi et al. [195] found that the full energy balances, including the accumulation term, have to be considered in order to predict correct dynamic process behavior. Therefore, the differential dynamic energy balance for the liquid phase is applied as follows ... 

The changes of modes of motion also indicate the occurrence of energy conversion, e.g., part of the dynamic energy of the flow is converted to vibration energy and... 

The intensities factorize into an ordinary (multi-dimensional) FC overlap factor involving two bound states and a dynamical, energy-dependent factor which reflects the quenching of each state. 

Ramesohl, S., Fischedick, M., Dynamic Energy Systems Analysis for the Assessment of the Perspectives of New Energy Technologies , Wuppertal Institute Tor Climate Environment Energy, Wuppertal, Germany... 

The thermal capacitance of the gas in the reactor is assumed negligible compared to that of the solid catalyst. Therefore a single dynamic energy balance is used for each lump, and the gas temperature is assumed to be equal to the catalyst temperature... 

Nisbet RM, Muller EB, Lika K, Kooijman SALM. 2000. From molecules to ecosystems through dynamics energy budget models. J Anim Ecol 69 913-926. 

Again anticipating relativistic dynamics, energy is related to momenta as time is related to spatial coordinates. 

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