Stability of chains of permeable spherical beads in an applied magnetic field
Stability of chains of permeable spherical beads in an applied magnetic field
复制标题
外加磁场中渗透性球形珠链的稳定性
DOI：
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发表时间：
1986
期刊：
影响因子：
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通讯作者：
H. Elrod
中科院分区：
文献类型：
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作者：
R. Paranjpe;H. Elrod
提出了一种应用于电子照相过程中磁刷显影方法的分析。在此分析中，从最小化集合势能的角度检查了非均匀磁场中珠链集合的稳定性。确定最稳定的链长。然后检查单个链断裂的机制。使用小扰动对珠链结构进行磁力稳定性分析，以研究单链的稳定性并确定当链相对于施加的磁场方向旋转时不稳定的开始。我们发现最稳定链的长度并不取决于施加场的强度，而是取决于其衰减率。我们还发现，链条断裂发生在施加场和链条之间的一定角度处。
An analysis is presented which has application to the magnetic brush method of development in an electrophotographic process. In this analysis, the stability of a collection of bead‐chains in a nonuniform magnetic field is examined from the point of view of minimizing the potential energy of the collection. The most stable chain length is determined. Then the mechanism of individual chain breakage is examined. A magnetomechanical stability analysis of the bead‐chain structure is carried out using small perturbations to investigate the stability of a single chain and to determine the onset of instability as the chain is rotated with respect to the applied field direction. We find that the length of the most stable chain does not depend on the strength of the applied field, but depends on its rate of falloff. We also find that chain breakage occurs at a definite angle between the applied field and the chain.