clearly that such, standard deflection gives measure not only of the electrical resistance, but also—due reservation being made of the effect of drying in the course of a prolonged observation at raised temperature—is itself available in measure of the alteration of temperature of the nerve.
A table should appear at this position in the text. See Help:Table for formatting instructions. |
Exp. 2344.—Deflections by a small constant E.M.F. (0’002 volt) through a Nerve at rising and falling Temperature and through two Galvanometers. Time. Thermometer. Demonstrating galvanometer, G*. Recording galvanometer, G2. 1 min. 16-5° 18 ‘5 c.m. 14 '0 mm.
- - w 5 16 o 18-5 „ 14-0 „
10 18-0 19*5 „ 15'0 „ 15 24-0 21-5 „ 17 0 „ 20 30-5 25-5 „ 20 0 „ 25 35-5 28*5 „ 23 0 „ 30 39 0 30-0 23-5 „ 35 40-0 30-0 2 24 -5 „ 40 38 0 29-0 „ 23*0 „ 45 33 -0 26*0 „ 20-0 „ 50 28 *0 22 0 „ 17 0 „ 55 25 0 20 -5 „ 16-0 „ 60 23 0 19*0 „ 15-0 „
- * increments o f tem perature - = increments o f deffection read upon - • « « » // measured from the record o f Ga .
10 15 20 25 JO 55 40 45 50 55 60 min.
An image should appear at this position in the text. To use the entire page scan as a placeholder, edit this page and replace "{{missing image}}" with "{{raw image|Proceedings of the Royal Society of London Vol 60.djvu/418}}". Otherwise, if you are able to provide the image then please do so. For guidance, see Wikisource:Image guidelines and Help:Adding images. |
[Experiments on the comparative effects of acids and bases upon the A and K currents, have shown that within a certain moderate range of concentration (soakage of the nerve in 15 to n/20 solution for one minute) acid favours the K current and disfavours the A