a silvery gray light strong metallic element found combined in ilmenite and rutile and used especially in alloys (as steel) and combined in refractory materials and in coatings—symbol Ti see Chemical Elements Table titanium 例句 1.Just as the construction drawings for the building were being issue...
The paper analyses the forming of the surgical instrument handles made of Grade 2 titanium sheets. Sheet metal forming is a technology ensuring high strength and light weight of products. Replacing stainless steels with titanium further reduces instrumen
Above around 800°C oxidation in air leads to the formation of surface scales of considerable thickness unless oxidation is not slowed down by the addition of alloying elements like e. g. Nb/1/. For stochiometric TiAl (Ti + 36 wt. % Al) two different oxidation regimes were observed at ...
Beta titanium alloys contain large amounts of alloying elements such as Mo, Cr, V, and Fe which are needed to stabilize the β-phase. The high degree of alloying elements makes β alloys the densest of the five alloy types (Table 2). Tables 2–4 provide further details, using normal ...
- 《Journal of Alloys & Compounds》 被引量: 22发表: 1997年 Dissociative electron attachment to hexafluoroacetylacetone and its bidentate metal complexes M(hfac)2; M = Cu, Pd Beta-diketones are a versatile class of compounds that can complex almost any metal in the periodic table of elements...
Titanium is widely used in specific applications due to its high strength, low density and good chemical stability. Despite it is one of the most abundant elements in the earth’s crust, it is very expensive, because production of pure metallic titanium
of interstitial light elements31. We observed strong segregation of O atoms to the α-lath rims in the Ti–0.34O–3.25Fe alloy (Fig.3a). They existed in the HCP interstitial sites near the α/β interface, forming a unique nano-heterogeneity from the interior of the α-lath (low O, ...
Table of Contents Brass Zinc Titanium Brass Brass is an alloy ofcopperandzinc, with the former usually being the main component. Depending on the proportions of copper and zinc, the color may change from bright gold up to reddish-gold or silver. Other elements may also be added depending on...
Microstructural variables (Table 1) and interstitial elements like (O, C, N, H) affect the mechanical properties of the alloy (Ref 42). The microstructure of this alloy contains both HCP-α and BCC-β phases depending upon the heat treatment condition, and it gives high flexibility for both...
This provides an oxygen-free environment for the process, guaranteeing high purity and reducing the risk of hydrogen absorption. This is especially beneficial when manufacturing parts made of titanium-6aluminium-4vanadium (Ti6Al4V) as it ensures a lower control of impurity elements. Additionally, ...