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1)  pure titanium
纯钛
1.
Debinding and sintering processes for injection molded pure titanium;
注射成形纯钛脱粘和烧结工艺研究
2.
Nanoindentation of microarc oxidation coatings on pure titanium;
纯钛表面微弧氧化膜纳米压入法研究
3.
Study of wettability and thermoplastic bonding strength of H-DLC coating on pure titanium;
纯钛表面含氢类金刚石镀膜的实验研究
2)  titanium [英][tɪ'teɪniəm]  [美][tɪ'tenɪəm]
纯钛
1.
Effect of surface roughness on gingival epithelial cells attaching to titanium;
龈上皮细胞在不同粗糙度纯钛表面黏附情况的研究
2.
Study on investment of titanium crown and bridge (Part 1): Preliminary determination of controlled ingredients;
纯钛冠桥铸造包埋料配方的确定
3.
Effect of human serum albumin on cell morphological features of human gingival epithelial cells attached to commercially pure titanium;
人血清白蛋白对在纯钛表面粘附的人牙龈上皮细胞形态的影响
3)  high purity titanium
高纯钛
1.
At last this paper indicates that the combination of some methods is the best approach of obtaining high purity titanium,and the development of new methods is beneficial to reduction of complexity of process.
详细介绍了高纯钛的应用现状,并对高纯钛的主要生产方法——克劳尔法、碘化法、熔盐电解法、电子束熔炼精炼法等进行了综述,指出只有几种方法结合才能获得纯度要求非常高的高纯钛;研发新的制备方法,克服传统制备工艺的复杂性,提高生产效率,降低生产成本,是高纯钛制备研究的发展方向。
2.
In this paper,combined with thermodynamics and crystal growth theory,the high purity titanium is obtained by chemical vapor deposition process.
本文结合热力学和晶核长大理论,采用 CVD(Chemical Vapor Deposition)法实验提纯钛,并对实验过程的成核热力学因素进行了分析,研究不同温度下化学气相沉积高纯钛的动力学特征,以及不同的动力学控制机制下气相过饱和度和结晶温度对高纯钛的结晶行为的影响。
4)  CP Ti
工业纯钛
1.
Hydroxyapatite(HAP) coating was synthesized via biomimetic method,by immersing commercial pure titanium(CP Ti) in simulated body fluid(SBF) after alkali pre-treatment and heat treatment.
将表面抛光和高能喷丸处理的工业纯钛在5mol/L NaOH溶液中处理后,在模拟体液(SBF)中矿化生成羟基磷灰石(HAP)涂层。
2.
Hydroxyapatite (HA) coating was dip-coated by sol-gel method on the surface of Commercial Pure Titanium (CP Ti).
利用溶胶-凝胶法在工业纯钛表面制备羟基磷灰石(HA)涂层,探讨了酸洗和浓碱热处理两种基体预处理工艺对涂层的影响;用接触角仪测量了涂覆前两种预处理后基体的接触角并计算其表面能;用扫描电镜(SEM)、X射线衍射仪(XRD)分析了基体和涂层的表面、截面形貌及成分。
5)  C.P.Ti tube
纯钛管材
6)  commercial pure titanium
工业纯钛
1.
Surface nanocrystallization of commercial pure titanium welded joints and its influence on properties;
工业纯钛焊接接头的表面纳米化及其性能
2.
The extreme high temperature oxidation behavior of commercial pure titanium was researched by Gleeble-1500 thermal simulator.
通过Gleeble-1500热模拟机研究了在特高温度下工业纯钛的氧化行为。
3.
Based on the empirical electron theory of solid and molecule (EET), the valence electron structures of α-Ti and α-Ti-S (S denotes elements of O, N and C) which exist in commercial pure titanium were calculated, and the transition temperatures of α?β were also calculated for α-Ti and α-Ti-S phases.
基于"固体与分子经验电子理论",计算了工业纯钛中的α-Ti相及非金属元素形成的α-Ti-S(S代表O、N、C)相的价电子结构,并计算了α-Ti相及α-Ti-S相的α?β转变温度。
补充资料:工业纯钛
分子式:Ti
CAS号:

性质:含一定量的氧、氮、碳、硅、铁及其他元素杂质的α相钛。具有优良的冲压工艺性能,好的焊接性能,对热处理及组织类型不敏感,在令人满意的塑性条件下具有一定的强度。工业纯钛是按照杂质元素的含量划分等级的。它的强度主要取决于间隙元素氧、氮的含量。它在海水中具有高的抗腐蚀性能,但在无机酸中较差。一般用于制造在-253~350℃温度下工作的、受力不大的各种板材零件或锻件,也可制造铆钉线材和管材。

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