1) coercive field
矫顽电场
1.
It is proved that the coercive field is effectively reduced by the laser radiation.
实验证实紫外激光辐照可以有效地降低晶体畴反转所需的矫顽电场,采用数字全息干涉测量技术检测证实在激光辐照区域实现局域畴反转。
2) coercive electric field E c
矫顽电场Ec
3) coercive electric field
矫顽场电压
1.
Designed and fabricated a 5000v high voltage power supply for PPKTP, which can output square waveform, and a new high voltage power supply for the use of measuring the coercive electric field of the crystals.
本论文从准相位匹配技术的理论出发,对电场极化反转铁电体的机理和关键技术进行了深入的研究,研制出用于外电场周期极化的5000V方波脉冲电源和用于测定矫顽场电压的新型电源,并在高压电场周期极化反转KTP晶体制备和周期极化KTP(PPKTP)倍频等研究方面取得了很大的进展,在周期极化RTP(PPRTP)晶体的制备和倍频的研究方面取得了初步的成果。
4) coercive field
矫顽场，矫顽磁场
5) coercive field
矫顽场
1.
From the measurement of D-E hysteresis loops using RT6000HVS system,the remanent polarization and coercive field of SrBi 4Ti 4O 15 ceramic were found to be larger than 7μC/cm 2 and 73kV/cm respectively,and the sat.
对于SrBi4Ti4O1 5陶瓷施加 12 0kV cm的电场仍无法得到饱和的回线 ,此时的剩余极化和矫顽场分别约为 7μC cm2 和 73kV cm 。
2.
XRD indicates that Lanthanum addition increases (110) and (200) diffraction intensity and decreases the relative intensity of (111) diffraction peak which leads the reduction of coercive field and polarization strength of PZT thin film.
研究表明镧掺杂增加了(110)和(200)峰的强度,减小了(111)峰的相对强度,导致矫顽场和极化强度的下降。
3.
After being treated with RTA(rapid thermal annealing) process, the coercive field Ec of Bi 4Ti 3O 12 thin film is 9kV/cm, the remnant polarization intensity Pr of it is 8μC/cm 2 at ambient temperature.
采用快速退火工艺处理的钛酸铋铁电薄膜 ,矫顽场Ec=9kV/cm ,在室温下剩余极化强度Pr=8μC/cm2 ;退火提高了钛酸铋薄膜的介电常数和材料的绝缘性 ,0 。
6) coercivity
[英][kəuə:'siviti] [美][,koɚ'sɪvɪti]
矫顽场
1.
A available model is presented for the temperature dependence of exchange bias and coercivity in ferromagnetic (FM) and antiferromagnetic (AFM) bilayers.
提出了一个讨论铁磁 /反铁磁双层膜中的交换偏置及矫顽场温度特性的物理模型 ,该模型 ,假设铁磁层为具有单轴各向异性的单畴膜而反铁磁层由许多相互独立具有多晶各向异性的颗粒组成 ,其温度依赖性主要来源于系统态的热不稳定 ,包括反铁磁颗粒易轴取向的热涨落和相关磁学量的温度依赖性等 。
2.
The temperature dependence of exchange bias and coercivity of ferromagnetic layer and antiferromagnetic gain layer is discussed.
讨论了铁磁 反铁磁双层膜中交换偏置和矫顽场随温度变化的关系。
3.
Based on Monte-Carlo method,the interfacial microstructure dependence of the asymmetry of hysteresis loop,the exchange-bias field and the coercivity in FM/AFM bilayers was studied,in which the interfacial microstructure is tuned by incorporating nonmagnetic impurities in the AFM layer.
采用Monte Carlo模拟方法,通过反铁磁层中非磁性掺杂方式调节铁磁层与反铁磁层界面微结构,讨论了其界面微结构对体系的磁滞回线的不对称性、交换偏置场及矫顽场的影响。
补充资料：矫摩
矫摩
矫摩 按摩的别称。出《说苑》。参见“按摩”、“按蹻”条。
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