Examples of using Alloying elements in English and their translations into Croatian
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At present, the most effective measure is to add alloying elements.
How alloying elements effect the hot dip galvanized coating LINKUN STEEL.
Technical Note: X in the following equals one or more alloying elements.
The different alloying elements have specific effects on the properties of steel pipe.
According to their influence on the phase transition temperature, the alloying elements can be classified into three types.
Some alloying elements are more efficient at altering the properties of steel than others.
According to the crystal structures at room temperature andthe specific amounts of alloying elements, Stainless steel family are commonly divided into four groups.
Alloying elements can be divided into three categories based on their effect on the phase transition temperature.
The alloying elements did not dissolve into the matrix, resulting in a low alloy content and poor corrosion resistance of the matrix.
For high temperature superheated steam mains,additional alloying elements such as Cr and Mo to improve tensile strength and creep resistance at high temperatures.
Ferritic: Ferritic steels contain trace amounts of nickel, 12-17% chromium, less than 0.1% carbon,along with other alloying elements, such as molybdenum, aluminum or titanium.
Notes a If necessary, alloying elements other than specified in this table may be added.
Titanium as a structural material has good mechanical properties,which is achieved by strictly controlling the content of appropriate impurities and adding alloying elements.
In hot dipgalvanizing process, alloying elements such as Al, M g, Pb, RE, Si are often added to improve the properties of the coating.
Titanium zirconium alloy does not contain toxic group elements vanadium andzirconium elements as the main alloying elements with excellent biocompatibility.
It consists in application of new alloying elements, mainly transition metals, and uncommon processing routes, for example powder metallurgy.
Consistent with these features there are three groups of welding wire: low carbon content;with minor amounts of alloying elements and wires with high content of alloying elements.
It is worth noting that alloying elements have a great influence on the hardenability and other main characteristics of spring steels, so the content of these elements cannot be easily changed for spring steels.
In the slow solidification process of high-speed steel, a large amount of carbon and alloying elements are formed before crystallization to form intercrystalline carbide network.
The alloy design, cheap alloying elements(such as Fe) instead of expensive alloying elements(such as V), the development of low cost titanium alloy, in order to expand the application of titanium alloy. .
For example, Si can improve the elastic limit, strength, tempering stability and elasticity reduction resistance,because different alloying elements have different effects on the activity and diffusion of carbon.
For high temperature superheated steam mains, additional alloying elements, such as chromium and molybdenum, are included to improve tensile strength and creep resistance at high temperatures.
Sub-β forging with rapid cooling(water-cooling or oil-cooling) can significantly reduce or inhibit the appearance of coarse a blocks, accelerate the cooling rate, increase the degree of subcooling, and increase the nucleation rate of the a phase,although there are alloying elements in local areas, which have growth.
As one of the main alloying elements of iron and steel, aluminum(Al) plays the role of deoxidation and grain refinement, which can improve the impact toughness of steel and reduce the tendency of cold brittle and aging.
The composition of steel balls contains a certain amount of chromium and other alloying elements, so how to make these alloying elements forming a hard spot carbide play a full role is a factor to develop a heat treatment process to consider.
These alloying elements change the mechanical properties and physical properties of carbon steel, can obtain high strength and toughness, better wear resistance, corrosion resistance, low temperature resistance and high temperature resistance.
Titanium alloys with different microstructures are obtained by adding appropriate alloying elements and gradually changing the phase transition temperature and phase content by using the different characteristics of the above two structures of titanium.
Titanium can be divided into pure titanium andtitanium alloy according to whether it contains alloying elements, and titanium alloy can be divided into a titanium alloy and near a type alloy,(a+β) type alloy, near β type according to its composition and room temperature structure.
Titanium can be divided into pure titanium andtitanium alloy according to whether it contains alloying elements, and titanium alloy can be divided into a titanium alloy and near a type alloy,(a+β) type alloy, near β type according to its composition and room temperature structure.