cubes

听听怎么读
[kju:bz]
是什么意思
  • n.

    立方形的东西,立方体( cube的名词复数 );立方;

  • 双语释义

    n.(名词)
    1. [C]立方形的东西,立方体 a solid object with six equal sides
    2. [C]〈数〉立方 the number made by multiplying a number by itself twice

    英英释义

    cube

    • n.
      • a three-dimensional shape with six square or rectangular sides

        同义词:block

      • a hexahedron with six equal squares as faces

        同义词:regular hexahedron

      • the product of three equal terms

        同义词:third power

      • any of several tropical American woody plants of the genus Lonchocarpus whose roots are used locally as a fish poison and commercially as a source of rotenone
      • a block in the (approximate) shape of a cube

        同义词:square block

    • v.
      • raise to the third power
      • cut into cubes

        "cube the cheese"

        同义词:dice

    学习怎么用

    词汇搭配

    用作名词 (n.)
    名词+~
    • ice cube冰块
    • sugar cube方糖
    ~+名词
    • cube root立方根
    • cube sugar方糖

    词组短语

    water cube水立方(北京奥运会主游泳馆)

    rubik's cube魔术方块

    ice cube(加入饮料用的)小方冰块

    magic cube[计]魔方

    cube sugar方糖

    cube root立方根

    更多收起词组短语

    双语例句

    用作名词(n.)
    1. A cube is a three-dimensional object.
      立方体是三维物体。
    2. Three cubed is twenty-seven.
      三的立方是二十七。
    用作及物动词(vt.)
    1. If you cube 1 0 , the result is 1 0 0 0 .
      如果你求10的立方,得出的结果是1000。
    用作形容词(adj.)
    1. The National Aquatic Center is also called "water cube ".
      国家游泳中心又被称为“水立方”。

    权威例句

    Implementing data cubes efficiently
    Implementing Data Cubes Efficiently
    Implementing data cubes efficiently
    Marching cubes: A high resolution 3D surface construction algorithm
    Marching cubes: a high resolution 3D surface construction algorithm
    Bottom-Up Computation of Sparse and Iceberg CUBEs
    Marching cubes: a high resolution 3D surface construction algorithm. ACM SIGGRAPH Comput Graph
    The asymptotic decider: resolving the ambiguity in marching cubes
    The asymptotic decider: resolving the ambiguity in marching cubes
    Raghu Ramakrishnan: Bottom-Up Computation of Sparse and Iceberg CUBEs