1) Ti6A14V-DLC
TiAl4V-DLC
2) DLC films
DLC膜
1.
Metal-DLC film is an effective way to reduce the stress and improve the mechanical properties of DLC films.
述评了金属-类金刚石薄膜的制备工艺、不同金属粒子对DLC薄膜形态、键结构、力学及摩擦磨损性能、物理化学性能等的影响,指出在金属粒子对DLC膜的力学及摩擦学性能的影响方面还有很多待确定的因素。
2.
The structure and tribological properties of TiNx/DLC films was investigated.
采用等离子体基离子注入技术在30CrMnSi钢上制备了TiNx/DLC多层膜,通过X射线光电子谱和激光喇曼光谱测试分析了膜的结构特征,TiNx/DLC膜大气下的摩擦性能在球盘式摩擦磨损试验机上进行。
3.
The composition, structure and properties of DLC films were investigated by spectroscopic ellipsometer, Raman spectroscopy, X–ray photoelectron spectroscopy(XPS), powder X–ray diffraction(XRD), spectrophotometer, nanoindenter, ball-on-disk tribometer, Rockwell apparatus and optical microscope.
硅片上的薄膜厚度均为37nm左右,75V、100V偏压下制得的薄膜具有最高的sp3键含量,薄膜具有典型的DLC膜Raman光谱特征。
3) DLC film
DLC膜
1.
Effect of pulsed bias on chemical structure of DLC films prepared by plasma processing;
脉冲偏压对等离子体沉积DLC膜化学结构的影响
2.
Ti alloyed DLC films were prepared with a Y B H N Ⅱ A-1 deposition device by dual-excitation energy source.
在一台-1型双激发源等离子弧薄膜沉积装置上制取Ti合金化DLC膜,用纳米硬度计、显微硬度计、原子力显微镜以及X射线衍射仪和光电子能谱仪等手段对薄膜的力学性能和结构进行了分析和测定。
3.
We found that the surfaces of the DLC films with thickness of 4 48 and 2 78 nm are much rougher than that with thickness of 12 7,64 9 and 153 4 nm.
对厚度为 1 5 3 4nm ,6 4 9nm ,1 2 0 7nmDLC膜摩擦力和法向力的关系进行研究 ,实验表明施加较低载荷 ,摩擦力和法向力成线性关系 ,符合Amontons’s定律 ;而膜厚为 4 4 8nm、2 78nm样品由于粗糙度、峰态和偏态的差异导致摩擦力和载荷关系不明显 ,研究指出针尖和薄膜的表面接触可以简化为Tomlinson模型 ,借助原子晶格振动的无损摩擦机理解释了这一现
4) DLC
DLC膜
1.
Plasma diagnosis to PECVD system and structure/properties of DLC films;
PECVD系统的等离子体诊断及DLC膜的结构和性能研究
5) fluorinated diamond-like carbon film
F-DLC
6) Al-DLC thin films
Al-DLC薄膜
补充资料：TiAl合金(金属间化合物)显微组织
TiAl合金(金属间化合物)显微组织
T·Al台金(金属间化合物)显微组织
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条