磨损层

词组短语

wearing layer

与磨损层相关的网络例句 [注：此内容来源于网络，仅供参考]

This paper expounds the oxyacetylene flare overlaying welding technology of tungsten carbide rod made to be metal matrix carbide ceramal compound overlaying welding layers.

介绍碳化钨条氧乙炔火焰堆焊制备金属基碳化物陶瓷复合耐磨堆焊层的工艺方法，结合碳化钨条氧乙炔火焰堆焊工艺过程、堆焊层性能特点、泥沙磨损实验结果及显微组织形貌，分析讨论了热源性质对堆焊层性能的影响以及复合耐磨堆焊层的抗泥沙磨损特性。

The discrete random height variable of worn surface is described with continuous random variables by a mathematical method.

建立了磨损表面轮廓数值化基准、用连续随机变量来描述磨损表面轮廓线高度离散随机变量，对磨损表面高度分布作了数理统计分析，研究了载荷、滑动速度及镀层种类对磨损表面几何特性的影响，将数理统计分析结果与镀层的耐磨性作了比较分析，较为完整、深入地描述了磨损表面的几何特性。

The experimental results indicate that the particle size distribution has great influence on the attrition behavior of the catalysts tested, and a mixed attrition mechanism consisting of abrasion and fragmentation is identified for all the catalysts in terms of attrition loss rate evaluation, after-attrition morphology characterization and particle size distribution analysis. It is shown that the attrition of particles was found to evolute following Gwyn's kinetic model and the difference of attrition mechanism of various particles can be categorized with parameters of the Gwyn equation.

实验结果表明，不同粒径的催化剂颗粒具有不同的磨损行为；所有测试催化剂的磨损均由表面剥层磨损和体断裂磨损组成的混合磨损机制所支配；磨损的发展过程符合Gwyn磨损动力学方程，不同颗粒磨损规律的差别可由Gwyn方程的各参数来描述。

Wear and corrosion involve mechanical and electrochemical mechanisms, and the combined action of these mechanisms often result in significant mutual reinforcement. To measure the effect on wear-corrosion resistance of the chemical and abrasion wear separately at the same time, wear-corrosion synergism rate is selected to indicate the nature and degree of the chemical and abrasion wear.

腐蚀磨损是同时涉及力学因素和电化学因素的复杂的材料的流失过程，通常条件下，腐蚀磨损不是纯磨损和纯腐蚀的简单叠加，还有两者间的协同作用，为定量描述腐蚀与磨损的促进程度、进一步完善腐蚀磨损机理，本文利用腐蚀磨损协同作用率值的大小来分析腐蚀和磨损的交互作用程度，结果表明：本文制备的镀层，在5％H_2SO_4溶液中腐蚀磨损时，机械磨损是造成镀层表面材料流失的主要原因，腐蚀和磨损的协同作用为次要因素。

UHMWPE has regular molecule chain and lower shear strength, so it improved the tribological property of PA66. When the amount of the transferring layer reached a certain value, severe plastic distortion and adhesion wear occurred, and wear resistance of the blends was related to the mechanical property of the blends. Worn microstructure changes with addition of compatibilizer. Soft UHMWPE produced from friction heating has low shear strength, and it improves the tribological property of PA66 during the friction course.

结果表明：加入MAH-g-HDPE相容剂可以使共混体系的相容性得到改善，提高共混物的机械性能；具有平整分子结构的UHMWPE有利于改善PA66的摩擦磨损性能，当摩擦偶件的转移层达到饱和状态后，共混物的耐磨性与其力学性能相关；共混物在摩擦过程中表现出严重的塑性变形和粘着磨损，但在共混体系的摩擦过程中，对摩擦磨损性能起主要作用的是受热软化的UHMWPE在磨损表面形成低剪切强度的界面层，从而使得PA66的摩擦磨损性能明显改善。

Surface morphology, microstructure and wear morphology of the coatings were investigated using model KYKY-2800 scanning electron microscope modeled. Phases of the coatings were analyzed using model D/max-RA X-ray diffractometer. Microhardness of the coatings was tested using model MH-6 hardness-testing device. The wear-resisting property of coatings was compared with 65Mn steel treated by the quenching and backfiring technology using the home-made abrasion machine. The feasibility was analyzed for reactive electric-spark build-up welding TiN cermet coating to be used for gear shaft restoration.

采用KYKY-2800型扫描电镜观察了堆焊层表面形貌、显微组织和磨损形貌，采用D/max-RA型X 射线衍射仪分析了堆焊层物相，采用MH-6型显微硬度计测定了堆焊层显微硬度，采用自制磨损实验机对比了堆焊层与淬火回火65 Mn钢的磨损性能，分析了电火花堆焊TiN金属陶瓷层用于轴颈修复的可行性。

While that of micrometer La_2O_3 particles reinforced Ni matrix composite coating is characteristic of delaminate wear and abrasive wear.

铸造热锻模具钢的高温磨损机理是氧化磨损和疲劳剥层磨损。10。而微米La2O3增强镍基复合镀层的磨损机制为剥层磨损和磨粒磨损。

Product fault ink UN-uniform UN-uniform ink products were:(1) water and ink, ink and wash painting the rubber roll version of wear, spindle bearing wear, cots epiderm aging decline, ink, etc;(2) series water roll of layer debranning, cylindricity wear, a thin layer of shoulderpieces for intergradle monlchamus, a product of long a portion of the Ribbon, resulting in a roller 跞 movement oscillating anisotropism;(3) support by Edition of water, rollers, the cylinder, swayig stand, wear, resulting in version tiaodong Cot by cause pressure by version is unstable, produce ink imbalance, ink, ink plate, staves, relying on the old version (students'overloaded) version of COTS and pressure;(4) the water roll chemiluminscent set of aging or poor quality water decline caused by transmission;(5) does not have a regular check of the drum-and-ink roller and version by version-and-ink roller and pressures;(6) if the drum gear wear, and gear spacing is the same as the regular ink "" gear.

二、产物墨色不平均障碍产物墨色不平均的来因有：（1）传水、传墨、匀墨和靠版水墨各橡胶辊的圆柱度磨损超不差，拆轴承的轴脚磨损，胶辊不内脏嫩化，传墨本领回升等；（2）串水辊度层脱皮，圆柱度磨损超不差，暗地有薄积墨层，两脚长出局部有积墨带，变不败滚子跞不静串墨不不平衡；（3）撑持靠版水、墨辊的锁脚，摆不静支架，磨损惨重，变不败胶辊靠版时跳不静致使靠版不抬辛不安定，爆发水墨不不平衡，呈现墨色不不平衡、干版、水墨杠、嫩版等本体；（4）水辊绒套嫩化或质度不差变不败传水本领回升；（5）操纵按期校核各水墨辊及版滚筒与靠版水墨辊的不抬辛；（6）若滚筒传不静齿轮磨损超不差，呈现与齿轮间距不异的有次序的&齿轮墨杠&。不一、套印障碍 1。

These four aspects are: the foreworn and frature of the wheel rim , tread foreworn bedded d ecrustation, regional crush and subside and early brittle fracture of the wheel rim .

为了有效地提高行走车轮的工作寿命，使其接近或达到设计周期，笔者从车轮损坏的形式、部位即轮缘磨损断裂、踏面磨损层状脱皮和局部压碎凹陷、轮缘早期脆性断裂四个方面进行了分析，找出了之所以产生磨损和断裂的原因，并提出了延长车轮工作寿命的对策。

Surface course; wearing course

路面表层；磨损层

与磨损层相关的网络解释 [注：此内容来源于网络，仅供参考]

Chrome：镀铬

经典的镀铬(Chrome),特出的热油(Oil Can),和新的黑镍(Black Nickel)表面处理,让严谨的球手有更多外观上的选择. Vockey Chrome wedges的特色在于传统光亮的镀铬层外观. Vockey Oil Can挖起杆外观上很独特,经热油工艺处理过的表面会较易磨损.

delamination wear：剥层磨损

磨粒磨损:abrasive wear | 剥层磨损:delamination wear | 磨损机理:wear mechanism.

lay：层

导线结构的影响主要归因于绞合方式尤其是绞线束的层(LAY). TIGHTER LAY IMPROVES DIMENSIONAL RIGIDITY. 端子和导体的界面镀层. 在较大的作用力下,当导体滑入IDC槽中最终位置时,导体的变形和磨损导致膜破损,由经验知,

Unnoticeable when worn under clothing unnoticeable：时,磨损下,成衣

Shoulder straps padded w/ soft laminated plush肩肩带垫瓦特/软叠层... | Unnoticeable when worn under clothing unnoticeable时,磨损下,成衣 | Velcro easily adjusts for comfortable fit velcro容易调整为舒适,...

wearing course：面层,磨损过程

watershed 流域 | wearing course 面层,磨损过程 | wearing surface 正在磨损的表面

wearing course：磨损层

wearing coat 磨耗层 | wearing course 磨损层 | wearing plate 防磨板,护板

wearing surface：正在磨损的表面

wearing course 面层,磨损过程 | wearing surface 正在磨损的表面 | weep hole 泄水孔

fretting corrosion：摩擦腐蚀

磨损退化包括摩擦腐蚀(fretting corrosion),相关的锡、镍、钯镍合金以及摩擦聚合物,相关的钯. <BR> 注意到潜在的磨损损耗是很重要的,因为它能引起镀层的穿透性磨损. 连接器期望达到的预测配合循环次数不仅仅是连接器磨损方面的唯一因素,

oilless：缺油的

供应分散型缺油的(Oilless)轴供应分散型缺油的(Oilless)轴分散型缺油的(Oilless)轴承(SBS轴承)外面层成为钢铁材,内面层把特殊固体润滑剂分散的金属烧结层来结合,对冲击和震动强,可使用重荷重用,卓越耐磨损型的复层形态的金属轴承.

wearing course aggregate：磨耗层集料

wearing course ==> 磨损层 | wearing course aggregate ==> 磨耗层集料 | wearing depth ==> 磨损深度