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ON THE EXCITATION OF TISSUE BY MEANS OF CONDENSER DISCHARGES

机译:凝汽器对组织的激发

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摘要

Equations are derived for the capacity-voltage relations for stimulation of tissue by condenser discharges, using the hypothesis that the local excitatory process p grows under the influence of an applied potential V according to the equation, See PDF for Equation where K and k are constants. It is further assumed that the local excitatory process becomes adequate when it attains a value h ± α V where h and α are constants and V is the applied potential at the particular instant that the adequate value is attained. The equations so obtained are applied to the data of several authors on several types of tissue and the agreements obtained are sufficiently good. It is shown in one case that the direct current equation and the condenser discharge equation each derived from the above bases are consistent when applied to data from the same preparation.
机译:通过以下假设推导方程,以通过电容器放电来刺激组织的容量-电压关系,该假设是根据方程,在施加的电势V的作用下,局部兴奋过程p会增长,有关K和k为常数的方程,请参见PDF 。进一步假设,当局部激励过程达到h±αV值时,其中h和α为常数,而V为达到适当值的特定时刻的施加电势,则该局部激励过程变得足够。如此获得的方程式应用于几种作者在几种类型的组织上的数据,并且所获得的协议足够好。在一种情况下,当将上述方程式导出的直流方程式和冷凝器放电方程式应用于相同准备数据时,是一致的。

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