magnetizable

A method of representing data in magnetizable surface storage; for example, "modified frequency modulation".

在磁表面存储技术中一种表示数据的方法，例如改进型调频制。

互联网摘选

A defect in the magnetizable surface coating ( for example, on magnetic disc) consisting of a raised or thick area.

覆盖层屏蔽掉了放射性。在磁性表层上（如磁盘上）的缺陷，包括隆起的区域或厚的区域。

互联网摘选

Magnetic tape's abbreviation is tape, a tape with a magnetizable surface layer on which data can be stored by magnetic recording.

磁带简称tape，是一种带有可磁化表面层的带状物。在其表层上可用磁记录的方式存储数据。

互联网摘选

The effect of carrier fluid, surfactant, magnetizable particle, polishing abrasives and pH value on the finishing surface of optical glass is described.

讨论了适用于光学玻璃抛光的磁流变液的配制机理及磁流变液对光学玻璃抛光效果的影响因素。

互联网摘选

A circular plate with a magnetizable layer on which data can be stored by magnetic recording.

一种磁性存储器,数据以磁记录方式存储在使用时是旋转着的圆柱体的磁表面上.

互联网摘选

The magnetizable particles disperse in the rubber and form ordered arrangement structure which takes root in the curing rubber under the external magnetic field.

可磁化颗粒弥散在橡胶基体中，在外加磁场作用下形成有序排列结构，并被根植在固化后的基体里。

互联网摘选

A method of representing data in magnetizable surface storage; for example, " modified frequency modulation ".

在磁表面存储技术中一种表示数据的方法, 例如 改进型 调频制.

互联网摘选

On account of the density of ferromagnetic particles is much higher than the carrier fluid and the particle size is in the level of micron, the settlement of magnetizable particles is inevitable after a long term of rest.

由于磁性颗粒的密度远高于载液，且粒径属于微米级的范畴，磁性颗粒在长期静置条件下的沉降已经成为无法克服的物理规律。

互联网摘选

Mechanical properties of laser welds of Fe-Cr-Mo magnetizable alloy and cobalt-chromium alloy

激光焊接铁铬钼合金与钴铬合金的机械性能

互联网摘选

Electroless Co Ni P thin film as deposited is amorphous, having a lower coercive force and higher squareness ratio. Its magnetizable direction is perpendicular to surface of thin film.

化学镀Co－Ni－P薄膜镀态下为非晶态结构，Co－Ni－P薄膜的矫顽力较低，矩形比较高，其易磁化方向与膜面垂直。

互联网摘选

Objective: To explore the mechanical properties of laser welds of Fe-Cr-Mo magnetizable alloy and cobalt-chromium alloy so as to give reference for clinical work.

目的：测试激光焊接铁铬钼软磁合金与钴铬合金的机械性能，为临床应用提供参考。

互联网摘选