Beta Titanium 是指用来做球杆的钛合金的等级，又分为alpha titanium, beta titanium等，主要不同是指合金内其他金属成分不同而所做出来的杆面 (clubface) 强硬度也不同。一般的beta titanium会比纯钛做出来的杆面硬度大。钛(Titanium)应该是指杆身 一般是木杆祝你好运1. 希腊语的第二个字母2. 占第二位者3. 【电脑】通常指程序尚未正式完成的试用版第二个的...
中文名 beta titanium 英文名 beta titanium 英文别名 beta titanium 您刚刚浏览过 beta titanium 刚刚更新的化工产品 128907-24-4 128906-11-6 128644-25-7 128638-36-8 128523-55-7 1284-81-7 128301-31-5 1283-93-8 128143-10-2 12794-54-6 127914-02-7 127906-65-4 127906-63-2 127873-48...
1. 钛合金 2.铁头(IRON):采用钛合金(BETA-Titanium)板制作,使得打击面具有更高的强度和弹性,且击球面较宽大(OVER-SIZE)… cn.diytrade.com|基于5个网页 2. 贝塔钛 贝塔钛(BETA-TITANIUM)是钛合金的一种,贝塔钛(BETA-TITANIUM)集柔软性、耐磨性、韧性、防滑、重量轻等特点于 … ...
6.3Beta Titanium Alloys Mostbeta titanium alloyscontain small amounts of alpha stabilizers that permit second phase strengthening to high levels at room to moderate temperatures. The b.c.c. beta phase is ductile, and therefore beta titanium alloys are easily cold formable. Beta alloys are prone ...
The present invention provides a -type titanium alloy keeping the content of the relatively expensive -stabilizing elements such as V or Mo down to a total of 10 mass% or less and reducing the effects of composition segregation of Fe and Cr and thereby able to keep the Young's modulus and...
1) eyewear beta titanium β-钛镜架 2) pure titanium spectacle frame 纯钛金属眼镜架 3) Titanium[英][tɪ'teɪniəm] [美][tɪ'tenɪəm] 钛镜 4) β titanium alloy β钛合金 1. The sorts,development history,application range,application prospect and development direction ofβ titaniu...
beta titanium alloysmetallurgyprocessingmechanical propertiesSummary Introduction Metallurgy and Processing Mechanical Properties Tensile Properties Fracture Toughness Fatigue (HCF) Fatigue Crack Propagation (FCP) Applications Referenced Literature and Further Reading...
并且在设所含有的V的重量%为X Provide an excellent cold workability, and has β-type titanium alloy having a higher strength than the Ti-20V-4Al-1Snβ -type titanium alloy, which in% by weight, comprising: V: 5 ~ 15%, Fe: 0.5 ~ 2.5%, Mo: 0.5 ~ 6%, Cr: 0.5 ~ 5%, and the ...
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Titanium alloyshave relatively hightensile strengthand toughness while being lightweight,corrosion resistant, and have the ability to withstand extreme temperatures. The higher cost of the material and the difficulty in working with it are the limiting factors of these alloys. ...