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Heat coefficients

Nitride Color Lattice Density, Hardness Mp, °C Heat Coefficient Electrical Transition... [Pg.52]

The component specific heat capacity coefficients, A, B, C, D, are stored as a matrix. If an energy balance is to be made on several units, the specific heat coefficients for all the components can be entered at the start, and the program rerun for each unit. [Pg.95]

Here, COPCamot is the maximum heating coefficient of performance, based on a Carnot (ideal) heat pump system operating between low- and high-temperature reservoirs at Tl and Th, respectively. [Pg.227]

For the three heat exchangers from Exercise 1, make a first estimate of the order of magnitude of the overall heat coefficients from tabulated values of film transfer coefficients and fouling coefficients. Neglect the resistance from the tube walls. [Pg.355]

It is a matter of speculation as to whether or not the activity would pass through a significant maximum at a surface composition between 0 and 30% Rh. It is interesting to note in this connection that the magnetic susceptibility (156, 157) and the electronic specific heat coefficient (156) increase from low values at 60% Ag-Pd through pure palladium and reach a maximum at - 5% Rh-Pd, thereafter decreasing smoothly to pure rhodium. Activity maxima have also been reported for reduced mixed oxides and supported alloys of group VIII metal pairs. For example, in the... [Pg.176]

Fig. 1. Cg/T versus T for NpSn3 where Ce is the electronic specific heat. The solid curve is the mean-field theoretical prediction. The electronic specific heat coefficients of the paramagnetic and ordered states are designated by Vpa, = 242 andVoni = 88 mJ/(mol K ), respectively. (Trainor et al. )... Fig. 1. Cg/T versus T for NpSn3 where Ce is the electronic specific heat. The solid curve is the mean-field theoretical prediction. The electronic specific heat coefficients of the paramagnetic and ordered states are designated by Vpa, = 242 andVoni = 88 mJ/(mol K ), respectively. (Trainor et al. )...
Many light actinide alloys which are not magnetic have a T dependence of the resistivity at low temperature as well as a large electronic specific heat coefficient y (Table 4). However, the archetype of a spin fluctuation system is UAI2. The electrical resistivity is proportional to T with a very large coefficient a = 0.15 qQcm/K up to 5... [Pg.138]

We now give a simple application of the present method to Plutonium which is a good test case. Pu lies between light actinides with itinerant 5/ electrons and heavy actinides with localized 5/ electrons. The competition between these two electronic regimes in Pu is responsible for a lot of unusual properties as large values of the linear term in the specific heat coefficient and of the electrical resistivity or a very complex phase diagram. [Pg.527]

Figure 8.17 shows TE 307, the combustor inlet temperature. The only difference between TE 307 and TE 326 (Figure 8.16) should be the heat loss of the pressure vessel used to simulate the cathode volumes, V 301 and V 304. In the TPG more attention was focused on the simulation of the heat losses in vessels and in pipes, using average heat coefficient values. Only by an extensive model calibration effort was it possible to calculate the combustor inlet temperature (TE 307) with a high... [Pg.262]

R,R rare earth metal Y electronic specific heat coefficient... [Pg.36]

Not only the specific heat coefficient, y, takes such a large value, also the coefficient of the quadratic term in the temperature dependence of the resistivity is anomalously large ... [Pg.131]

Figure 1. The effect of strong electron correlations on the low-temperature specific heat coefficient y. Figure 1. The effect of strong electron correlations on the low-temperature specific heat coefficient y.
Electronic structures of GICs, thus theoretically characterized, are investigated experimentally by means of various techniques, such as x-ray photoemission spectra, ultraviolet photoelectron spectra, electron energy loss spectra, magneto-oscillation, optical reflectance, Raman spectra, Pauli paramagnetic susceptibility, electronic specific heat coefficient, NMR, positron annihilation, etc. Comparisons between theoretical treatments and experimental characterizations will be discussed in the Sections 6.3.2 and 6.3.3 of this chapter for actual GICs. [Pg.234]

A fundamental aspect in the reactor design is the contribution of different thermal resistances in achieving a highly efficient heat transfer. The overall heat coefficient U is given by the relation ... [Pg.367]

Peclet compares convection energy to conduction energy, Nusselt number compares the convection heat transfer coefficient To the magnitude of the conductive heat coefficient. [Pg.107]

Impact strength Best Heat Coefficient Thermal ... [Pg.18]

To simulate a real-time operation, a set of case studies (Table 3) were proposed, where changes in the process behaviour were introduced by changing the model parameters. The objective was to verify if the adaptation procedure would be able to change the base metamodels in order to allow acceptable solutions to the optimisation problem. The selected model parameters were the feed composition (I and II), the global heat coefficient of the atmospheric column pumparoimd (UppA - III and IV) and the global heat coefficient of the condenser of column N753 (Ucond - V). [Pg.365]


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Average heat transfer coefficient

Axial distribution, of heat transfer coefficient

Bed-to-Surface Heat Transfer Coefficient

Boiling heat transfer, coefficients fundamentals

Boiling heat-transfer coefficient, estimation

Boundary layer theory heat transfer coefficient

Bubble heat transfer coefficients

Calculation of heat transfer coefficients for boiling in free flow

Circulating fluidized beds heat transfer coefficient

Coefficient of convection heat transfer

Coefficient of heat conduction

Coefficient of heat transfer

Coefficient, expansion heat-transfer

Coefficients mass heat transfer

Coefficients molar heat capacity

Coils heat transfer coefficients

Collisional heat transfer coefficient

Computation of the Heat Transfer Coefficient for External Flow

Computation of the Heat Transfer Coefficient for Given qw

Condensation average heat transfer coefficient

Condensation heat transfer coefficient

Condensation, heat-transfer coefficients for

Condensers heat transfer coefficients

Contact heat transfer coefficient

Convection Modes and Heat Transfer Coefficient

Convection heat-transfer coefficient (

Convective heat exchange coefficient

Convective heat transfer coefficient

Conversion factors heat transfer coefficients

Conversion heat transfer coefficient relationships

Correlations of heat transfer coefficients

Cylinders heat transfer coefficient

Definition of Heat Transfer Coefficients

Dense-phase fluidized beds convective heat transfer coefficient

Determining heat transfer coefficients. Dimensionless numbers

Effective wall heat transfer coefficient

Electron specific heat coefficient

Electronic specific heat coefficient

Estimation of Heat- and Mass-Transfer Coefficients

Evaporation heat transfer coefficients

Evaporation overall heat transfer coefficients

Evaporator heat transfer coefficients

Evaporators heat transfer coefficients

Exchangers, heat transfer coefficients

Film Coefficients of Heat and Mass Transfer

Film coefficients, heat transfer, data

Film heat transfer coefficient

Finned tube heat exchangers film coefficients

Flat plates heat transfer coefficient

Fluid heat dispersion coefficients

Fouling Factor. Variable Coefficient of Heat Transfer. Closure

Gas-particle heat transfer coefficient

Global heat transfer coefficient

Graphical Solution to Heat Transfer Coefficient

H Heat transfer coefficient

Heal transfer coefficient heat exchangers

Heat Transfer Coefficient at Walls, to Particles, and Overall

Heat Transfer Coefficients for Radiation in the Freeboard of a Rotary Kiln

Heat Transfer Coefficient—Petroleum Fractions

Heat and Mass Transfer Coefficient Concepts

Heat and Mass Transfer Coefficients for Flow around Catalyst Particles

Heat and mass exchange coefficients

Heat and mass transfer coefficients

Heat capacity (Cp) and thermal expansion coefficients

Heat capacity coefficient

Heat capacity transfer coefficient

Heat coefficient, wall

Heat conduction diffusion coefficient

Heat convection coefficient

Heat diffusion coefficient

Heat exchange coefficient

Heat exchanger shell-side film coefficient

Heat exchanger shell-side fouling coefficient

Heat exchanger tube wall coefficient

Heat exchanger tube-side film coefficient

Heat exchanger tube-side fouling coefficient

Heat exchangers surface coefficients

Heat exchangers variable coefficient

Heat film coefficients

Heat flux coefficient

Heat overall coefficients

Heat pump coefficient of performance

Heat pumps performance coefficient

Heat sink coefficient

Heat transfer coefficient

Heat transfer coefficient Subject

Heat transfer coefficient axial distribution

Heat transfer coefficient bath temperature effect

Heat transfer coefficient calculation

Heat transfer coefficient components

Heat transfer coefficient correlations

Heat transfer coefficient estimation

Heat transfer coefficient external coil

Heat transfer coefficient for coils immersed in liquids

Heat transfer coefficient function

Heat transfer coefficient general

Heat transfer coefficient index

Heat transfer coefficient interfacial

Heat transfer coefficient jacketed vessels

Heat transfer coefficient mass flow rate

Heat transfer coefficient observed

Heat transfer coefficient particle effects

Heat transfer coefficient particle thermal conductivity effect

Heat transfer coefficient particle-bulk fluid

Heat transfer coefficient predicted

Heat transfer coefficient pseudo

Heat transfer coefficient radial distribution

Heat transfer coefficient salt bath temperature effect

Heat transfer coefficient single particle

Heat transfer coefficient solids concentration

Heat transfer coefficient sphere diameter effect

Heat transfer coefficient stirred tanks

Heat transfer coefficient surface condensers

Heat transfer coefficient table

Heat transfer coefficient tanks

Heat transfer coefficient time averaged

Heat transfer coefficient total

Heat transfer coefficient tube diameter effect

Heat transfer coefficient tubes

Heat transfer coefficient units

Heat transfer coefficient variable effect

Heat transfer coefficient variables influencing

Heat transfer coefficient velocity distribution

Heat transfer coefficient, correlations overall

Heat transfer coefficient, definition

Heat transfer coefficient, external

Heat transfer coefficient, for tubing

Heat transfer coefficient, in condensation

Heat transfer coefficients 238: fractionator problems

Heat transfer coefficients agitated vessels

Heat transfer coefficients approximate values

Heat transfer coefficients at the wall

Heat transfer coefficients average coefficient

Heat transfer coefficients boiling

Heat transfer coefficients clean conditions

Heat transfer coefficients condensing steam

Heat transfer coefficients convective boiling

Heat transfer coefficients empirical correlations

Heat transfer coefficients entrance region effect

Heat transfer coefficients film boiling

Heat transfer coefficients for film boiling

Heat transfer coefficients for nucleate boiling

Heat transfer coefficients fouled conditions

Heat transfer coefficients fouling factors

Heat transfer coefficients gas-solid)

Heat transfer coefficients in agitators

Heat transfer coefficients in thermally fully developed, laminar flow

Heat transfer coefficients mixtures

Heat transfer coefficients shell-side

Heat transfer coefficients tube-side

Heat transfer coefficients turbulent conduit flow

Heat transfer coefficients typical values

Heat transfer coefficients water in tubes

Heat transfer coefficients, atmosphere

Heat transfer coefficients, film convection and radiation

Heat transfer coefficients, film equations

Heat transfer coefficients, overall air coolers

Heat transfer coefficients, overall condensers

Heat transfer coefficients, overall range of values

Heat transfer overall coefficient

Heat transfer small thermal diffusion coefficient

Heat transfer thermal resistance coefficient

Heat transfer, direct constant coefficients

Heat transfer, packed beds overall coefficient

Heat transfer, reactors overall coefficients

Heat transport coefficient

Heat-transfer coefficient doubling

Heat-transfer coefficient for film condensation

Heat-transfer coefficient for radiation

Heat-transfer coefficient in film boiling

Heat-transfer coefficient plate

Heat-transfer coefficient prediction

Heat-transfer coefficient usage

Heat-transfer coefficients accuracy

Heat-transfer coefficients classification

Heat-transfer coefficients for

Heat-transfer coefficients for fluids

Heat-transfer coefficients for natural convection

Heat-transfer coefficients in agitated vessels

Heat-transfer coefficients in evaporators

Heat-transfer coefficients in laminar flow

Heat-transfer coefficients in packed beds

Heat-transfer coefficients magnitude

Heat-transfer coefficients resistance form

Heat-transfer coefficients special cases

Heat-transfer coefficients variation along heating surface

Heating/cooling fluid, film coefficient

Heats of adsorption and Henry coefficients

Homogeneous difference schemes for the heat conduction equation with variable coefficients

Hydrogen electronic specific-heat coefficient

Ideal tube bank heat transfer coefficients

Individual and overall coefficients of heat transfer

Individual heat-transfer coefficient

Inside film heat transfer coefficient

Internal mixer heat transfer coefficient

Laminar heat transfer coefficient

Linear coefficient of specific heat

Liquid-metals heat transfer coefficients

Local heat transfer coefficient

Main heat transfer coefficient

Mean overall coefficient of heat

Mean overall coefficient of heat transfer

Mixtures boiling heat transfer coefficients

Monolithic catalysts heat transfer coefficient

Natural convection heat transfer coefficients, example

Natural convection, heat-transfer coefficients

One-dimensional heat conduction equation with constant coefficients

Organic heat transfer coefficient

Outside film heat transfer coefficient

Overall Heat-Transfer Coefficients in Evaporators

Overall coefficient of heat transfer

Overall heat transfer coefficient in condensation

Overall heat transfer coefficient increases

Overall heat transfer coefficients and log mean temperature difference

Overall heat transfer coefficients definition

Overall heat transfer coefficients table)

Overall heat transfer coefficients typical values

Overall heat-transfer coefficient approximate values

Particle convective heat transfer coefficient, axial

Performance coefficient, heat

Phase change, heat transfer coefficients

Practical Determination of Heat Transfer Coefficients

Practical heat transfer coefficient

Pressure heat transfer coefficient, boiling

Pure steam heat transfer coefficient

Radial and Axial Distributions of Heat Transfer Coefficient

Radial heat dispersion coefficient

Radiant heat transfer coefficient

Radiation heat-transfer coefficient

Radiative heat transfer coefficient

Representation of Heat-Transfer Coefficients

Rubber surface heat transfer coefficient

Selected temperature coefficients for heat capacities

Single local heat transfer coefficients

Solid heat dispersion coefficients

Special Heat-Transfer Coefficients

Specific heat coefficient

Spinning heat transfer coefficient

Steam heat transfer coefficients

Straight overall heat transfer coefficient

Sulfonation heat transfer coefficient

Surface coefficient of heat transfer

Surface heat transfer coefficient

The Convective Heat Transfer Coefficient

The Overall Heat Transfer Coefficient

The Radiation Heat-Transfer Coefficient

Thermal design overall heat -transfer coefficient

Thermal properties heat expansion coefficients

Thermal radiation combined heat transfer coefficient

Thermal radiation heat transfer coefficient

Transport heat transfer coefficient

Tube bundles heat transfer coefficient

Tube-side coefficients, heat exchangers

Tube-side heat-transfer coefficient and pressure drop (single phase)

Typical Heat-Transfer Coefficients

Unsteady-state heat transfer effective coefficients

Vials heat transfer coefficient

Volumetric heat transfer coefficient

Wall heat transfer coefficient

Water heat transfer coefficient

Windows heat transfer coefficient

Windows overall heat transfer coefficient

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