1.
This obviously is the limiting case of the idealized monochromatic wave.
这必然是理想化的单色波的极限波形。
2.
Method of Estimating Extreme Wave and Numerical Simulation of Wave Propagation;
极限波浪推算方法与波浪传播的数值模拟
3.
A simplified model for extreme-wave kinematics in deep sea
深海极限波浪运动特性的简便算法(英文)
4.
By main halfway point I mean, the halfway point of the extreme fluctuating range of a grain option.
我说的主要中点是指谷物走势中的极限波动范围的中点。
5.
Table 19-1 Harmonic Current Limits (in % ) from IEEE Std. 519
表19-1 IEEE 519标准的谐波电流极限值(%)
6.
V) Wave and Particle Meet at Limit; Identity is Got.
（五）极限之处合粒波,同一原理便可得.
7.
On the Well-posedness Problem and Limit Behavior for the General Shallow Water Wave Equations
一般浅水波方程的适定性和极限行为理论
8.
ULTIMATE BEARING CAPACITY AND BUCKLING MODES ANALYSIS OF TRAPEZIUM CHANNEL SECTION ARCH CORRUGATED STEEL ROOF
梯型波纹拱结构的屈曲模态及其极限承载能力
9.
The Design of Sandwich Dipole Transducer Based on Finite Element Method
三叠片型偶极声波测井换能器的有限元设计
10.
A carrier recovery algorithm based on multi-threshold polarity decision for QAM
基于多门限极性判决的QAM载波恢复算法
11.
Study of Upper Frequency Limit and Noise Output Power Characteristics for Microwave Solid State Noise Diodes
微波固体噪声二极管频率上限和噪声输出功率性能的研究
12.
Research of Frames Collapse under Blast Load Using Plastic Limit Theory;
爆炸冲击波作用下框架结构的塑性极限破坏研究
13.
On the Limit Behavior and Well-Posedness Problem for a New Class of Shallow Water Wave Equations with Dispersive Term;
一类带色散项浅水波方程的极限行为和适定性理论
14.
Reliability Analysis for Longitudinal Ultimate Strength of Ship s Hull Girders Based on Wave Loads with Closed-form Expressions;
基于拟合波浪载荷的船体梁总纵极限强度可靠性分析
15.
A Classical Limit Perspective of Double-Wave Function Description of the Charged Harmonic Oscillator in the Uniform Electric Field;
均匀电场中带电谐振子双波函数描述的经典极限研究
16.
Multistory Multispan Frame Structure's Plastic Limit Analysis under Explosive Blast
爆炸冲击波作用下多层多跨框架结构的塑性极限分析
17.
Reliability Analysis for Longitudinal Ultimate Strength of Ship’s Hull Girders Based on Wave Loads in Closed-Form Expressions
基于拟合波浪载荷船体梁总纵极限强度可靠性分析
18.
Table 19- 1 lists the harmonic current limits based on the size of the user's harmonic loads with respect to the size of the power system to which it is connected.
表19—1列出了根据用户谐波负荷相对于所接系统大小的谐波电流极限值。