intended function中文是什么意思

• 预定作用
• 预期功能

• intended    adj. 1.预期的，打算中的。 2.有意的，故意的。 ...
• function    n. 1.功能，官能，机能，作用。 2.〔常 pl.〕职 ...
• be intended for    打算为...所用; 为…准备
• be intended to be    规定为, 确定为
• intended    adj. 1.预期的，打算中的。 2.有意的，故意的。 3.已订婚的。 bring on intended results 带来预期的结果。 an intended insult 蓄意的侮辱。 one's intended wife 未婚妻。 n. 〔口语〕〔加用物主代名词〕已订婚的人。 my intended 我的未婚妻[夫]。
• intended for    用来
• intended to    打算做什么
• it is intended that    企图, 意图是
• the intended    深林欲; 未婚妻
• area of intended    预定挥杆区域
• be intended to do    想要，打算
• be meant／intended for    打算给，打算用作
• figure intended    随即拍发数字
• intended beneficiaries    预定受益者
• intended birth    意愿分娩
• intended bottom    设计河底
• intended dividend    拟宣布摊还债款
• intended effect    期望效应; 预期效果
• intended for use in    意图用于
• intended interpretation    预期解释; 预期释义
• intended interval    目的层
• intended investment    计划投资; 拟议投资
• intended landing    在预定地点的着陆
• intended life    预定使用寿命
• intended operation    预定的作用

• Measurement and characterization of surface texture is an important aspect of precision metrology . historically this has involved partitioning a profile into different wavelength regimes referred to as roughness , waviness and form followed by numerical quantization . parameters computed are then inspected for tolerance compliance to ensure a part performs its intended function . this approach is satisfactory when the specification has been carefully determined and the process is stable . however , when the manufacturing process is under development or when instability or modifications to the process invalidate specifications , there is a need to study surface finish parameters in relation to functional performance or process measures . in this context , the problem of surface texture classification and recognition are discussed . advanced techniques developed for this purpose along with applications are presented . also , the techniques discussed here will be useful across large bandwidth , from the characterization of nano scale to traditional micro scale surfaces
  表面结构的测量与特征描述是精密计量技术的一个重要方面,传统上包括将轮廓情况根据不同的波长范围划分为粗糙度、波纹度和形状及后续的数字量化.按算得的参数检查它是否为公差允许,以保证零件执行其指定的功能.当技术特性已经经过仔细确定,并且其过程稳定时,该方法是令人满意的;但是,当制造过程正在进行中或过程的不稳定、过程变化使技术特性失效时,就需要研究和功能表现及过程评定相关的表面参数.讨论了表面结构的分类与识别问题.同时阐述了为此目的而开发的先进技术及其应用.所研究的技术对从纳米尺度到传统的微米尺度的较大带宽范围内的表面特征描述都是有效的