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hyperbolic

英 [ˌhaɪpəˈbɒlɪk]

美 [ˌhaɪpərˈbɑːlɪk]

adj.  双曲线的; 夸张的; 夸张法的

计算机

BNC.37648 / COCA.22144

牛津词典

    adj.

    • 双曲线的
      of or related to a hyperbola
      1. 夸张的;夸张法的
        deliberately exaggerated; using hyperbole

        柯林斯词典

        • (语言)运用夸张法的,夸张的
          If you describe language ashyperbolic, you mean that it makes something sound much more impressive than it really is.

          英英释义

          adj

          • enlarged beyond truth or reasonableness
            1. a hyperbolic style
            Synonym:inflated
          • of or relating to a hyperbola
            1. hyperbolic functions

          双语例句

          • In this paper some oscillation criteria are established for solutions of a class of neutral hyperbolic boundary value problems.
            本文建立一类中立型双曲方程边值问题解的振动准则。
          • An artificial boundary numerical method for the exterior problems of the hyperbolic equation is considered.
            利用复合亥姆霍兹积分方程解决了边界元方法在计算声学外问题时解的不唯一现象。
          • Here we study a nonlinear hyperbolic integrodifferential system which was proposed by H.
            本文研究一个非线性双曲微分积分系统,它由H。
          • We investigate the characteristic boundary value problems for first and second order complex hyperbolic equations.
            讨论了一阶和二阶双曲复方程的特征边值问题。
          • Inverse problem of determination of unknown source term for one-dimensional hyperbolic equation of half-line;
            讨论了一类伪抛物型方程未知源项的存在性和唯一性问题。
          • The analysis on nonlinear buckling of double-deck hyperbolic parabolic reticulated shell under the uniform pressure.
            双层双曲抛物面网壳结构在均布压力作用下的非线性屈曲分析。
          • Impulse hyperbolic partial differential equation oscillation higher order Laplace operator.
            脉冲双曲型偏微分方程振动性高阶Laplace算子。
          • And so too, we've discovered that there is an infinite taxonomy of crochet hyperbolic creatures.
            我们也已经发现,有一个无限分类的双曲生物钩针形式。
          • The electric field and capacitance of a confocal elliptic capacitor are calculated by the inverse hyperbolic cosine analytic function, and discussion on them is performed.
            利用解析函数的性质,通过反双曲余弦计算出了由共焦点椭圆导体柱面组成的电容器内电场和单位长度的电容,并对结果作了进一步讨论。
          • Another reason why hyperbolic tangent is a good choice is that it's easy to obtain its derivative.
            另一个原因双曲正切是一个很好的选择是很容易得到它的导数。