...横断脊髓的实验研究 直流电场诱导神经干细胞桥接横断脊髓的实验研究 加入收藏夹 目的:探讨直流电场(direct current field,DC)诱导神经干细胞(neural stem cells,NSCs)桥接横断脊髓的作用.
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The new technology is based mainly on applying direct current field (DCF) with proper parameter between the treated sample and the powder agents.
新技术通过在软氮化粉末渗扩介质与被渗样品间施加合适参数的直流电场来实现。
We present some simple practical 1-d inversion methods, including Bostick inversion method and the method which approximates magnetotelluric field by direct current field.
本文介绍几种简单易行而又相当准确的一维反演方法，其中包括博斯蒂克反演方法和用直流电场分布逼近大地电磁场分布的反演方法。
The eutectic lamellas distance decreased first and then increased due to the direct current field treatment, and the eutectic lamellas were in disorder with the treatment of strong current density.
直流电场作用后共晶片层间距经历了一次先减小后增大的过程，并且在较大的电流密度时共晶片层开始发生紊乱；
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