bias magnetic中文是什么意思

• 磁偏
• 偏磁的

• "bias"中文翻译    vt. (biased, biasing 〔英国〕 bi ...
• "magnetic"中文翻译    adj. 1.磁(性)的；(可)磁化的。 2.吸引人心的 ...
• "magnetic bias" 中文翻译 :    磁偏压; 磁偏置
• "ac magnetic bias" 中文翻译 :    交流磁偏
• "alternating current magnetic bias" 中文翻译 :    交流偏磁
• "bias magnetic field" 中文翻译 :    偏磁场; 偏置磁场
• "dc magnetic bias" 中文翻译 :    直流磁偏; 直流偏磁
• "bias" 中文翻译 :    n. 1.成见，先入之见，偏执，偏见 (opp. Impartiality ); 倾向，嗜好；癖 (towards)。 2.(衣服等上面缝的)斜线，斜痕；【无线电】偏，偏压；偏置。 3.【体育】使球斜进的偏力；(球的)歪圆形；不按直线前进的倾向；【电学】偏压；【统计学】倾向统计值；【生物学】偏倚。 a racial bias种族偏见。 A strong musical bias 对音乐的强烈爱好。 Copper bias 【电学】正偏压。 Zinc bias 【电学】负偏压。 Cut on the bias 斜裁，斜切。 Be free from bias 丝毫不受偏见左右。 Be under a bias in favor of [against] 对…有偏爱[偏见]。 Have a bias to [towards] 对…有偏心。 Without bias and without favour 不偏不倚地，公公平平地。 adj. 斜的；【电学】偏动的。 Bias bands 斜带。 adv. 斜，偏。 Cut material bias 斜切料，斜开料，斜裁。 vt. (biased, biasing 〔英国〕 biassed, biassing) 1.使有偏见，使偏重，使偏向一方。 2.【电学】加偏压于。 be bias(s)ed against 对…抱有偏见。 Bias … into 【电学】加偏压使进入…。 My ignorance biased me against my teacher. 我由于无知而对老师抱有偏见。 adj. -ed 有偏见的。
• "bias in" 中文翻译 :    内对角接触
• "no bias" 中文翻译 :    无偏压; 无偏置
• "magnetic" 中文翻译 :    adj. 1.磁(性)的；(可)磁化的。 2.吸引人心的；有魅力的。 3.催眠术的。
• "magnetic a" 中文翻译 :    滨海花园海华
• "ac bias" 中文翻译 :    交莲压; 交流偏磁; 交流偏压; 交流消磁器
• "accelerometer bias" 中文翻译 :    加速度计偏差
• "acquiescence bias" 中文翻译 :    默许偏差
• "additional bias" 中文翻译 :    附加偏压
• "aim bias" 中文翻译 :    瞄准偏差
• "analytic bias" 中文翻译 :    分析偏差
• "arc bias" 中文翻译 :    偏弧
• "ascertainment bias" 中文翻译 :    确认偏倚
• "asymptotic bias" 中文翻译 :    渐近偏倚
• "attribution bias" 中文翻译 :    归因偏见; 归因偏向
• "attributional bias" 中文翻译 :    归因偏差
• "auto bias" 中文翻译 :    自动偏压; 自偏压; 自偏置
• "auto-bias" 中文翻译 :    自动偏压

• Analysis on nonuniform bias magnetic field of magneto - optic bragg cells
  器件的不均匀偏置磁场分析
• The design and ascertaining of permanent - magnet - biased magnetic bearing parameter are detailed introduced
  并对永磁偏置磁悬浮轴承参数的设计和确定进行了详细介绍。
• The experimental results showed that under certain conditions of preloaded press and bias magnetic field , a satisfied static characteristic was obtained
  试验结果表明超磁致伸缩致动器在合适的偏置磁场及预压力作用下，能达到较佳的输出电流-位移及电流-输出力响应特性。
• Magnetostatic wave ( msw ) is a kind of slow dispersive wave propagating in magnetic medium , which is also a microwave electromagnetic wave . so the propagation characteristics of msw can be controlled by bias magnetic fields
  静磁波( msw )是一种在磁性介质中传播的慢色散波,也是一种微波电磁波,可通过磁控方法改变静磁波的传播特性,并与具有电磁性的物质发生作用。
• We propose a novel controllable atomic beam - spiller based on the uccc and discuss the splitting mechanism of the guided atomic beam in the beam splitter from two aspects of the magnetic - field distribution and the trace of the guiding centers . the splitting ratio of the beam splitter can be adjusted by adding a homogeneous bias magnetic field along the y - direction , and the relationship between the splitting ratio and the additional bias field is analyzed
  本文提出了一种采用在y方向上加一偏置磁场来实现分束比可控的新颖原子分束器，并从磁场分布和导引中心轨迹两个方面，详细分析和讨论了基于u -型载流导体所构建的原子分束器的分束机制。
• The bias magnetic field of the bias coil driven by bias current and small signal test current , results in the induced signal of the control coil . the terminal voltage of the control coil is detected by the test circuit . then the signal containing the information of rotor displacement is obtained , from which we can get the dc voltage signal proportional to the rotor displacement through half - wave rectification circuit and low pass circuit . this dc signal is put into a pid controller to get the control signal of the rotor displacement
  偏置测试电路向偏置线圈输入偏置电流和小信号测试电流,两者产生的偏置磁场在控制线圈产生感应信号,检测电路检测控制线圈端电压并提取含有转子位移信息的电压信号,该信号经半波整流电路和低通滤波电路后得到与转子位移成正比例的直流信号,再由pid控制器转换为转子位移的控制信号,最后控制信号输入功放电路产生控制电流,实现闭环控制。
• However , the msw - based mo devices haven ’ t still been applied extensively up to now because of low bragg diffraction efficiency . the generation and propagation characteristics of magnetostatic forward volume waves ( msfvws ) under nonuniform bias magnetic field and the bragg diffraction efficiency of gows with the msfvws are theoretically studied in this paper
  本论文主要从理论上研究不均匀场中静磁正向体波( msfvw )的激发与传播特性,以及不均匀偏置磁场在提高静磁波对导波光的bragg衍射效率方面所起的作用。
• The criteria used for adaptive feedforward compensation is introduced , two unbalance compensation ways of permanent magnet biased magnetic bearing based on bearing current minimization are studied , the recursive adaptive algorithm and the unbalance compensation on estimation of synchronous rotate speed are studied , the simulation results are given
  在基于零电流补偿原则的基础上,提出基于递归运算的不平衡补偿方案,进行了理论分析和仿真研究;对基于同步转速估算的不平衡补偿方法进行了详细的理论分析,并进行了仿真研究。
• The influence of msfvw bandwidth on the diffraction efficiency is also considered . for the nonuniform bias magnetic field of u - type parabola profile , when the msw frequency is less than the cut - off frequency at the edge of mo film , the effective mo interaction length reduces . the edge cut - off frequency is determined by the maximum of the nonuniform field
  对于抛物型分布(开口向上)的偏置磁场,当激发静磁波的rf频率小于边缘截止频率时,磁光作用的有效长度减小(与静磁波频率有关) ;边缘截止频率由不均匀磁场的最大值决定,静磁波的下限截止频率由不均匀场的最小值确定。
• The permanent magnet biased magnetic bearing make permanent magnet use for the biased magnetic , compared with a active magnetic bearing of similar capacity the design shows some advantages in sizes , losses and costs , the simple construction and the elimination of a separate thrust actuator minimizes the space necessary to integrate the design make it well suited for high - speed and flywheel storage applications
  永磁偏置的混合磁轴承利用永久磁铁替代主动磁轴承中的电磁铁产生静态偏置磁场,具有降低功率放大器的功耗,减少电磁铁的匝数,缩小磁轴承的体积,提高轴承承载力等优点,在飞轮储能、磁轴承电机等需磁悬浮支撑的高速运动场合具有良好的应用前景。