Ni-Cr烤瓷,Ni-Cr porcelain-fused-to-metal crowns
1)Ni-Cr porcelain-fused-to-metal crownsNi-Cr烤瓷
英文短句/例句

1.Study on the Properties of Ni-Cr Ceramic Alloys after Recasts;反复熔铸对Ni-Cr烤瓷合金性能影响的实验研究
2.Effects of recasting on the tensile properties of Ni-Cr ceramic alloy多次熔铸对Ni-Cr烤瓷合金拉伸性能的影响
3.Evalluation of Biocompatibility on the Self-developed Alloy: Ni-Cr-Ti Alloy;自制Ni-Cr-Ti烤瓷合金体外生物相容性评价
4.Study on the Interface Behavior for the Porcelain Fused to Ni-Cr Alloy;烤瓷熔附Ni-Cr合金修复体界面行为的研究
5.Basic Study on Joining Technology of Ni-Cr Alloy and Dental PorcelainNi-Cr合金与陶瓷连接技术基础研究
6.Fracture Toughness of Al_2O_3-ZrO_2/W/Cr/Ni/Co CermetsAl_2O_3-ZrO_2/W/Cr/Ni/Co金属陶瓷的断裂韧性
7.Joining of Recrystallized SiC Ceramic Using Ni-Cr-Nb Powders as Filler采用Ni-Cr-Nb焊料连接再结晶SiC陶瓷
8.Wettability of Molten Ni(-Cr, W) Alloys on Alumina Ceramic Substrate熔融Ni-(Cr,W)合金与Al_2O_3陶瓷的润湿性研究
9.A treatment technology to wastewater in Ni-Ni-Cr production lineNi-Ni-Cr电镀生产线废水处理技术
10.Studies on Technology and Basic Mechanism of Plating Ni-Fe、Ni-Fe-Cr Alloy Foil and Ni-Cr Alloy;Ni-Fe、Ni-Fe-Cr合金箔及Ni-Cr合金电沉积工艺和基础理论研究
11.Effect of Cr on Microstructure and Hardness of AlCrxCuFeNi High-entropy Alloy SystemCr对Al-Cr-Cu-Fe-Ni高熵合金组织与硬度的影响
12.Microscope Phase-Field Simulation of Early Precipitation Process of Ni-Cr-Al Alloy;Ni-Cr-Al合金沉淀早期的微观相场模拟
13.Study on Technologies and Properties of Y_2O_3 Reinforced Cr-Ni Matrix Composite;Y_2O_3/Cr-Ni复合材料的工艺和性能研究
14.The Research on Corrosion Resistant of Ni-Cr-Mo-Cu Alloy;Ni-Cr-Mo-Cu合金的耐蚀性能研究
15.Study on the Properties of Fe-Mn-Si-Cr-Ni-C Shape Memory Alloy;Fe-Mn-Si-Cr-Ni-C形状记忆合金性能研究
16.Preparation of Nickel-Iron-Chromium Alloy Foam by the Electrodeposition;电沉积制备Ni-Fe-Cr泡沫金属
17.Preparation and Characterization of Ni、Co、Cr、V doped TiO_2 Nanoparticles;掺Ni、Co、Cr、V的TiO_2纳米粒子制备与表征
18.Corrosion Behavoir of Nickel-Based Alloys with Different Chromium Contents不同Cr含量的Ni基合金腐蚀行为
相关短句/例句

Ni-Cr ceramic alloysNi-Cr烤瓷合金
1.Physical properties of Ni-Cr ceramic alloys after recasts;反复熔铸对Ni-Cr烤瓷合金机械性能的影响
3)Porcelain fused to Ni-Cr alloy烤瓷熔附Ni-Cr合金修复体
4)porcelain[英]['p?:s?l?n][美]['p?rsl??n]烤瓷
1.Interface microstructure and mechanical properties of Ni-Cr alloy porcelain materials;Ni-Cr合金烤瓷材料界面组织结构和力学性能
2.Interface reaction mechanism of porcelain fused to Ni-Cr alloy;Ni-Cr合金烤瓷界面反应微观机理
3.Clinical observation of restoring single front missing tooth with improved porcelain-fused-to adhesion fixed bridge;改良式烤瓷粘结桥修复单个前牙缺失的临床观察
5)ceramic[英][s?'r?m?k][美][s?'r?m?k]烤瓷
1.Effect of two kind of methods of color selection on the clinic ceramic restoration under the standard lightness;标准光源下两种选色方法对烤瓷修复的影响
2.Effects of different methods of shade selection colormeter on the ceramic restoration;应用不同选色方法对临床烤瓷修复效果的影响
3.Objective To discuss the restoration of defected surface of subgingival residual roots and crowns caused by violence or dental caries with resin post core and titanium alloy ceramic.目的探讨因外伤或龋病导致的残根残冠缺损面位于龈下3 mm左右时进行树脂核桩加钛合金烤瓷冠修复问题。
6)Cr/Ni proportionCr/Ni比
1.This article has analyzed the aspects of the heating status of the heating furnace,and the control situation of the Cr/Ni proportion during melting as well as the relationship between the steel organization and the heat treatment property,etc,meanwhile by adopting the measures such as controlling Cr/Ni proportion less than 1.本文通过对轧钢均热炉加热情况、冶炼时Cr/Ni比控制情况以及钢组织与热加工性能之间的关系等方面进行分析,采取控制Cr/Ni当量比小于1。
延伸阅读

Nini:1 (non-intel,非英特尔架构)除了英特尔之外,还有许多其它生产兼容x86体系的厂商,由于专利权的问题,它们的产品和英特尔系不一样,但仍然能运行x86指令。2 美国国家仪器(ni)有限公司(national instruments)national instruments (美国国家仪器有限公司,简称ni)创立于1976年,总部设于texas州首府austin,是一家测量行业的上市公司 (纳斯达克挂牌代号 nati) ,在世界各地设有50多个分公司和办事处,和众多系统联盟成员。3元素符号: ni 英文名: nickel 中文名: 镍相对原子质量: 58.7 常见化合价: +2,+3 电负性: 1.91外围电子排布: 3d 4s2 核外电子排布: 2,8,16,2同位素及放射线: ni-56[6.1d] ni-57[35.6h] *ni-58 ni-59[76000y] ni-60 ni-61 ni-62 ni-63[100y] ni-64 ni-65[2.51h]电子亲合和能: 111.5 kj·mol-1第一电离能: 737 kj·mol-1 第二电离能: 1753 kj·mol-1 第三电离能: 3393 kj·mol-1单质密度: 8.902 g/cm3 单质熔点: 1453.0 ℃ 单质沸点: 2732.0 ℃原子半径: 1.62 埃 离子半径: 0.69(+2) 埃 共价半径: 1.15 埃常见化合物: nibr2 nio niso4 nis nicl2发现人: 克朗斯塔特 时间: 1751 地点: 瑞典名称由来:德语:kupfernickel(假铜)。元素描述:硬而柔韧的银白色金属。见于地壳局部,平均含量百万分之70。能被磨得光亮如镜,通常情况下绝不生锈。元素来源:主要见于镍黄铁矿[(ni,fe)9s8]中。镍金属的生产方法是在鼓风炉里加热矿石,于是矿石中的硫被氧置换。随后用酸处理生成的氧化物,铁就会与酸反应,而镍保留下来。元素用途:由于镍的耐腐蚀性,可用作镀层金属、制金属合金,也可用于制镍镉电池、作催化剂,以及铸造硬币。