Water and cast iron have about the same relative capacity for heat at equal volumes.
"Scientific American Supplement, No. 799, April 25, 1891" by Various
The white heat of the address destroyed for the instant all capacity for such thinking.
"William Lloyd Garrison" by Archibald H. Grimke
By fuel value is meant the capacity foods have for yielding heat to the body.
"General Science" by Bertha M. Clark
Not only do different bodies vary in their capacity for heat, but they likewise acquire heat with very different degrees of celerity.
"The World's Greatest Books - Volume 15 - Science" by Various
True; you said that a solid body always increased its capacity for heat by becoming fluid; and this is an instance of it.
"Conversations on Chemistry, V. 1-2" by Jane Marcet
Her capacity for floating and retaining heat far exceeded their most sanguine expectations.
"Doctor Jones' Picnic" by S. E. Chapman
But, unfortunately for this theory, Dr. Davy proved the capacity of both, for heat, to be nearly the same.
"A Treatise on Anatomy, Physiology, and Hygiene (Revised Edition)" by Calvin Cutter
This means there would have to be on this plant a heated brooder house capacity for 15,000 ducklings.
"Ducks and Geese" by Harry M. Lamon
The capacity for retaining this heat varies in different substances.
"Harper's Round Table, August 13, 1895" by Various
Therefore the capacity of the air for holding heat decreases as we go higher.
"Nature's Miracles, Volume 1" by Elisha Gray
A maximum capacity for receiving, transmitting, storing and carrying away heat.
"Friction, Lubrication and the Lubricants in Horology" by William T. Lewis
The capacities for heat of iron, copper, and of some sorts of wood, as compared with water.
"A History of the Growth of the Steam-Engine" by Robert H. Thurston
Dust and heat and insect injuries impair the leaf's capacity for work.
"Trees Worth Knowing" by Julia Ellen Rogers
This is what is meant by saying that one substance has a greater capacity for heat than another.
"Curiosities of Heat" by Lyman B. Tefft
Thus the climate near the ocean is made more moderate both in winter and summer by the large capacity of water for heat.
"Physics" by Willis Eugene Tower
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In contrast to the work of both Br¨uhwiler et al. who studied an x=0.7 sample and Ando et al. who have reported on heat capacity data for NaCo2O4 we observe no upturn in C/T at low temperature.
Investigation of the Spin Density Wave in NaxCoO2
While the low B data can be understood based on the 2DES electronic heat capacity and its oscillating density of states at the Fermi energy, the high B data near ν = 1 are unexpected and cannot be accounted for based on the thermodynamic properties of the 2DES alone.
Flatland Electrons in High Magnetic Fields
Figure 12: Temperature dependence of the heat capacity near ﬁlling factor one (ν = 0.81) is shown in the main ﬁgure in a log-log plot for a multiple-quantum-well GaAs sample.
Flatland Electrons in High Magnetic Fields
Thus Ga31 has a well deﬁned peak in the heat capacity whereas the heat capacity for Ga30 is rather ﬂat.
Magic Melters' Have Geometrical Origin
For a small black hole, r+ ≪ ℓ, the thermodynamic properties are qualitatively similar to those of an asymptotically ﬂat Schwarzschild black hole, i.e., the temperature decreases with increasing r+ so the heat capacity of the hole is negative (as r+ is a monotonic function of µ).
Black Holes in Higher Dimensions
For an ideal gas, cp = cv + R, where cv is the speci ﬁc heat capacity at constant volume.
Atmospheric circulation of tidally locked exoplanets: a suite of benchmark tests for dynamical solvers
Dynamical Response of Nuclear Pasta The low energy excitation modes of nuclear pasta are important for the heat capacity, and a variety of transport properties, of matter deep in the inner crust.
Neutron Star Crust and Molecular Dynamics Simulation
This peak could be important for the heat capacity and for transport properties.
Neutron Star Crust and Molecular Dynamics Simulation
As an illustration, the temperature dependence of the energy hE i and the associated heat capacity deﬁned through CV = ∂ hE i/∂ T obtained with FT-BCS (dashed line) and FT-PAV (dotted line) are compared to the exact result (thick line) in ﬁgure 1 for N = 10 particles.
Thermodynamics of small superconductors with fixed particle number
From top to bottom, the energy hH i, the entropy, the heat capacity and the average gap obtained with the FT-VAP (ﬁlled circles) are compared to the exact (thick line) and FT-BCS case (dashed line) for a system of N = 10 particles.
Thermodynamics of small superconductors with fixed particle number
When the original plan was proposed for a cavity test facility in MDB, the need for precise dynamic heat load measurements was not addressed. The warm vacuum pump skid had a flowmeter installed on the discharge header, but the flowmeter was sized based on pump capacity and not based on cavity testing needs.
Measurements of SCRF cavity dynamic heat load in horizontal test system
J K−1 mol−1 ) is more than twice as large as the ideal gas heat capacity (3.72 kJ K−1 mol−1 for this size of system), the kinetic energy distributions have closer mean values than the total energy distributions.
Simple quantitative tests to validate sampling from thermodynamic ensembles
For example, np cannot ﬂuctuate completely independently if the heat capacity CA of the system A is small.
QCD critical point: what it takes to discover
This shift of all conduction electrons explains why for the penetration depth the inﬂuence of VHS is less essential than the inﬂuence on the heat capacity.
Temperature dependence of the specific heat and the penetration depth of anisotropic-gap BCS superconductors for a factorizable pairing potential
That is why we believe that our interpolation formula Eq. (29) can be useful for preliminary analysis of the experimental data for the speciﬁc heat in superconductors; for experimental data processing the accuracy could be comparable, e.g., with the accuracy of the Debye formula for the phonon heat capacity.
Temperature dependence of the specific heat and the penetration depth of anisotropic-gap BCS superconductors for a factorizable pairing potential
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