钛基托,Ti complete denture base
1)Ti complete denture base钛基托
1.Objective:To investigate the quality of fit of Titanium(Ti)of complete denture base by applying LSH600 laser scan technique,so as to provide experimental evidence to evaluate the feasibility of this new technique in studying the fitness ofTi complete denture base.目的:应用LSH600激光扫描设备,对全口义齿钛基托的适合性进行研究,探讨激光扫描法检测义齿基托适合性的可行性。
英文短句/例句
1.Experimental Study on Fabrication of Titanium Crown、Fixed Bridge and Base of Complete Denture with Laser Solid Forming Technology;冠、桥及全口钛基托的激光立体成形制备研究
2.The Research of Fabricating the Ti Base of Complete Denture by Laser Rapid Forming;应用激光快速成形技术制作全口义齿钛基托的实验研究
3.The feasibility study of evaluating the quality of fit of Titanium complete denture base by laser scan technique.激光扫描测量全口义齿钛基托适合性的可行性研究
4.Study on the Slow Release of Silverions and Titaniumion from Poly Methyl Methacrylate Denture Base with Ag-embedded Nano-TiO_2载银纳米二氧化钛在义齿基托中的缓释性
5.Cytotoxicity Test in Vitro of Poly Methyl Methacrylate Denture Base with Ag-embedded Nano-TiO_2载银纳米二氧化钛义齿基托材料的体外细胞毒性研究
6.Antibacterial Efficacy of Photocataytic Material on the Resin Base with Ag-embedded Nano-TiO_2载银纳米二氧化钛树脂基托光触媒抗菌作用的观察
7.The Initial Research on the Antimicrobial Activitives of Denture Base with Ag-embedded Nano-TiO_2 in Vitro载银纳米二氧化钛粉在义齿基托中抗菌性的初步研究
8.Antibacterial efficacy of photocatalytic material on the resin base with Ag-embedded nano-TiO_2载银纳米二氧化钛树脂基托光触媒的抗真菌作用
9.Effects of Surface-modified Nano-titanium Dioxide on Mechanical Properties of Denture Base Resin表面改性的纳米二氧化钛对义齿基托树脂机械性能的影响
10.Fundamental Investigation on Irion and Titanium Separation of Reduced Ilmenite by Method of Solid-state Reduction;钛铁矿固态还原法铁钛分离基础研究
11.Study on the Surface Micro-Porous Titanium/Ti Matrix Biomaterial;表面微孔钛/钛基生物医学材料的研究
12.Experimental Study on the Potassium Titanate Whisker-enhanced Plastic Brackets Material;钛酸钾晶须增强型塑料托槽材料的实验研究
13.Laser in-situ Reaction Cladding of Titanium boride/titanium Composite on Titanium Substrate钛基体上激光原位反应熔覆硼钛化物/钛复合涂层(英文)
14.Fundamental and Applied Research on the Fatigue Resistance of Titanium and Titanium Alloy Cast Denture Clasp钛及钛合金铸造卡环疲劳强度的应用基础研究
15.Oxidation Behavior and Mechanical Properties of Ti Alloys and Ti-based Composites;钛合金和钛基复合材料的氧化行为及力学性能
16.Studies on the Titanium Matrix Biofunctionability Medical Composites with Potassium Titanium Oxide Reinforced Surface;钛酸钾表面增强钛基生物医学复合材料的研究
17.Preparation and Characterization of Bismuth Titanate Based Pseudo-Perovskite Structure Thin Films;钛酸铋基赝钙钛矿结构薄膜的制备和性能研究
18.Investigation on Rusting Behavior of Reduced Ilmenite and Strengthen Reaction of Rusting Process强化还原钛铁矿锈蚀法钛铁分离的基础研究
相关短句/例句
Ti-based钛基
1.Ti-based amorphous brazing material is a new brazing material with great application prospect.钛基非晶态钎焊料是一种较有应用前景的新型钎焊材料。
2.Ti-based bioactive coating materials as high application prospect materials for medical implants are great in material science.钛基生物活性涂层材料作为极具应用前景的医用种植体材料,是材料领域研究的热点材料。
3)compositional and structural characteristics钛基柱撑累托石成分和结构特征
4)base plate基托
1.Elastic resin retainer used with PMMAbase plate to improve the esthetics of traditional removable partial denture;弹性树脂固位体与PMMA基托联合应用改善传统活动义齿的美观
2.METHODS: According to proporation of 0%、 1%、3%、5%,of antibacterial agent powder to thebase plate were mixed.目的:将纳米二氧化钛抗菌剂添加到义齿基托后具有一定的抗菌性,为进一步观察纳米二氧化钛抗菌剂对树脂基托机械性能的影响,本实验将检测弯曲强度、弹性模量、吸水率、溶解率,探讨其最佳添加比例。
3.According to the clinical experience and the international achievements in this field,We conclude some aesthetic rules and skills in selection and arrangement of tooth,the making method of retainer andbase plate.作者根据自身的临床工作经验,并结合国内外学者在此领域的研究成果,从人工牙的选择、排列及固位体和基托制作等方面,对义齿在制作过程中所应用到的美学原则和操作方法加以总结和归纳,便于更好的指导临床工作。
5)base[英][be?s][美][bes]基托
1.Study on Mechanical Properties of the Nanometer(PMMA/Montmorillonite)Composite Denture Base;纳米(PMMA/蒙托土)义齿基托复合材料力学性能的研究
2.A Comparative Study of Clinical Application Between One Piece Casting Metal Base Complete Denture and Resin Base Complete Denture;铸造金属基托与纯塑料基托全口义齿的临床应用比较
3.The appliance of the glass fiber reinforced composite in complete denturebase;玻璃纤维增强复合树脂在总义齿基托中的应用
6)denture base基托
1.Stress analysis of the base of mandibular complete overdenture based on post-core abutment and its supporting tissues;下颌桩核基牙式全口覆盖义齿基托及支持组织的应力分析
2.The influence of anterior teeth arrangement on the stress distribution of maxillary completedenture base上前牙排列位置对全口义齿基托应力分布的影响
延伸阅读
硼纤维增强钛基复合材料分子式：CAS号：性质：一种连续纤维增强金属复合材料。硼纤维采用带有碳化硼或碳化硅涂层的纤维；钛基多用Ti-6Al-4V或塑性更好的β型合金（Ti-15V-3Cr-3Sn-3Al）。复合材料一般含纤维35%～40%（vol），单向增强时纵向拉伸强度约为1300～1500MPa，模量约230GPa，密度约3.7g/cm3。其主要特点是适合于在较高的温度下（550～650℃）工作。制造工艺主要采用预制条带的热压扩散结合。纤维上的涂层能保护纤维，避免在高温下与基体反应而损伤材料性能。主要用途为制造航空发动机压气机叶片和其他耐热零件。
