| 1. | Influence of irradiation bias field on response of pmos dosimeters
剂量计辐照响应的影响 |
| 2. | The biasing field method in electroelasticity and its application
电弹性体力学中的偏场方法及其应用 |
| 3. | The result is that 7j , 1 does n ' t change under the effect of low bias field
不随直流偏场的变化而变化；当直流偏场人北。 |
| 4. | Bias field is comparatively static , so the influence to carriers is static too
偏置电场在光电导过程中变化较小，对载流子运动的作用稳定。 |
| 5. | In the third experiment of the paper , the variation of t0 with the change of bias field was studied
随直流偏场（民）的变化关系，实验中发现：当低直流偏场0硼卅。时， t 。 ‘和t 。 |
| 6. | The field in large - aperture photoconductors is mainly composed of bias field , space - charge field formed by transient distributing of carriers
光电导体内的电场是偏置电场、光电导体内光生载流子的空间瞬态分布所形成的空间电荷电场等叠加形成的合电场。 |
| 7. | From these results , it is testified that vbl distribute partly in the walls of id . in the last part of this paper , the critical temperature with the bias field was investigated
由于直流偏场对vbl起着径向压缩作用，而温度会使vbl间的平衡间距变大，所以从t 。 |
| 8. | The magnetostriction of bonded tb03dy07fe2 rod composites is 580x 10 " 6 at a field of 200 ka / m , and the magneto - mechanical coupling coefficient is 0 . 40 at a bias field of 118 ka / m
相对而言制备工艺参数对合金的电阻率和抗压强度影响较小，其电阻率等于熔炼法制备的材料的电阻率的10000倍左右，抗压强度约为150mpa 。 |
| 9. | The bragg diffraction efficiency of gows in bismuth - doped yig film is caculated by considering the edge cut - off effect . the obtained theoretical curve is basically agreement with the experimental results . it is shown that the diffraction performance for mo bragg cells can be greatly increased by using an appropriately nonuniform bias field
2 .考虑到边缘截止效应,论文中计算了静磁正向体波对导波光的衍射效率,理论结果与实验符合;从而表明,与均匀场情形相比,适当不均匀场可以大大提高磁光bragg器件的衍射效率。 |
| 10. | 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。 |
