Titanium nitride has been widely used as tools material structural and special materials dus to its outstanding characteristics .

氮化 钛由于其优异特性，已在工具材料、结构材料及特殊材料中广泛应用。

Visible Light Photoelectrochemical Response of Nitrogen-Doped TiO_2 Thin Films Prepared by Anodic Oxidation of Titanium Nitride Films

阳极氧化 TiN薄膜制备N掺杂纳米TiO2薄膜及其可见光活性

We obtained different titanium nitride thin films in different energy parameters .

实验采用不同的能量参数得到不同的 氮化 钛薄膜。

The result of GDS showed that the surface modified layers were composed of titanium nitride . ⑵ .

GDS检测分析结果表明： 钛、 钛 合金两种表面处理后，表面主要由 氮化 钛 化合物组成。

The Effect of Nitrogen Partial Pressure on the Properties of Titanium Nitride Coating by Using Ion Plating Process

氮分压对离子镀 氮化 钛涂层的影响

Ti-Al-N layer consisted of titanium nitride aluminum nitride and a little titanium oxide aluminum oxide .

Ti-Al-N层主要由 钛 的 氮化物、铝的氮化物和少量的钛的氧化物、铝的氧化物组成。

Investigation on titanium nitride synthesis by direct reaction of titanium hydride

氢化钛直接反应合成 氮化 钛的研究

He effect of nitrogen partial pressure on properties of titanium nitride coating by using hollow cathode discharge ion plating process has been investigated .

研究了氮分压对空心阴极离子镀 氮化 钛涂层性能的影响。

The formation mechanism of titanium nitride powders by reduction of carbon and nitridation was researched by method of continuous weighing .

用连续称重法研究了 钛 白粉被活性碳还原 氮化 合成 氮化 钛粉末的还原氮化反应机理，并进行了反应的热力学、反应产物的显微结构以及X-ray衍射分析。

Titanium nitride ( TiN ) as a kind of biomaterial with excellent mechanical properties and biocompatibility is widely used .

氮化 钛（TiN）作为力学性能和生物相容性优异的生物材料，广泛应用于义齿和髋关节的涂膜等方面。

A Study of Vacuum Sputtering of Titanium Nitride

真空溅射 氮化 钛的研究

Studies of formation of titanium nitride layer with laser nitriding in a pure Ti in nitrogen atmosphere are described .

纯钛在氮气中通过激光 氮化表面形成了 TiN为主要 增强 相 的 表面涂层。

Effect of Target Working Conditions of Multi Arc Ion Plating on Titanium Microdroplets in Titanium Nitride Films

多弧离子镀弧源靶工作条件对 氮化 钛薄膜中钛液滴的影响

Study on preparation and reaction mechanism of titanium nitride powder

氮化 钛粉体制备及反应机理的研究

The Investigation of Titanium Nitride Coatings Deposited onto Aluminium alloy by Magnetron Sputtering Ion Plating

铝合金基板上磁控溅射离子镀 氮化 钛膜层的研究

Conclusions : Magnet coated titanium nitride has good biocompatibility .

结论：镀 氮化 钛 的 钕 铁 硼磁体具有良好的细胞相容性。

The role of ammonium salt of polyacrylic acid ( NH4-PAA ) in the dispersion of nanosized titanium nitride aqueous suspensions was investigated experimentally .

研究了聚丙烯酸铵在纳米 氮化 钛粉体上的定量吸附及其影响因素。

Titanium nitride films were grown by unbalanced magnetron sputtering on substrates of Si ( 100 ) and Ti alloy at different partial pressure ratios of N_2 and Ar and at different target substrate separations .

本文利用非平衡磁控溅射技术，通过改变薄膜沉积时氮气和氩气分压比（PN/PAr）和靶基距，在Si（100）和钛合金（Ti6A14V）基体上制备了 氮化 钛薄膜。

A Comparison on Structural and Tribological Properties of Diamond-like Carbon and Titanium Nitride Films

类金刚石碳膜和 氮化 钛的摩擦学性能研究

The Preparation of Nanometer Ultrafine TiO_2 Powder and Microwave Synthesis of Titanium Nitride 、 Titanium Carbide and Titanium Carbonitride Powder

纳米TiO2超细粉的制备及 钛 的 氮化物和碳化物粉体的微波合成

On titanium nitride inclusions in Ti-STABILIZED stainless steel

含Ti不锈钢中 氮化 钛夹杂的研究

The titanium nitride film layer and the glass have strong combing ability and the light penetrating ability and the color of beautiful shallow blue .

氮化 钛膜层与玻璃之间具有较强的结合能力和透光能力，同时具有漂亮的浅兰色。

Determination of Nitrogen in Ultrafine Titanium Nitride Powder

超细 氮化 钛粉末中氮的测定

Growth of titanium nitride films by dynamic ion beam mixing and investigation of their properties

离子束动态混合 氮化 钛薄膜生长及其组分和结构分析

Research on the Kinetics for the Preparation of Titanium Nitride Powders

氮化 钛粉末制备的动力学和热力学研究

This indicates that titanium nitride coating may improve the biocompatibility of non-precious alloys .

【结论】 氮化 钛涂层可降低贱金属合金析出金属离子的量，提高合金的生物相容性。

Titanium nitride films were grown by plasma immersion ion implantation and deposition on titanium alloys and silicon substrates .

利用多功能等离子体浸没离子注入设备，采用等离子体浸没离子注入和沉积技术在Ti合金表面制 备 具有 优异 力学性能的 TiN薄膜。

Titanium nitride was synthesized by ammonia reduction and nitridation under flowing ammonia atmosphere while the content and tetragonal phase structure of zirconia was unchanged .

采用氨气还原氮化法，在流动的氨气氛下原位反应生成 氮化 钛，同时保持四方相氧化锆含量和结构不变。

Domestic and foreign scholars have explored some ways of modifying alloy surface properties in recent years such as coating titanium nitride films coating organic gold paste and gold-plating and got satisfactory results .

因此，近年来国内外学者探索多种途径对合金表面进行改性处理，如在其表面沉积 氮化 钛膜，涂覆有机金浆膜4w_2155，表面镀金5w_2159等，均取得了较好的效果。