1)non-arbitrariness非任意性
1.Antithetical to arbitariness is non-arbitrariness,which includes motivation and iconicity.和任意性对立统一的是非任意性,包括理据性和象似性。
2.In the studies of arbitrariness and non-arbitrariness of the linguistic sign,two major problems remain to be clarified :(1) What does it mean by arbitrariness and non-arbitrariness in linguistics? The answer to the question will be a prerequisite for discussing all of the relevant issues.在语言符号任意性和非任意性的研究中,存在着两个需要商榷的问题:(1)语言的任意性和非任意性到底指什么;(2)任意性和非任意性的关系如何。
英文短句/例句
1.On two questions about arbitrariness and nonarbitrariness of linguistic signs;语言符号任意性与非任意性研究两问
2.Arbitrary and Non-arbitrary Linguistic Signs: From an Integrational Point of View;从整合的角度看语言符号的任意性和非任意性
3.Solitary wave solutions of two nonlinear evolution equation with arbitrary constant fact任意常系数非线性演化方程的孤波解
4.Language Is Both Arbitrary and Non-arbitrary--On the Complementarity of Semiotic Arbitrariness and Non-arbitrariness;语言既是任意的 又是非任意的——试论语言符号任意性与象似性的互补关系
5.ANY ORDER APPROXIMATE ANALYTICAL SOLUTIONS OF ACCELERATOR NONLINEAR DYNAMIC SYSTEM EQUATIONS加速器非线性动力系统方程任意阶近似解析解
6.NON-LINEAR WAVE INTERACTION WITH ARBITARY 3-D BODIES;非线性波浪与任意三维物体的相互作用
7.Non-trivial Solutions for Elliptic Equation with Arbitrary Eigenvalue;涉及任意特征值的椭圆方程非平凡解的存在性
8.Stability of Nontwisted Heteroclinic Loops to 2 Hyperbolic Saddles in Arbitrarily Finite Dimensional Spaces任意有限维空间非扭曲2-鞍点异宿环的稳定性
9.Research on Approximate Solution for Nonlinear Multi-variables Harmonic Control System非线性协调控制系统状态方程任意阶近似解
10.VERTICAL VIBRATION OF PILE IN RADIALLY INHOMOGENEOUS SOIL LAYERS任意圈层径向非均质土中桩的纵向振动特性
11.Exact Solutions of Generalized Davey-stewartson Equations with Nonlinear Terms of Any Order含任意次非线性项的广义Davey-Stewartson方程组的精确解
12.arbitrary and unlawful imprisonment and detentio任意非法地监禁和拘留
13.Propagation Properies Spatial Optical Solitons with an Arbitrary Degrees of Nonlocality in Different Nonlinear Nonlocal Media;任意非局域程度下空间光学孤子在不同的非局域非线性介质中的传输特性
14.The new juggled culture often presents as exaggeration, copy, transplantation, interpolation and distortion of the original text, and is characterized by playing, random, unreason, deregulation and irresponsibility.新型恶搞具有游戏化、随意性、非理性、反常规和不能承担责任的特征。
15.One-dimensional nonlinear consolidation analysis of structured natural soft clay subjected to arbitrarily time-dependent construction loading任意施工荷载作用下天然结构性软粘土的一维非线性固结分析
16.The Nonlinear Analyses of Thin Circular Plates with Arbitrarily Variable Thickness under a Concentrated Load;任意变厚度圆薄板在中心集中荷载作用下的非线性分析
17.The Effect of Tasks with Different Involvement Loads on Chinese EFL Students Incidental Vocabulary Learning;基于“投入量假设”的任务对中国学生非刻意性词汇学习的影响
18.Nonlinear Stability of Shallow Spherical Shells with Arbitrarily Variable Thickness under a Concentrated Load;中心集中荷载下任意变厚度圆底扁球壳的非线性分析
相关短句/例句
nonarbitrariness非任意性
1.On two questions about arbitrariness and nonarbitrariness of linguistic signs;语言符号任意性与非任意性研究两问
2.As an important principle of language,nonarbitrariness manifests itself in various levels of language system.非任意性是任意性的反题,主要包括理据性和象似性。
3.Being established in the text and analyzing the Saussure s idea finely,this paper will stick up for the arbitrary nature and think that arbitrariness is not equal to randomness and is not opposed to nonarbitrariness yet.任意性并非与随意性等值,也不与非任意性构成对立,理据性与任意性虽然相对,但二者又是针对语言的不同层面而得出的对语言不同特征的认识,任意性与理据性、非任意性是并行不悖,相辅相成的。
3)non-arbitrary confession非任意性自白
4)Non-Arbitrariness of Language语言的非任意性
5)non-arbitrary reference非任意所指
6)Arbitrariness[英]['ɑ:bi,tr?rinis][美]['ɑrb?,tr?r?n?s]任意性
1.On Arbitrariness and Iconicity of Linguistic Signs in Recent 20 Years in China;二十年来中国语言符号任意性与象似性之争
2.The two-dimensional natures of languages;arbitrariness and iconicity;语言符号的二维性质——任意性与象似性
3.On Arbitrariness and Non-arbitrariness of the Linguistic Sign;关于语言符号的任意性和非任意性
延伸阅读
ANSYS中在任意面施加任意方向任意变化的压力方法在任意面施加任意方向任意变化的压力 在某些特殊的应用场合，可能需要在结构件的某个面上施加某个坐标方向的随坐标位置变化的压力载荷，当然，这在一定程度上可以通过ANSYS表面效应单元实现。如果利用ANSYS的参数化设计语言，也可以非常完美地实现此功能，下面通过一个小例子描述此方法。 !!!在执行如下加载命令之前,请务必用选择命令asel将需要加载的几何面选择出来 !!! finish /prep7 et,500,shell63 press=100e6 amesh,all esla,s nsla,s,1 ! 如果载荷的反向是一个特殊坐标系的方向,可在此建立局部坐标系,并将 ! 所有节点坐标系旋转到局部坐标系下. *get,enmax,elem,,num,max dofsel,s,fx,fy,fz fcum,add !!!将力的施加方式设置为"累加",而不是缺省的"替代" *do,i,1,enmax *if,esel,eq,1,then *get,ae,elem,i,area !此命令用单元真实面积，如用投影面积，请用下几条命令 ! *get,ae,elem,i,aproj,x !此命令用单元X投影面积，如用真实面积，请用上一条命令 ! *get,ae,elem,i,aproj,y !此命令用单元Y投影面积 ! *get,ae,elem,i,aproj,z !此命令用单元Z投影面积 xe=centrx !单元中心X坐标(用于求解压力值) ye=centry !单元中心Y坐标(用于求解压力值) ze=centrz !单元中心Z坐标(用于求解压力值) ! 下面输入压力随坐标变化的公式,本例的压力随X和Y坐标线性变化. p_e=(xe-10)*press+(ye-5)*press f_tot=p_e*ae esel,s,elem,,i nsle,s,corner *get,nn,node,,count f_n=f_tot/nn *do,j,1,nn f,nelem(i,j),fx,f_n !压力的作用方向为X方向 ! f,nelem(i,j),fy,f_n !压力的作用方向为Y方向 ! f,nelem(i,j),fz,f_n !压力的作用方向为Z方向 *enddo *endif esla,s *enddo aclear,all fcum,repl !!!将力的施加方式还原为缺省的"替代" dofsel,all allsel
