The research of tooth regeneration is a front topic in current stomatology medical domain.
牙再生的研究属于当前口腔医学领域中的前沿课题。
A current stimulation neural signal regeneration IC which consists of a detecting circuit and a stimulating circuit is presented.
介绍了一种电流激励神经信号再生电路，该电路由探测电路和激励电路组成。
It is pointed that with the increase of current density, the sulfur transfer ratio of regeneration liquor and the vitriol concentrating ratio will go up while the current efficiency will fall down.
实验结果表明，随着电流密度的增大，再生液的硫迁移比、硫酸浓缩倍率增大，电流效率降低。
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