Примери за използване на Alloy can на Английски и техните преводи на Български
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Medicine
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Computer
Titanium alloy can meet the above comprehensive performance requirements.
Have tried, not how long will the rusty, butthese coatings with titanium alloy can perfect integration.
The low-temperature titanium alloy can maintain good at -253 °C. toughness.
The alloy can be used at higher temperature and has good corrosion resistance.
And the performance of the titanium alloy can be improved by a heat treatment process.
This alloy can be formed in the annealed condition and then subsequently heat-treated.
Based on the phase composition of titanium alloy can be divided into three categories: alpha(alpha+ beta).
This alloy can be used in various fields such as instrumentation and electronic equipment.
Storage materials and shape memory alloys such as titanium alloy can be used as the fuel and oxidizer tank.
The use of titanium alloy can extend the life of the engine by more than 10 times.
Zirconium is used to increase an alloy's recrystallization temperature,which increases the temperature at which the alloy can be used without permanent loss of mechanical properties.
Stainless Steel: This alloy can handle operating temperatures up to 1650 Degrees F.
Due to the high affinity of titanium alloy with O2, N2 and H2, the joint will become brittle and the impact property, ductility andtoughness of the welded joint of titanium alloy can be reduced.
Steel containing alloy can withstand wear, thereby ensuring its durability.
During the processing, attention should be paid to the contradiction between creep andthermal stability of the alloy under long-term service conditions, and the machinability of the alloy can be reasonably utilized.
The new titanium alloy can be used for a long time at 600° C or higher.
In general, Young's modulus has a negative temperature coefficient(materials become less stiff with increasing temperature) butadditions of small amounts of certain other elements in the alloy can produce a material with a temperature coefficient that changes sign from negative through zero to positive with temperature.
Molybdenum-copper alloy can be used as missiles, air rudder, high temperature connectors.
Forthly, TC4 medical titanium bar production standards andrequirements Titanium alloy can maintain its mechanical properties at low temperature and ultra-low temperature.
Aluminum alloy can be easily shaped by spinning, stamping and drawing, without any heat treatment.
The working temperature of titanium alloy can reach 500 C, while that of aluminium alloy can be below 200 C.
High strength titanium alloy can be welded at 520 degrees C and has good creep resistance.
The use of composite material and titanium alloy can make the weight of the aircraft itself, to reduce fuel consumption.
The third reason is that although titanium alloy can resist some light weapons that use full-powered missiles, it is still very weak in the face of tank guns.
For the production of bicycle frame, in many metal materials,titanium alloy can meet the above requirements at the same time, so it is very ideal for the production of frame materials.
That may be a bit in the future but in the interim,the team believes the alloy can be used to help speed up the process of prototyping and going from a concept to a viable consumer product.
Is really"titanium" can be sultry, butnot all of the titanium alloy can be used as raw material for bolt hub, hub bolt under high shear, high bearing capacity, and long period of fretting wear, also requires"toughness".
It has been found that the low temperature properties of titanium alloy can be improved by reducing the intercalation elements such as H, O and N, and the content of Al, so that it can be used for a long time under the temperature of 20K.
High end alloy could support with the strength and provide good durability.
Titanium and titanium alloys can be prepared according to the difference in properties.