1) alternating magnetic treatment
交变磁处理
1.
Influence of alternating magnetic treatment on the cutting performance of diamond saw blade;
交变磁处理对金刚石锯片切割性能的影响
2) orthogon al multi-processing gain code
可变处理增益正交码
3) magnetic treatment
磁处理
1.
Improving corrosion resistance of low carbon steel welded joint by magnetic treatment;
磁处理改善低碳钢焊接接头的耐腐蚀性能
2.
Effect of magnetic field direction during magnetic treatment to reduce residual welding stresses;
磁处理降低焊接残余应力中磁场方向的影响
3.
Optimization of the magnetic treatment parameters of HPAM solutions;
聚合物溶液磁处理参数优化研究
4) magnetization treatment
磁化处理
1.
A magnetization treatment was proposed firstly to improve the electrochemical prop- erties of hydrogen storage electrode alloy in this paper.
提出一种用以改善ＡＢ５型贮氢电极合金的综合电化学性能的新方法，即采用一定强度的外加磁场对电极进行磁化处理，以期提高电极合金的综合电化学性能。
2.
For expanding frequency, the magnetization treatment used in fabricating process of permanent ferromagnetic was introducing in the preparation technology for (Ba_(1-x)Sr_x)_3 Co_2 Fe_(24)O_(41) materials.
为了展宽频带，将永磁铁氧体制造中的磁化处理工艺“移植”到了该材料的制备中。
5) magnetic treatment
磁化处理
1.
This paper adopts magnetic treatment in the study of sludge bio-adsorption,proposing a new way in this field.
将磁化处理的方法用于污泥生物吸附性能的研究,开创了污泥生物吸附性能研究领域的新方向。
2.
The effects of magnetic treatment on the biological qualities of water and on the physiological characteristics of aquatics,are described.
阐述了磁化处理对水体的生物性质、水中生物的生理特性的影响，以及由此所呈现出来的不同的生物效应。
3.
Magnetic treatment has the special biological effect on algae productivity,that is very important to accelerate the restoration ability of oxygen in water body and advance the efficiency of self-purification.
通过试验证明，磁化处理不仅可引起水体物理、化学性质的异常变化，而且还强烈影响水体的生物性质（刺激藻类生长、抑止异养菌数等）。
6) magnetic field treatment
磁场处理
1.
The results show that the microstructure of Fe-Si-Mn cast steels can be remarkably changed through magnetic field treatment,from a mixture structure to only one pearlite or martensite structure.
结果表明,磁场处理后可显著改变铁硅锰铸钢的显微组织,由混合型组织改变为单一的珠光体或马氏体。
2.
The effect of magnetic field treatment on the shear strength of adhesively bonded single lap steel joint was studied.
采用自制的装置研究了磁场对由环氧胶层连接的钢制单搭接接头剪切强度的影响,结果表明,在所采取的试验条件下,试样叠合后立即施加的磁场可显著影响接头的强度;垂直于胶层的磁场提高接头的剪切强度效果高于平行磁场,磁场处理的时间以4h左右为宜。
补充资料：变磁阻式传感器
将位移、转速、加速度等非电物理量转换为磁阻变化的传感器。它包括电感式传感器、变压器式传感器和电涡流式传感器。
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