Examples of 'thermal gradient' in a sentence
Meaning of "thermal gradient"
A thermal gradient refers to a variation in temperature across a given space or system. It represents the difference in temperature between two points or regions. Thermal gradients are commonly observed in various natural and artificial systems, such as weather patterns, chemical reactions, heat transfer processes, and material properties. The magnitude and direction of the thermal gradient often have significant effects on the behavior and performance of the system
How to use "thermal gradient" in a sentence
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thermal gradient
The denaturing gradient may be a thermal gradient.
Thermal gradient test rig.
The graph in full lines corresponds to a constant thermal gradient.
A thermal gradient in the thickness of the ferrule results therefrom.
The graph in interrupted lines corresponds to an increasing thermal gradient.
An oscillating thermal gradient is illustrated using a sinusoidally modulated gradient.
This is called a thermal gradient.
The thermal gradient to which they are subjected is therefore less severe.
There is no suggestion of the creation of a thermal gradient for infiltration.
This limits the thermal gradient and the speed of solidification.
This effect is greatest when there is maximum thermal gradient.
Ocean thermal gradient.
This period stabilizes the components sensitive to the thermal gradient.
This minimizes the thermal gradient between the two channels.
O the cold air is moist and has a steep thermal gradient.
See also
A thermal gradient in the metal cable can not therefore be avoided.
Low thermal conductivity is necessary to maintain a high thermal gradient at the junction.
Reactor with a thermal gradient controlled for the production of pure hydrogen.
We seek to optimize the separation by combining thermal gradient and acoustic source.
A thermal gradient then appears in the thermoelectric modules and electricity is produced.
We then quantified the preferred body temperatures of these species in a thermal gradient.
The thermal gradient created also allows for small heat dispersions.
Mole fractions gradients appears along the thermal gradient as a response of the system.
Thermal gradient fluid header for multiple heating and cooling systems.
He also invented a process for growing single large diamond crystals in a thermal gradient.
This provides a reverse thermal gradient without use of an external cooling system.
A high cooling rate of thick sections will cause a steep thermal gradient in the material.
The thermal gradient generates electrical power and drives an electrical component.
The invention advantageously makes it possible to reduce the thermal gradient on the ring sectors.
This causes a thermal gradient in the axial direction through the wafer.
The success of the metallurgical operation depends on how well the thermal gradient is controlled.
Thermal gradient is generated through an external surface heating and an internal air cooling.
Molten salt solar panel and method for reducing the thermal gradient of said panel.
Areas of increased surface thermal gradient were consistent with in situ measured biological fronts.
The presence of highly conductive refrozen layers facilitates soil cooling and reduces the thermal gradient.
Means for generating a thermal gradient inside the device forming crucible and.
The behaviour of the aquatic gastropod Helisoma trivolis was examined in a thermal gradient.
The steepness of the thermal gradient is a function of the thermal conductivity of the substrate.
An example showing one possible form of applied thermal gradient G is given in FIG.
A thermal gradient is established between the growth surface and the source material.
The processes according to the invention provide a thermal gradient within a mold for forming catheter tips.
A high thermal gradient gives a high rate of temperature change at the heat transfer surface.
This cross transport process couples mass flux and thermal gradient and is still largely misunderstood.
The thermal gradient in the nanotube provides the best explanation for the driving mechanism.
Both CEF and TGIC rely upon a thermal gradient to elute polymer.
The thermal gradient between the upper and lower pans of the beam causes bowing thereof.
Why would such a thermal gradient persist?
Yet this thermal gradient generates significant thermomechanical stresses and may pose problems of thermomechanical resistance.
In the control group, this thermal gradient was not observed.
Because a thermal gradient is established, there is a possibility of some deformation.
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