陶瓷合金

基本解释 (translations)

ceramal

与陶瓷合金相关的网络例句 [注：此内容来源于网络，仅供参考]

Of the late two years,in order to find out a kind of dental implant ing materialwhich would possess both the very good properties of biological compatibility,the chemical compatibility and the mechanical compatibility,an animal experi-mental preselection was accomplished by our research team with six kinds of im-planting material chosen from four main sorts of oral implant ing material(met-al,ceramic,high polymer and carbon),As the result of the Preselection,thematerial……bio-ceramic was chosen by ...

为了寻求生物相容性、化学相容性和力学相容性均好的种植材料，在口腔四大类种植材料(金属、陶瓷、碳素、高分子)中，选用6种材料作了动物实验预选。根据预选结果，选定以生物陶瓷为主攻方向，从而研制成功锆磷灰石陶瓷，以之进行了理化性能、生物学性能、及动物实验考查，合平种植要求。并以考查结果与钛合金、多晶氧化铝、单晶氧化铝、钛合金喷涂氧化铝、低温各向同性碳、聚砜种植作了比较，主要性能均较其它几种比较材料为优。经临床初试，锆磷灰石陶瓷的种植效果也较好，其界面为骨性结合。

It was carried out successfully to microarc electrodeposit ceramic coatings on the anode and cathode of AZ91D magnesium cast alloy with AC pulse method. The thicknesses, morphologies, composition and micro-structures of the coatings were studied by scanning electron microscopy and X ray diffraction.

利用交流脉冲方法在AZ91D铸造镁合金表面成功实现阴、阳极微弧电沉积陶瓷膜，并使用SEM和xRD等手段对陶瓷膜的厚度、组织形貌、成分、结构和耐蚀性作了相应研究分析。

In order to justify the efficiency during the water elutriation process of separating ceramic inclusions from FGH95 alloy powder, the maximum theoretical and experimental size of FGH95 powder elutriated was compared at different water flowing velocity.

摘 要：通过对水淘析法的原理分析，运用流体力学中的摩擦数群法确定了以陶瓷夹杂物在水中的沉降速度来确定水流速度，及在确定的水流速度下，所能淘析出的FGH95合金粉末的最大尺寸；并以比较淘析出的FGH95合金粉末的实际最大尺寸与理论最大尺寸，考察了水淘析法分离FGH95合金粉末中的陶瓷夹杂的有效性。

At the same time , it indicated that crystal type of ZrO2 was not cubic type that had to form under fast solidification , on the contrary , it became monotype due to effect of thermal stress .

综合试验与分析结果，首次建立了 WC陶瓷颗粒和 Z，0，陶瓷颗粒 N i 60自熔合金的激光熔覆层成形的物理模型。

Super permalloy head, auto-stop mechanism, two built in condenser mics, and variable sound monitor

超级陶瓷合金磁头，自动停止机构，两个内藏式电容麦克风，以及可变声音监听器。

Silicon powder can also be applied to certain metal reducing agent, such as a new type of ceramic alloy.

金属硅粉也可应用於某些金属的还原剂，用於新型陶瓷合金等。

This paper is a stage report of the research on new laser ceramic alloying pistion ring.

本文是研制新型激光陶瓷合金化活塞环的阶段研究报告。

The water meter is a ceramic alloy materials, and sell them not valuable scrap metal.

这种水表的材料是陶瓷合金的，拿去卖废铁也不值钱。

2Before the addition of Ni-Ti alloy, hard phase was nearly spherical shape; the shape of hard phase became multiangular with the increasing of Ni-Ti alloy, the interface between hard phase and binder phase presented line.

2未加Ni-Ti合金以前，陶瓷相多为球形；而随着Ni-Ti合金加入量的增多，Ti基金属陶瓷中出现了多边形的陶瓷相，陶瓷相与粘结相的界面呈现直线关系。

The results show that in the applied load range of 10250 N, the mass loss rate of coated AZ91D alloy can be identified to three stages, which are related with whether the coating is worn out. Abrasion is the main mechanism for the coated alloy. The friction coefficient of the coated alloy during sliding wear appears oscillation before it reaches a constant value, which is close to the μ value of the matrix alloy. The mass loss rate of coated alloy increases slightly with increasing applied load when the applied load is more than 150 N because of high plastic deformation accommodation on the matrix alloy surface.

结果表明：根据载荷大小，涂层处理后AZ91D镁合金的磨损行为明显分为3个阶段，这些阶段同陶瓷层是否磨穿密切相关；微弧氧化涂层AZ91D镁合金的磨损机理主要是磨粒磨损；受表面状况的影响，陶瓷涂层的摩擦因数在 0.20~0.45 间波动；在较高载荷下，涂层被磨穿后，涂层的摩擦因数趋于基体合金的摩擦因数，涂层合金的表面变形能力提高，该阶段质量磨损速率随载荷增加，趋势变得缓慢。

与陶瓷合金相关的网络解释 [注：此内容来源于网络，仅供参考]

ceramic ablator：陶瓷烧蚀材料

ceramet | 陶瓷金属, 金属陶瓷, 合金陶瓷 | ceramic ablator | 陶瓷烧蚀材料 | ceramic absorber | 陶瓷吸收涂层

amalgam：汞合金

陶瓷电极,耐高温,不氧化,而且在高温下也不会和汞产生汞合金(amalgam), 光衰(decay)慢,寿命长. 因此,在萤光灯管内就也不需多余的汞(只需1.6mg-3mg 即可),完全改善了金属电极容易氧化,寿命短的缺点. 参考实验数据表1.线性双极陶瓷电极的特殊材料,

beryllia ceramics：氧化铍陶瓷

Berylco alloy 伯里尔科铜铍合金 | beryllia ceramics 氧化铍陶瓷 | beryllia fibre 氧化铍纤维

ceramal：合金陶瓷

ceraceous 蜡状的 | ceramal 合金陶瓷 | ceramic dentistry 瓷牙学

ceramal：陶瓷合金

Cer-Vit 赛尔维特,微晶陶瓷玻璃 | ceramal 陶瓷合金 | ceramic condenser 陶瓷电容器

Ceramic metal：陶瓷金属

Casting aluminium bronze 铸铝青铜 | Ceramic metal 陶瓷金属 | Chromel alloy 镍铬合金

cermet material：金属陶瓷材料,陶瓷合金材料

cermet fuel | 金属陶瓷燃料,陶瓷核燃料 | cermet material | 金属陶瓷材料,陶瓷合金材料 | cermet mixture | 金属陶瓷混合物

Ceramic Heating Element：发热体陶瓷

ceramic hastelloy | 陶瓷耐蚀耐高温镍基合金 | ceramic heating element | 发热体陶瓷 | ceramic insulating brick | 陶瓷绝热砖

ceramicite：瓷土岩,陶瓷状火山岩

ceramic-vacuum tube | 陶瓷真空管 | ceramicite | 瓷土岩,陶瓷状火山岩 | ceramics alloy | 金属陶瓷,陶瓷合金

ceram metal：金属陶瓷(合金)

ceram || 陶瓷 | ceram metal || 金属陶瓷(合金) | ceramal || 金属陶瓷,陶瓷合金