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Energy exchanger

Allowing an optimal energy exchange between the probe and the material to be tested. [Pg.295]

Zhang Hadan and Tutor Yin Chongfu, The through wave and edge wave radiated in solid medium by the energy exchanger of round thickness modes ", The Acoustics Institute of Chinese Academy of Sciences 1984. [Pg.811]

Oxtoby D W and Rice S A 1976 Nonlinear resonance and stochasticity in intramolecular energy exchanged. Chem. Phys. 65 1676-83... [Pg.1041]

The energy released when the process under study takes place makes the calorimeter temperature T(c) change. In an adiabatically jacketed calorimeter, T(s) is also changed so that the difference between T(c) and T(s) remains minimal during the course of the experiment that is, in the best case, no energy exchange occurs between the calorimeter (unit) and the jacket. The themial conductivity of the space between the calorimeter and jacket must be as small as possible, which can be achieved by evacuation or by the addition of a gas of low themial conductivity, such as argon. [Pg.1902]

CFIDF end group, no selective reaction would occur on time scales above 10 s. Figure B2.5.18. In contrast to IVR processes, which can be very fast, the miennolecular energy transfer processes, which may reduce intennolecular selectivity, are generally much slower, since they proceed via bimolecular energy exchange, which is limited by the collision frequency (see chapter A3.13). [Pg.2137]

Oil Contamination of Helium Gas. For more than 20 years, helium gas has been used in a variety of nuclear experiments to collect, carry, and concentrate fission-recoil fragments and other nuclear reaction products. Reaction products, often isotropically distributed, come to rest in helium at atmospheric concentration by coUisional energy exchange. The helium is then allowed to flow through a capillary and then through a pinhole into a much higher vacuum. The helium thus collects, carries, and concentrates products that are much heavier than itself, electrically charged or neutral, onto a detector... [Pg.367]

Energy Exchanger Co. - 1844 North Garnett Road, Tulsa., OK 74116 (Phone 918-437-3000 Fax 918-437-7144)... [Pg.25]

For the numerical treatment, the energy exchange processes in a zone, as outlined earlier, are incorporated into a so-called room model. [Pg.1070]

The room models implemented in the codes can be distinguished further by how detailed the models of the energy exchange processes are. Simple models use a combined convective-radiative heat exchange. More complex models use separate paths for these effects. Mixed forms also exist. The different models can also be distinguished by how the problem is solved. The energy balance for the zone is calculated in each time step of the simulation. [Pg.1070]

Radiation shape factor The angle factor representing the fraction of the angular field of view from which energy exchange is trading places. [Pg.1470]

Note that wq cannot be fixed by detailed balance, the reason being that it contains the information about the energy exchange with the solid which is not contained in the static lattice gas Hamiltonian. However, by comparison with the phenomenological rate equation (1) we can identify it as... [Pg.464]

The fact that detailed balance provides only half the number of constraints to fix the unknown coefficients in the transition probabilities is not really surprising considering that, if it would fix them all, then the static (lattice gas) Hamiltonian would dictate the kind of kinetics possible in the system. Again, this cannot be so because this Hamiltonian does not include the energy exchange dynamics between adsorbate and substrate. As a result, any functional relation between the A and D coefficients in (44) must be postulated ad hoc (or calculated from a microscopic Hamiltonian that accounts for couphng of the adsorbate to the lattice or electronic degrees of freedom of the substrate). Several scenarios have been discussed in the literature [57]. [Pg.465]

Kraft-wagen, m. automobile, motor car, motor truck, -wagenfett, n. automobile grease, -wageniack, m. automobile varnish, -weeh-sel, m. energy exchange, -werk, n., -zentrale, /. power station, -wirkung, /. (dynamic) effect, action (of a force). [Pg.258]

This relation is used to define the absolute temperature scale in terms of energy exchanged with reser-... [Pg.1129]

This relaxation proceeds without energy exchange between rotational and translational degrees of freedom and is supposed to be the same in EFA as in exact theory f = With this assumption we obtain a result identical to the ELIOS approximation [190] ... [Pg.162]

Finally, it must be stressed that diffusion of dissolved species in solutions is a key physicochemical process for the sea/sediment interaction and energy exchange at the sediment-water interface. The reader is referred to Cussler (1984) for a more comprehensive presentation of diffusion in fluid systems. [Pg.188]

The heat loss to the melting polymer was assumed (for a first order approximation) to be negligible compared to the heat loss by convection. This is one area of the model which could profit from more study to determine the exact magnitude of energy exchange with the polymer. [Pg.493]


See other pages where Energy exchanger is mentioned: [Pg.539]    [Pg.807]    [Pg.830]    [Pg.1181]    [Pg.1182]    [Pg.2797]    [Pg.2868]    [Pg.2996]    [Pg.2997]    [Pg.3006]    [Pg.3007]    [Pg.3012]    [Pg.305]    [Pg.7]    [Pg.401]    [Pg.634]    [Pg.137]    [Pg.131]    [Pg.501]    [Pg.244]    [Pg.514]    [Pg.244]    [Pg.444]    [Pg.1071]    [Pg.842]    [Pg.212]    [Pg.219]    [Pg.121]    [Pg.270]    [Pg.265]    [Pg.220]    [Pg.177]    [Pg.140]    [Pg.390]   
See also in sourсe #XX -- [ Pg.98 ]




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Activation energy exchange

Activation energy exchange reactions

Activation energy for proton exchange

Activation energy solvent exchange

Anion exchange energy

Antiferromagnetic exchange energy

Atomic exchange energies

Atoms exchange energies

Atoms exchange-correlation energies

B3-LYP exchange-correlation functional reliability of calculated relative energies

Cation exchange energy

Cation-exchange reaction, free energy

Cation-exchange reaction, free energy change

Collisions, energy exchange

Contactor energy exchange pump

Correlation potentials, ground-state exchange first excitation energies

Correlation-exchange energy adiabatic connection

Correlation-exchange energy averages

Correlation-exchange energy derivative

Correlation-exchange energy high-density expression

Correlation-exchange energy performance

Coulombic energy exchange

Density Functionals of Exchange Energy

Density Functionals of Exchange-Correlation Energy

Density functional theory exchange-correlation energy

Dexter exchange energy transfer

Dirac exchange energy

Dirac exchange energy functional

Electrochemical exchange potential-energy surfaces

Electron exchange energy

Electron exchange energy transfer

Electron self-exchange, reorganization energy

Employee energy exchange

Energy Balance in a Heat Exchanger

Energy Exchange and Transition-State Theory

Energy Exchange in Molecular Collisions

Energy Exchange in Unimolecular Reactions

Energy Exchange with Electronically Excited Molecules

Energy Exchanges in Resonant Tunneling

Energy Transfer by Use of Trim Heat Exchangers

Energy Transfer via Exchange Interaction

Energy balance feed/product heat exchanger

Energy balances heat exchanger

Energy balances with heat exchange

Energy balances with heat exchangers

Energy dissipation in countercurrent and cocurrent heat exchangers

Energy economy Heat exchange

Energy exchange between adsorbate AND SURFACE

Energy exchange drives

Energy exchange furnaces

Energy exchange mechanism

Energy exchange pump

Energy exchange rate

Energy exchange refrigeration

Energy exchange regenerators

Energy exchange steam generation

Energy exchange time

Energy exchange, between fluid

Energy exchanging

Energy exchanging

Energy recovery by heat exchange

Energy recovery maximum, heat exchanger network

Energy recovery maximum, heat exchanger network design

Energy transfer Exchange interaction

Energy transfer by electron exchange

Energy transfer exchange mechanism

Energy transfer short-range electron-exchange

Ensemble exchange energy, for multiplets

Exact exchange energy density functional

Exact exchange energy density functional from Fock operator

Exchange Correlation energy

Exchange and Correlation Energy Functionals

Exchange and correlation energy

Exchange energy

Exchange energy

Exchange energy Kohn-Sham theory, physical

Exchange energy decomposition

Exchange energy definition

Exchange energy derivation

Exchange energy equations

Exchange energy free electrons

Exchange energy free-electron approximation

Exchange energy functional

Exchange energy functional relativistic

Exchange energy integral

Exchange energy interpretation

Exchange energy parameters, surfactants

Exchange energy potential

Exchange energy term

Exchange energy transfer

Exchange energy transition metals

Exchange energy, 200 Hilbert space

Exchange energy, uniform electron

Exchange energy, uniform electron density

Exchange interaction energy

Exchange mechanism of energy

Exchange mechanism of energy transfer

Exchange of Energy and Contact

Exchange of Translational and Vibrational Energy (VT Process)

Exchange of energy

Exchange polarization energy

Exchange reactions, free energy diagram

Exchange reactions, high energy

Exchange repulsion energy

Exchange self-energy

Exchange, Heisenberg energy

Exchange, energy equilibrium

Exchange, energy forces

Exchange, energy reactions

Exchange-correlation energy Gunnarsson-Lundqvist

Exchange-correlation energy and potential matrix

Exchange-correlation energy approximation

Exchange-correlation energy approximation definition

Exchange-correlation energy density

Exchange-correlation energy exclusion principle

Exchange-correlation energy functional

Exchange-correlation energy functional gradient-corrected

Exchange-correlation energy functional hybrid

Exchange-correlation energy functionals

Exchange-correlation energy generalized gradient approximation

Exchange-correlation energy introduced

Exchange-correlation energy limit

Exchange-correlation energy parameterization

Exchange-correlation energy quantum chemistry

Exchange-correlation energy random phase approximation

Exchange-correlation energy, density functionals

Exchange-correlation potential excitation energy

Exchange-correlation relativistic energy functional

Exchange-energy density functional, theory

Exchange-energy functionals

Exchange-mediated energy transfer in viscous media

Exchange-overlap energies

Excitation energy exchange-correlation functional

First derivatives of the exchange-correlation energy

Forster energy exchange

Free energy complex cation exchange

Free energy exchange

Free energy exchange reaction

Free energy of exchange

Gradient Correction to Local Exchange and Correlation Energy

Hartree-Fock calculation exchange energy

Hartree-Fock model, exchange energy

Heat Exchanger Network Energy Targets - Summary

Heat Exchanger Network and Utilities Energy Targets

Heat Exchanger Network and Utilities Energy Targets—Summary

Heat Exchanger Networks - Energy Targets

Heat Exchangers and Energy Management

Heat exchange, energy recovery

Heat-exchanger network synthesis energy integration

Hohenberg-Kohn theorems exchange correlation functional energy

Interaction energy exchange repulsion

Interatomic exchange energies

Interface exchange energies

Intra-atomic exchange energy

Kohn-Sham equations exchange energy

Kohn-Sham theory exchange-correlation energy functional

Linear free energy relationship hydrogen exchange

Local density approximation exchange-correlation energy

Local-scaling density functional theory exchange energy

Nuclear energy exchange

Pauli (exchange) repulsion energy

Plant operation energy exchange pump

Potential energy surface coulombic/exchange energies

Potential energy surface hydrogen-exchange reaction

Problems with exchange-correlation energy

Proton exchange membrane fuel cell electrical energy efficiency

Pumps energy exchange pump

Quantum mechanics exchange energy

Radiative Energy Exchange

Rapid energy exchange limit

Rare earths energy exchange between

Repulsive exchange energy

Resonance energy exchange

Resonance energy transfer exchange interaction

Rotational energy exchange

Second derivatives of the exchange-correlation energy

Singlet energy transfer Dexter electron exchange

Skill 10.2 Analyze the processes by which energy is exchanged or transformed through conceptual questions

Super-exchange energy

Surface-atmosphere energy exchange

System-surroundings energy exchange

System-surroundings energy exchange pressure-volume work

The Exchange-Correlation Energy

The Inner-Shell Reorganization Energy Exchange Rates of Aquo Ions

The exchange and correlation energies

Thermal energy fluid heat exchangers

Transfer of Translational Energy in Charge Exchange

Transverse Exchange Energy

Vibrational energy exchange

Zeeman energy exchange

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