영어에서 Coefficient of thermal expansion 을 사용하는 예와 한국어로 번역
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Programming
-
Computer
Very low coefficient of thermal expansion.
End-stage cylinder sleeve using homemade recipes, cast alloy, wear resistance, low coefficient of thermal expansion, easy assembly and disassembly.
Coefficient of Thermal Expansion(CTE)(ppm/K).
Its thickness tolerance is small, and coefficient of thermal expansion(CTE) is low.
I Low coefficient of thermal expansion(CTE, T-axis);
Style 5100 features good thermal conductivity, speed capability, chemical resistance, low coefficient of friction,and low coefficient of thermal expansion.
Matching coefficient of thermal expansion to a mating material.
AlN has many attractive properties,including high thermal conductivity, low coefficient of thermal expansion, high electrical resistivity and good mechanical strength.
Its coefficient of thermal expansion is somewhat lower than that of steels and less than half that of aluminum.
They have little deformation at high temperature,low coefficient of thermal expansion, antioxidation and anticorrosion, high strength and so on.
The coefficient of thermal expansion of cemented tungsten carbide is found to vary with the amount of cobalt used as a metal binder.
Tungsten copper alloy, with high thermal conductivity and low coefficient of thermal expansion, which is widely used in  high-power devices as heat sink.
Aluminum Nitride(AlN) is a ceramic material possessing outstanding propertiessuch as high thermal conductivity, high electrical resistance, low dielectric loss and low coefficient of thermal expansion.
Tungsten copper rod CTE(Coefficient of Thermal Expansion) represents the variation of length by temperature changes under constant pressure.
Tungsten copper embedded block not only has high melting point(3410℃),low CTE(Coefficient of Thermal Expansion) of W, but also has high conductivity of Cu.
It has small effect for coefficient of thermal expansion, but can improve the viscosity, surface tension and sintering temperature of glaze and glass ceramics.
These high temperature materials are characterized by their high thermal and electrical conductivity,low coefficient of thermal expansion, and excellent strength and stability at temperatures above 2,000°C.
The coefficient of thermal expansion of ACCC conductor at its final condition is eight times less than typical ACSR, and the ACCC core is approximately two and a half times lighter than steel.
Upon further cooling, the outer metal housing shrinks more than the sealing glass and the conductor(due to its higher coefficient of thermal expansion), leading to a compressive radial force onto the glass body.
Heat Sink Tungsten copper not only has low coefficient of thermal expansion of W, but also has excellent conductivity of Cu, so it can improve the properties by adjusting the content of materials.
With the development of high-power and large-scale integrated circuit of the electronic device, the proposed requirements of the corresponding material upgrading, since the tungsten-copper composite material has both a high heat resistance and good thermal conductivity, and also having a silicon sheet,gallium arsenide, and the ceramic material to match the coefficient of thermal expansion, so as embedded blocks, connecting member and the radiating element has been rapidly applied, now have become an important new electronic package and the heat sink material.
Tungsten copper not only has low CTE(Coefficient of Thermal Expansion) of W, but also has high thermal conductivity of Cu, which can improve the performance by adjusting the contents of material.
The main influencing factors of tungsten copper FGM thermal shock resistance include CTE(Coefficient of Thermal Expansion), thermal conductivity, elastic modulus, material inherent strength, fracture toughness.
Since the copper tungsten material has a high heat resistance andgood thermal conductivity, and also coefficient of thermal expansion match with silicon, GaAs, and ceramics, and therefore widely used in the semiconductor material.
This is done by adding inert(non-reactive) fillers with low or negative coefficients of thermal expansion.
During engineering, housing, pins, and glass components are chosen to have similar Coefficients of Thermal Expansion between ambient and the glass transformation point.
Epoxy compounds offer low shrinkage and coefficients of thermal expansion comparable to copper or aluminum.
To avoid stress in the finished part as well as the formation of cracks, the coefficients of thermal expansion of the passivation glass and the other semiconductor components must be matched as closely as possible.