unipole
英
美
网络 则以单立柱; 单极; 单立柱
双语例句
- In the meantime, the changes in the intensity of dipole or unipole forcing source and basic flow have different frequency modulation effects on LFO in the mid-high latitudes.
同时偶、单极强迫源及基本气流的强度变化对中高纬大气的低频振荡调制作用不同。 - Radiation Characteristics and Stealth Properties of Unipole Plasma Antenna
等离子体单极天线辐射特性和隐身性能研究 - Design of a Compact Monopole Antenna Fed by a CPW for UWB applications Unipole Plasma Antenna Based on Excitation of Surface-Wave
一种小型共面波导馈电超宽带单极天线设计基于表面波激励的等离子体单极天线的研究 - Unipole Plasma Antenna Based on Excitation of Surface-Wave
基于表面波激励的等离子体单极天线的研究 - Clinical study on content of unipole neuro transmittance treating central intervertebral lumbar disc herniation with reduction by traction and massage
牵引推拿治疗中央型腰椎间盘突出症疗效与唾液中单胺类神经递质含量变化分析 - The frequency modulation effects of positive dipole ( unipole) forcing source on LFO is stronger than negative dipole ( unipole), and the wave oscillation quicken evidently.
正偶（单）极强迫源对大气低频振荡的调制作用强于负偶（单）极，波动振荡明显加快。 - The frequency modulation effects of positive ( negative) dipole and positive ( negative) unipole forcing source on LFO have the same sensitive region.
正（负）偶极和正（负）单极强迫源对大气的低频振荡调制有相同的敏感区。 - In this paper, a simple and practical electrically small planar unipole antenna is presented, and the dependences of input impedance on dimension of the antenna and frequency are investigated.
本文提出一种简单而实用的平面结构的单极子电小天线，研究输入阻抗随天线外形尺寸和频率的变化规律。 - The frequency modulation effects of positive ( negative) dipole or unipole forcing source on LFO in the mid-high latitudes are difference.
正、负偶（单）极强迫源对中高纬大气的低频振荡调制作用不同。 - Investigation on Impedance Characteristics of Electrically Small Planar Unipole Antennas
电小平面型单极子天线阻抗特性的研究 - The stronger ( weaker) the intensity of dipole or unipole forcing source and basic flow, the periods of LFO the shorter ( longer).
偶、单极强迫热源强度和基流强度的增强（减弱），使得大气低频振荡周期有缩短（延长）的趋势。 - As a result express that the anti that adopts the carrier polymerization technical correspondence machining probes performance and anti-follow the jam performance will be farer high than unipole the correspondence strategy of the carrier.
结果表明，采用载波聚合技术的通信机制的反侦察性能和抗跟踪干扰性能要远高于单载波的通信策略。