Eksempler på brug af
Titanium zirconium
på Engelsk og deres oversættelser til Dansk
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Supplier of titanium, zirconium and tantalum.
Leverandør af titan, zirconium og tantal.
TZM alloy(Titanium Zirconium Moly), is a high temperature alloy, a solid solution hardening and strengthened molybdenum-based alloy particles.
TZM legering(Titanium Zirconium Moly), er en høj temperatur legering, en fast opløsning hærdning og styrkede molybdæn-legering partikler.
Vacuum arc melting method to obtain TZM alloy(Titanium Zirconium Molybdenum), specific preparation process is shown in Fig….
Vakuum bue smeltende metode til at opnå TZM legering(Titanium Zirkonium Molybdæn), er specifik forberedelse proces vist i fig….
TZM alloy(Titanium Zirconium Molybdenum) at high temperatures compared to pure molybdenum has a higher recrystallization temperature and high strength and hardness.
TZM legering(Titanium Zirkonium Molybdæn) ved høje temperaturer i forhold til ren molybdæn har en højere omkrystallisering temperatur og høj styrke og hårdhed.
Inclusion on the tissue components were analyzed to obtain the impurity elements such as silicon andits oxides of carbon and titanium, zirconium carbide, it is these particles and particle inclusions enhancer makes the existence of high performance alloys have been very large increase, while making the plastic down.
Inklusion på vævet komponenter blev analyseret for at opnå de urenhedselementer såsom silicium ogdets oxider af carbon og titan, zirconium carbide, er disse partikler og partikel inklusioner enhancer gør eksistensen af højtydende legeringer har været meget stor stigning, samtidig med at plast ned.
TZM alloy(Titanium Zirconium Molybdenum) at temperatures above 1300℃ when the intensity is twice that of pure molybdenum.
TZM legering(Titanium Zirkonium Molybdæn) ved temperaturer over 1300 ℃ når intensiteten er det dobbelte af ren molybdæn.
Fig.1 shows the annealing temperature on the Mo-Ti alloy and a hardness of molybdenum alloy TZM diagram can be seen, as the annealing temperature, TZM allopy(Titanium Zirconium Molybdenum) reduce the hardness of the alloy, especially when the annealing temperature is 1400~ 1500℃, the hardness decreased is obvious, this time can be considered at this temperature grains grow significantly.
Viser annealingstemperatur på Mo-Ti-legering og en hårdhed på molybdenlegering TZM diagram kan ses, da annealing temperatur, TZM allopy(Titanium Zirkonium Molybdæn) reducere legeringens hårdhed, især når annealing temperatur er 1400~ 1500 ℃, hårdheden faldt er indlysende, kan denne gang overvejes ved denne temperatur korn vokse betydeligt.
TZM Flange(Titanium Zirconium Molybdenum), tungsten line sizes according to the different needs of customers, manufacture TZM flanges.
TZM Flange(Titanium Zirkonium Molybdæn), wolfram linje størrelser i henhold til de forskellige behov hos kunder, producent TZM flanger.
Carbon and molybdenum size factor difference although relatively high, because the solubility of carbon in small molybdenum,TZM alloy(Titanium Zirconium Molybdenum) with a carbon content of small(less than 0.04%), most of which also carbon and molybdenum, zirconium, composed of titanium carbide, and carbon-reduction reaction also consumed as part of the solid solution strengthening so TZM alloy mainly refers Mo-Ti, Mo-Zr solid solution strengthening.
Carbon og molybdæn størrelse faktor forskel selvom relativt høj, fordi opløseligheden af carbon i små molybdæn,TZM legering(Titanium Zirkonium Molybdæn) med et indhold af små(mindre end 0,04%) carbon, hvoraf de fleste også kulstof og molybdæn, zirkonium, sammensat af titanium carbid, og carbon-reduktionsreaktion også indtages som en del af den faste opløsning styrke så TZM legering primært refererer Mo-Ti, Mo-Zr solid løsning styrkelse.
TZM alloy(Titanium Zirconium Molybdenum) has a higher recrystallization temperature, high strength, hardness than unalloyed molybdenum at room and elevated temperatures and good ductility.
TZM legering(Titanium Zirkonium Molybdæn) har en højere omkrystallisering temperatur, høj styrke, hårdhed end ulegeret molybdæn ved stuetemperatur og forhøjede temperaturer og god duktilitet.
It has long been found that adding molybdenum, titanium, zirconium, hafnium, molybdenum and other elements can increase the recrystallization temperature, such as TZM molybdenum alloy.
Det har længe vist sig, at tilsætning af molybdæn, titan, zirconium, hafnium, molybdæn og andre elementer kan øge omkrystallisering temperatur, såsom TZM molybden-legering.
TZC alloy(Titanium Zirconium Carbon Molybdenum) having excellent high temperature strength and high recrystallization temperature, and vacuum arc melting of powder metallurgy production method also has a good plasticity at room temperature.
TZC legering(Titanium Zirkonium Carbon Molybdæn) med fremragende høj temperatur styrke og høj omkrystallisering temperatur og vakuum bue smeltning af pulvermetallurgi produktionsmetode har også en god plasticitet ved stuetemperatur.
Arc furnace melting: It is mainly used for melting titanium, zirconium, tungsten, molybdenum, tantalum, niobium and other lively and high melting point metals and their alloys, but also for melting heat-resistant steel, stainless steel, tool steel, bearing steel and other alloy steel.
Arc smeltning: Den anvendes hovedsageligt til smeltning af titan, zirconium, wolfram, molybdæn, tantal, niob og andre livlige og højsmeltepunktsmetaller og deres legeringer, men også til smeltning af varmebestandigt stål, rustfrit stål, værktøjsstål, bærestål og andet legeret stål.
Producer of titanium, zirconium metal powders, getters for ultra high purity gas purification and high vacuum system, and sintering targets with diverse color, heat and wear resistivity and high hardness.
Producent af titan, zirconium metalpulvere getters for ultra høj renhed gasrensning og høj vakuumsystem og sintring mål med forskellige farver, varme og slid modstand og høj hårdhed.
Sintering the alloy to create the necessary time conditions for the carbon and titanium, zirconium reaction that causes the generation carbide, molybdenum powder in the presence of oxygen, the heating rate during sintering and hot temperature medium, in particular, that the oxygen content of molybdenum powder of the sintering process, it not only affect the alloy composition, the impact also affects the density of the alloy deformation processing.
Sintring legeringen til at skabe den nødvendige tid betingelser for carbon og titan, zirconium reaktion, der forårsager frembringelsen carbid, molybdæn pulver i nærvær af oxygen, opvarmningshastigheden under sintring og varm temperatur medium, især, at indholdet af molybdæn oxygen pulver af sintringsprocessen, det ikke kun påvirke legering sammensætning, virkningen påvirker også tætheden af legeringen deformation forarbejdning.
Reply TZM alloy(titanium zirconium molybdenum) complete recrystallization two grain growth process, from long fibrous tissue becomes equiaxed grains, while TZM alloy greatly improved toughness, elongation, even up to 37.
Svar TZM legering(titan zirconium molybdæn) omkrystallisation to hele kornet vækstproces, fra lange fibrøst væv bliver ligeakset kerner, mens TZM legering væsentligt forbedret sejhed, forlængelse, selv op til 37.
Welding with titanium, zirconium, tantalum and chromium as well as austenitic and ferritic stainless has been successful.
Svejsning med titanium, zirconium, tantal og chrom samt austenitisk og ferritisk rustfrit har været en succes.
In TZM alloy(Titanium Zirconium Molybdenum), Zr, Ti and C to generate particles of TiC and ZrC, while there are some ZrO alloy particle, the distribution of the particles dispersed in the alloy, in the event of deformation, can hinder dislocation movement, therefore, the played a dispersion strengthened alloy effect.
I TZM legering(Titanium Zirconium Molybdæn), Zr, Ti og C til dannelse af partikler af TiC og ZrC, mens der er nogle ZrO legering partikel, at fordelingen af partikler dispergeret i legeringen, i tilfælde af deformation, kan hindre dislokation bevægelse derfor spillet en dispersionshærdet legering virkning.
Since preparation of TZM alloy(titanium zirconium molybdenum) extrusion process produces great stress, the stress by changing the annealing temperature is changed to the hardness and toughness properties of alloy to improve its mechanical processing performance, so that in practical applications with good performance.
Da fremstillingen af TZM legering(titan zirconium molybdæn) ekstrudering proces producerer stor stress, er spændingen ved at ændre annealingstemperatur ændret til hårdheden og sejhed egenskaber af legeringen for at forbedre dets mekaniske behandling ydeevne, således at i praktiske anvendelser med gode resultater.
Molybdenum in molybdenum alloy head added titanium, zirconium, carbon and other alloying elements to form the micro-molybdenum alloy, the alloy used to make stainless steel, high temperature alloys and other difficult-to thermal deformation of the metal piercing tool, called molybdenum alloy head, such as the photo shown.
Molybdæn i molybdæn legeret hoved tilsat titan, zirconium, carbon og andre legeringselementer til dannelse af mikro-molybdæn-legering, legeringen anvendes til at fremstille rustfrit stål, temperatur legeringer høje og andre vanskelige at termisk deformation af metallet piercing værktøj, kaldet molybdenlegering hoved, såsom tilgængeligt vist.
Table 2 TZM alloy(Titanium Zirconium Molybdenum) composition of the required range of each element, wherein the oxygen and silicon is to strictly control the impurity element by the body after a burn if the oxygen content is still high, then the sintering will be in the grain boundary pores, thereby reducing the strength of the alloy, the silicon in the alloy mainly grain boundary inclusions adversely affect the performance of the alloy.
Tabel 2 TZM legering(Titanium Zirkonium Molybdæn) sammensætningen af det påkrævede område af hvert element, hvor ilt og silicium er til nøje at kontrollere urenhed element af kroppen efter en brænder, hvis iltindholdet er stadig høj, så sintring vil være i korngrænsen porer, hvilket reducerer styrken af legeringen, silicium i legeringen hovedsageligt korn grænse indeslutninger negativ indvirkning udførelsen af legeringen.
In this manner, there would be a vacant place in this horizontal row,for an element whose position would be between titanium and zirconium.
På denne måde ville der være en ledig plads i den vandrette række, for et element hvisstilling ville være mellem titan og zirconium.
Resultater: 22,
Tid: 0.0543
Hvordan man bruger "titanium zirconium" i en Engelsk sætning
Titanium zirconium and silanes offer similar performance against corrosion and adhesion of the powder.
Combined with permanent magnetic separator in the process flow of separating titanium zirconium minerals .
Valve gated titanium zirconium molybdenum hot runner means hot runner has actuator to control needle valve.
Overview The first step in a conventional production flow sheet for converting titanium zirconium placer processing magnetic .
Titanium zirconium molybdenum cube is kind of hard and tough metal which has silver-grey or gray gloss surface.
Combined with permanent magnetic separator in the process flow of separating titanium zirconium minerals,better effect can be achieved. ..
Titanium zirconium molybdenum alloy products are varieties, including the commonly products, such as plate, bar, wafer, and other customized products.
The chrome-free system using titanium zirconium technology performs every bit as well, some would say better, than out-dated hexavalent chrome.
Black Tungsten: Black tungsten rings are produced by coating tungsten with a titanium zirconium alloy, which gives the ring it's black color.
Titanium zirconium alloy is used as an intermediate alloy additive in biomedical application and as an important ingredient in fire work manufacturing.
Hvordan man bruger "titanium zirkonium" i en Dansk sætning
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