Примери за използване на Transition temperature на Английски и техните преводи на Български
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Glass transition temperature.
CCL performance indicators i The glass transition temperature(Tg):≥200℃;
Glass transition temperature(nitrogen atmosphere).
Ideally it is best to approach the glass transition temperature.
The glass transition temperature: 260℃.
Four kinds ZHM alloy forging plastic disc member in the radial direction- brittle transition temperature.
The glass transition temperature can be 385℃.
The thermal resistance is equal to 1.67, the power is 75 W,therefore the transition temperature is 1.67×75= 125˚C.
High glass transition temperature and thermal stability;
Alloying elements can be divided into three categories based on their effect on the phase transition temperature.
I High glass transition temperature and thermal stability;
Due to the special properties of soluble andvery excellent temperature resistance(high glass transition temperature), and.
Higher brittle-ductile transition temperature(1000℃) or less like a brittle ceramic.
Clear products can be produced by rapidly cooling molten polymer below Tgglass transition temperature to form an amorphous solid.
High glass transition temperature(Tg) components may be running at higher temperatures. .
These discontinuities are frequently used to detect the glass transition temperature where a supercooled liquid transforms to a glass.
Above the transition temperature this parameter must be zero- as the system is completely disordered and symmetrical.
The elements that have little effect on the phase transition temperature are neutral elements, such as zirconium and tin.
The glass transition temperature(Tg) is 320-330℃, about 5% thermal weight loss temperature 525℃, intrinsic viscosity.
These discontinuities allow detection of the glass transition temperature where a supercooled liquid transforms to a glass.
It has a higher melting point and longer lifespan than PLA, plusit has the advantage of a much higher glass transition temperature.
The steel impact toughness and brittle transition temperature is evidently better than that of X20 and EM12 steel.
Among them, spirocyclic aromatic compounds have large conjugated systems and Good rigidity and coplanarity,high glass transition temperature and high thermal stability.
Firstly we will calculate what the transition temperature will be if the temperature of the casing is 25˚C and the power dissipation is 75 W.
Volume stamping, free forging, and other operations associated with processing large sections andlarge size blanks are performed in a heated state(above= yS transition temperature).
The electromechanical coupling coefficient is 3 times of quartz, and the phase transition temperature is high from room temperature to melting point….
Plastic one-brittle transition temperature is low, forging state is -15℃, after 1200℃ and 1500℃ l hour were reduced after annealing -20℃ and -40℃;
The electromechanical coupling coefficient is3 times of quartz, and the phase transition temperature is high(from room temperature to melting point 1470˚C).
At the glass transition temperature, rearrangements that occur in an amorphous material lead to characteristic discontinuities of coefficient of thermal expansion and specific heat.
The element which stabilizes the a phase and raises the phase transition temperature is a stable element, such as aluminum, carbon, oxygen and nitrogen.