Examples of using Temperature gradient in English and their translations into Bengali
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Max. temperature gradient.
It also has infinite thermal conductivity so that no temperature gradient can form in a superfluid.
Given both hydrostatic and geostrophic balance, one can derive the thermal wind relation:the vertical gradient of the horizontal wind is proportional to the horizontal temperature gradient.
Thermal conductivity: under the condition of unit temperature gradient, the rate of heat flow through the material unit area is related to porosity;
Thermometer(from the Greek θερμός(thermo) meaning"warm" and meter,"to measure")is a device that measures temperature or temperature gradient using a variety of different principles.
Seebeck found that if you placed a temperature gradient across the junctions of two dissimilar conductors, electrical current would flow.
The machining workshop generally has no heating in winter and no air conditioning in summer,but as long as the workshop is well ventilated, the temperature gradient of the machining workshop does not change much.
Measure the temperature environment in the workshop, its spatial temperature gradient, the change in temperature distribution during the day and night alternation, and even the effect of seasonal changes on the temperature distribution around the machine tool.
As the water wall tubes form a lining along the whole boiler,they are submitted to a temperature gradient of 300 °C to 500 °C between the bottom section of the boiler and its top.
The temperature rise and temperature gradient of the sterilization process are comprehensively controlled to meet the different requirements for sterilization, and the temperature dead angle caused by the presence of cold air during steam sterilization is eliminated.
For electrical, electronics and machine parts to cold test, the temperature gradient through rapid changes in conditions or the suitability test.
Thomson effect: William Thomson(Lord Kelvin) showed(1851) that over a temperature gradient, a single conductor with current flowing in it has reversible heating and cooling.
Thomson effect: William Thomson(Lord Kelvin) showed(1851) that over a temperature gradient, a single conductor with current flowing in it has reversible heating and cooling.
In one dimension, the gradient is an ordinary spatial derivative, and so Fourier's law is q=- k∂ u∂ x{\displaystyle q=-k{\frac{\partial u}{\partial x}}\,} In the absence of work done, a change in internal energy per unit volume in the material, ΔQ, is proportional to the change in temperature, Δu(in this section only, Δ is the ordinary difference operator with respect to time, not the Laplacian with respect to space).