1) true-value numeral
真值数词
1.
In the first part, we divide numeral into true-value numeral and n.
第一章我们根据语义与句法关系把数词分为:真值数词和非真值数词。
2) non-true-value numeral
非真值数词
3) numerical simulation
数值仿真
1.
Welding assembly deformation numerical simulation based on 'Local-Global' Method;
基于“局部-整体”映射法的焊接装配变形数值仿真
2.
Numerical Simulation for the Variable Offset Regrinding of Carbide Gear Hobs;
硬质合金滚刀变偏距重磨的数值仿真
3.
Prediction and numerical simulation of the aging process of three-way catalytic converter;
三效催化转化器老化过程预测及数值仿真
4) digital simulation
数值仿真
1.
The research and application of digital simulation in nuclear signal;
核信号数值仿真方法的研究及应用
2.
By digital simulation,the phenomenon is explained,and the effect of starting acceleration and damping of system on the starting process is studied.
从动力学理论出发 ,建立系统的力学模型和动力学方程 ,并通过计算机数值仿真 ,揭示了产生这种现象的机理 ,分析了启动加速度和系统阻尼对启动过程的影响 ,给出了改善平筛启动性能的途径 。
3.
For the current helicopter of single main rotor with tail rotor, the effect of inflow models with different characteristics on helicopter trim and digital simulation was discussed.
以常规单旋翼带尾桨直升机为对象，讨论均匀与非均匀入流模型对直升机飞行数值仿真的影响。
5) numerical emulation
数值仿真
1.
The numerical emulation of linear characteristics of optical pulse propagation in microring coupled-resonator optical waveguides;
光脉冲在微环耦合谐振光波导中传输线性特性的数值仿真
2.
At last,concrete example is analyzed by numerical emulation of computer.
并结合实例通过计算机数值仿真进行分析,说明了这两种方法都是有效的和可行的。
3.
Relative class to describing numerical emulation of thick cylinder temperature field was abstracted accordi ng to object-oriented programming method.
在建立了厚壁圆筒在复杂边界条件下的传热数学模型并用有限差分法进行数值求解的基础上，按照面向对象技术的程序设计方法，抽象出描述厚壁圆筒温度场数值仿真相关的类，开发了厚壁圆筒三维温度场数值仿真软件系统，利用ＯｐｅｎＧＬ实现了三维温度计算数据场的可视化，并将仿真结果与实测结果进行了对比分析。
6) simulation
[英][,sɪmju'leɪʃn] [美]['sɪmjə'leʃən]
数值仿真
1.
Research on wave-making resistance simulation of SWATH ships;
小水线面双体船兴波阻力数值仿真研究
2.
Exhaust Plume Simulation of Solid Rocket;
固体火箭发动机喷流流场数值仿真
3.
Numerical simulation for closed-loop PWM switching power converters;
PWM开关功率变换器闭环系统数值仿真的一种方法
补充资料：数词
表示数目的词。汉语数词前面加“第”表示序数。还经常和量词连用，构成数量短语，也简称数量词。
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