英语释义

• a narrow thin strip of wood used as backing for plaster or to make latticework

片语

lath cutter切板机

wood lath木板条

metallic lath金属板条

sowing lath播种板条

wattle用编条做成

batten板条；曲尺；扣板；小方材

lath hammer抹灰工手锤

metal lath钢丝网；金属板条

lath bainite板条贝氏体

lath nail板条钉

英汉例句

• attach metal or gypsum lath to studs or furring using nails, screws, clips or wire ties.

  用钉子，螺丝，夹子或电线扎带将金属或石膏板条固定到钉或贴面。

• the magnitude and direction of lath martensitic shape strain is firstly measured by a new interference method in this research.

  利用干涉显微镜首次测得了板条马氏体形状应变的大小及方向。

• the presence of a certain amount of retained austenite improves the resistance to contact fatigue failure. the lath martensite has better resistance than the plate twin martensite.

  金相组织对钢的接触疲劳寿命有重要作用：板条马氏体组织比片状马氏体组织抗接触疲劳性能好，适量的残余奥氏体可改善钢的抗接触疲劳性能。

• we can produce all the standard lath , all kinds of standard and non-standard colors, in addition, we will keep a vast of components for industrial doors and fast shutter door.

  我们能够推出所有标準板条，并且能够推出所有门板所需的各种标準及非标準的涂层颜色，此外，我们会经常库存大量工业门和快速卷帘门的组件。

• the experimental result shows that the cracking resistance can be increased effectively as dual-phase structure existed in the layer consisting of lower bainite and lath martensite.

  试验证明，当焊缝组织为下贝氏体及板条马氏体双相组织时，能有效地提高焊条的抗裂性能。

• they are dislocated lath martensite area and twinned martensite area respectively.

  这些微区分别为内孪晶马氏体区和位错板条马氏体区。

• the results indicated that there are some microtwins in lath martensite.

  结果表明，板条马氏体内存在少量的微孪晶。

• this paper sets up the plastic energy consumption and tensile functions of the ideal rigid plastic steel wire and lath under large curvature tension bending.

  建立了理想刚塑性钢条、板条在大曲率拉弯过程中的塑性耗能量函数与拉力函数。

• a series of morphologies of lath microstructure can be attained by tmp.

  通过tmp可获得各种各样的板条组织。

• after proper heat treatment the steel will have a dual phase structure of austenite and bainite. arranged alternatively in the form of lath ferrite and thin film austenite.

  经适当热处理，获得贝氏体铁素体板条与奥氏体薄膜交替排列的奥氏体-贝氏体双相组织。

• it is because the high temperature austenitizing is beneficial to obtain lath martensite surrounded by continous interlath retained austenite, which can enhance the strength and toughness.

  这是因为，高温奥氏体化有利于获得能提高强韧性的组织，即获得由薄壳状残余奥氏体包围的板条马氏体组织。

• experiments show that the dual phase structure suitable to wire drawing consists of fine ferrite islands dispersed in the matrix of lath martensite.

  实验表明，适于拔丝的双相组织是在板条马氏体基体上分布着细小的铁素体岛。

• balsa . this hull should really be done on a lath but you know me.

  这船体真的要做到在一个板条，但你知道，我是。

• the higher the peak temperature, the coarser the grain size of prior austenite, the larger the martensitic lath bundle after phase transformation.

  峰温越高，奥氏体晶粒越粗大，冷却后形成的马氏体板条束尺寸也越大。

• then we work with the plaster and lath to construct the extra sections of wall; this takes a very long time.

  随后就把塑胶和木板粘贴到墻上，这要花很长时间。

• the differentia between bainite and lath martensite, widmanstatten ferrite interface structure and migration mechanism, are discussed.

  本文还讨论了贝氏体、板条马氏体、魏氏铁素体的界面结构及界面迁移机制的异同。

• furthermore, both the effect of martensite lath boundaries on the nucleation of dynamic recrystallization, and the mechanism of nucleation and growth of equiaxial nanometer grains were revealed.

  揭示了马氏体板条界面在温变形过程中对动态再结晶形核的作用，及退火过程中等轴纳米晶粒的形成机制和长大机制。

• the microstructure of the weld metal and the coarse-grained heat-affected zone are both granular bainite that consists of the bainite lath and the m-a constituent.

  焊缝区和热影响区粗晶区组织均为贝氏体板条和m-a组元组成的粒状贝氏体；

• the lath of bainite deformed at 950 ℃ were larger in length and width than deformed at 850 ℃.

  含铌钢在950℃变形时贝氏体板条长度和宽度比850℃变形时大。

• when austenitizing temperature is higher than a critical temperature, full lath martensite can be obtained in medium and high carbon steel.

  钢的含碳量越高，获得全部板条马氏体的临界奥氏体温度越高。

• the structure of homogeneous and stable lath martensite as matrix with stable fine vanadium carbides on is of advantage to resist thermal fatigue and wear.

  基体组织为均一、稳定的板条马氏体，且在其上分布着弥散、稳定的钒的碳化物，有利于抗热疲劳和抗磨损。

• the relationship between fracture toughness and notch toughness, tensile ductilities in lath martensite steel has been investigated.

  研究了超高强度板条马氏体钢的平面应变断裂韧性与缺口韧性、拉伸塑性之间的关系。

• the results indicated that the steel is composed of quasi bainite, lath martensite and twin martensite under air cooling condition, and also has better combination of strength and toughness.

  试验表明：该钢空冷条件下即可获得準贝氏体、板条马氏体及孪晶马氏体的复合组织，且具有较好的强韧性配合。