1) Fuzzy finite assember
Fuzzy有限变换器
2) finite transformation
有限变换
1.
For any finite transformation α of X={1,2,3,…,n},we claim and prove the relation between the index and period of α and the indices and periods of its simplist factors at first.
对X={1,2,3,…,n}上任一有限变换α,首先叙述并证明了α的指数和周期与其分解式中最简变换的指数和周期的关系。
3) Finite Fuzzy Number
有限Fuzzy数
4) finite Fourier transform
有限Fourier变换
1.
Based on a fully coupled thermal-hydraulic-mechanical formulation of saturated porous media,the analytical solutions of a one-dimensional thermal elastic consolidation model under non-isothermal condition are deduced by finite Fourier transform and its inverse transform.
基于饱和多孔介质热-水-力完全耦合的控制方程,通过有限Fourier变换及其逆变换,对一维热弹性固结模型进行解析求解,给出土柱内部温度、孔压和位移演化过程的解析表达式。
2.
The finite Fourier transform is used in this paper,for some kinds of partial differ-ential equation,to abtain the solutions of definite soluion problem.
利用有限Fourier变换，提出了某些偏微分方程定解问题的求解方法。
3.
The analytical solutions of excess pore water pressure,temperature increase were derived based on finite Fourier transform and its inverse transform,and the expressions of settlement,average consolidation degree were also given.
利用有限Fourier变换及其逆变换,得到土层内部超静孔压、温度增量的解析解,并依此求出地基沉降、平均固结度的表达式。
5) finite Radon transform
有限Radon变换
6) finite Hankel transformation
有限Hankel变换
1.
According to the basic equations of axisymmetric transfer isotropic piezoelectric materials, the state space equations of the functionally gradient piezoelectric circular plate were developed by the method of finite Hankel transformation.
根据轴对称横观各向同性压电材料基本方程,并利用有限Hankel变换得到了功能梯度压电材料圆板的状态空间方程。
补充资料：变换器式功率因数表(见变换器式电表)
变换器式功率因数表(见变换器式电表)
transducer type power factor meter
b lanhuonq一sh一gongl口y一nshub(ao变换器式功率因数表(transdueer type powerfaetor meter)见变换器式电表。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条