free-standing

英 [ˌfriː ˈstændɪŋ]

美 [ˌfriː ˈstændɪŋ]

adj.  自力支撑的; 无依附的; 独立的; 单独的

牛津词典

adj.

• 自力支撑的；无依附的；独立的
  not supported by or attached to anything
  1. a free-standing sculpture
     独立的雕塑
• 单独的；独立的
  not a part of sth else
  1. a free-standing adult education service
     自成体系的成人教育机构

柯林斯词典

• ADJ (家具或其他物件)独立的，分开的，不需支撑物的
  Afree-standingpiece of furniture or other object is not fixed to anything, or stands on its own away from other things.
  1. ...a free-standing cooker.
     独立式炊具

双语例句

• In this dissertation, we fabricated various magnetic nanostructures including free-standing nanowire, tube, ring and core-shell cable arrays on silicon substrate.
  本论文以阳极氧化铝为模板，设计制备了各种磁性纳米结构阵列，包括自由站立的纳米线、管、环、核壳电缆阵列以及磁性金属／聚吡咯复合纳米线阵列。
• Preparation of free-standing diamond thick films of large area and high quality using hot-filament CVD method
  热丝CVD法制备大面积高质量自支撑金刚石厚膜
• Free-standing Mark X indoor games hall The right figure shows a typical independent suspension.
  独立式第X型室内运动场右图所示为一种典型的独立悬架结构。
• Logistics: Including a free-standing private facility with dock-high loading and a fully sprinklered, 30'clear ceiling height.
  物流：包括一项独立的私人设施与坞高负荷和全部的洒水车库，30尺的上限高度。
• It is often overlooked that Smith did not take the pure market mechanism to be a free-standing performer of excellence, nor did he take the profit motive to be all that is needed.
  经常被忽视的一点是，斯密没有认为纯市场机制可以独立实现出色的运作，也没有将利润动机视为充要条件。
• Comparing the different process for free-standing graphene paper, and modified the preparation method.
  详细研究了各种石墨烯自支撑膜的制备方法，对方法进行了改良。
• The Command design pattern appears in Groovy as a code block, which is anything defined within free-standing curly braces ( { and}).
  命令设计模式作为代码块出现在Groovy中，是定义在独立的花括号（{和}）中的任何东西。
• We also have the ability to put a free-standing camera in the lab if an additional camera angle is needed for the study.
  在研究中，如果需要更多的摄像角度，我们能够在实验室安排活动位置的摄像机。
• Apparatus for moulding inclined, free-standing hollow columns of concrete by means of sliding formwork is provided.
  器具成型倾斜，独立的空心柱混凝土采用滑动模板提供。
• The model predicts that with increasing surface-to-volume atomic ratio, the melting temperature and melting entropy of free-standing nanocrystals will decrease while the above two parameters for the embedded nanocrystals will increase, and the conditions of supercooling and superheating of nanocrystals are discussed as well.
  模型不仅预测了随表面原子百分数的增大自由表面纳米晶体熔点与熔化熵的减少及包覆纳米晶体熔点与熔化熵的增加，还对纳米晶体产生过冷和过热的条件进行了分析。