金刚石涂层刀具,Diamond film coated tool
1)Diamond film coated tool金刚石涂层刀具
1.In this paper, the high performance of diamond film coated tools were expounded by testing the property of diamond film coating with SEM and comparision with natural diamond.用扫描电镜等方式检测金刚石镀膜的性能，并与天然金刚石的相关参数进行比较，阐明了金刚石涂层刀具的优异性能。
英文短句/例句
1.Progress in the Research and Application Prospect of CVD Diamond Coating ToolsCVD金刚石涂层刀具研究与应用前景
2.Research on the Cutting Performance of Diamond Coated Tools When High-speed Milling of Graphite Electrode Materials;金刚石涂层刀具高速铣削石墨电极材料切削性能研究
3.Wear Formand Breakage Mechanism of Diamond Coated Cutter During High-speed Milling Graphite金刚石涂层刀具高速铣削石墨的磨损形态与破损机理
4.Wear research of TiAlN and diamond film coated tools in the dry-cutting氮铝钛和金刚石涂层刀具干切削磨损性能的研究
5.Friction wear behavior of diamond-like carbon films on carbide cutting tool硬质合金刀具类金刚石涂层的摩擦磨损性能
6.Research on the Dry-Cutting Properties of Cutting Tool Coated by Diamond Film and C_3N_4-Film;金刚石、氮化碳涂层刀具干切削性能的研究
7.The major failure mechanisms of diamond coated cu tting tools are flaking and breakthrough of diamond coating.金刚石薄膜涂层刀具失效主要形式是膜剥落或膜被磨穿。
8.Abstract: The major failure mechanisms of diamond coated cu tting tools are flaking and breakthrough of diamond coating.文摘:金刚石薄膜涂层刀具失效主要形式是膜剥落或膜被磨穿。
9.Research on Deposition of High Quality Diamond Film on Cutting Tools with Complex Shape and Their Cutting Performance;高性能复杂形状金刚石薄膜涂层刀具的制备与切削试验研究
10.Analysis on Tool Wear and Cutting Force of Si_3N_4 Diamond Coated Tools in High Speed Machining高速切削中金刚石涂层Si_3N_4刀具磨损与切削力分析
11.Research on Fabrication and Machining Performance of Boron-Doped Diamond Coated Tools;硼掺杂金刚石薄膜涂层工具的制备和试验研究
12.Finite Element Analysis of Copper Tube Drawing Process Using Diamond-Coated Dies with Fixed Plug金刚石涂层模具铜管固定芯头拉拔过程数值模拟
13.brazed natural diamond tool焊接式天然单晶金刚石刀具
14.An Investigation of Technologies for Grinding Natural Diamond Tools Cutting Edge and Equipments;天然金刚石刀具刃磨技术及设备研究
15.The Bonding Technique of CVD Diamond Thick Film and Welding Tool;CVD金刚石厚膜及焊接刀具的连接技术
16.Study on the Hi-frequency Induction Brazing of Diamond Tools金刚石刀具高频感应钎焊工艺的研究
17.Mechanical Properties of Diamond Coatings on YG6 Cutting Tools Characterized by Nano-indentation Method金刚石涂层的纳米压痕力学性能研究
18.A new pretreatment method for WC-Co substrate for CVD depositionCVD金刚石涂层硬质合金衬底预处理新方法研究
相关短句/例句
CVD diamond film coated toolCVD金刚石涂层刀具
1.Application ofCVD diamond film coated tools to machining graphite;CVD金刚石涂层刀具在石墨加工中的应用
3)diamond film-coated tools金刚石薄膜涂层刀具
1.The diamond films" breakage and desquamation from body surface are main damage forms of thediamond film-coated tools in the cutting process.切削过程中金刚石薄膜从基体表面的破损剥落是金刚石薄膜涂层刀具的一种主要损坏形式。
4)Diamond-coated cutting tools金刚石镀层刀具
5)diamond-coated drawing die金刚石涂层模具
1.The nonlinear finite element method was employed to simulate the whole drawing process ofdiamond-coated drawing dies for copper tubes with fixed plug.借助有限元法对金刚石涂层模具铜管短芯头的拉拔过程进行数值模拟,得到了拉拔过程中铜管及模具的轴向和径向应力分布情况,并分析了固定短芯头拉拔铜管的缩径缺陷、金刚石涂层及摩擦系数对拉拔后铜管尺寸精度的影响。
6)complex-geometry diamond-coated tool复杂曲面金刚石涂层刀具
1.Study on fabrication technology and cutting test forcomplex-geometry diamond-coated tools;复杂曲面金刚石涂层刀具的制备与试验研究
延伸阅读
涂层刀具的合理使用被涂刀具表面应是光亮的磨光面，刀具各工作表面上不得有锈斑、磨糊、氧化、崩刃等缺陷，要求刃口上无毛刺。前、后刀面上的表面粗糙度应达到Ra<0.8~1.25μm。表面粗糙度值愈小，涂层的结合度愈好。此外，刀具表面的清洗质量也十分重要。 刀具基体材料 涂层刀具的基体材料与涂层材料应合理匹配，须根据不同的加工要求选用。涂层高速钢刀具的基体，既可用W6Mo5Cr4V2(M2)的通用型高速钢，也可用含钴的超硬高速钢和粉末冶金高速钢(PM HSS)。因粉末冶金的基体均匀，故使用效果好。加工钛合金时，推荐用含钴超硬高速钢如W2Mo9Cr4VCo8(M42)作为刀具的基体材料。对於涂层滚刀，当以正常切削速度(<45m/min)加工齿轮时，崩刃是滚刀磨损的主要原因，因此应选择韧性较好的W6Mo5Cr4V2高速钢作为刀具的基体材料；而在高速滚齿时(切削速度大於100m/min)，月牙洼磨损是滚刀磨损的主要原因，因此应选用耐热性和耐磨性较高的含钴超硬高速钢或CW9Mo3Cr4VN高速钢为刀具的基体材料。 涂层硬质合金刀具的基体，在加工钢材时，宜选择加工钢材的硬质合金，如WC-TiC-Co或WC-TiC-TaC-Co类合金(P30用得较多)；加工铸铁和有色金属时，宜选择WC-Co类合金(K20用得较多)。 被加工材料的硬度及切削加工性，对涂层刀具的使用效果也有一定影响。试验证实，涂层刀具最适於切削高硬度和耐磨合金一类难加工材料。 刀具的几何角度 由於涂层的润滑性好，所以涂层刀具工作时常会在工件表面上打滑，为此涂层刀具上的後角应比未涂层刀具的後角略大。实践表明，对铰刀等一类精加工刀具，加大後角後，可使刃口锋利，切屑形成容易，打滑现象明显减少，刀具的使用性能提高。 切削用量和切削液 为了充分发挥涂层刀具的性能，必须正确选用切削用量和切削液。涂层刀具由于耐热性好，抗月牙洼磨损能力强，故可采用较大进给量和切削速度工作，但首先应选取较大进给量。通常涂层高速钢刀具采用的进给量比未涂层刀具提高10%~100%，提高20%~30%的切削速度是合适的。为了提高工效，涂层硬质合金刀具也可采用比未涂层刀具高25%~70%的切削速度进行切削。目前，用涂层硬质合金通用刀具加工中碳结构钢时的切削速度，立铣刀可达100~150m/min，钻头可达80~100m/min；丝锥加工铸铁为20~40m/min。 实践证明，使用20号机械油加10%煤油冷却时，可使涂层高速钢镗刀的寿命提高1~2倍。TiN涂层高速钢滚刀加工20CrMnTi(197HBS)钢制斜齿圆柱齿轮(模数m=5)时，使用20号机械油和煤油混合润滑，刀具寿命可提高5倍左右，即使重磨后也可提高2~3倍，干切时寿命仅提高1倍。
