an inverse relationship between CO levels and exposure time (length) but do you notice the nonlinearity in time scale for the various rates of CO poisoning?
Using a shorthand notation here:
At 50 ppm, 8 hours.
At 150 ppm , 10–50 mins. (Rounded up to 1 hour.)
Let X be the arbitrary length of time, in hours.
(1), So, at 50 → 8X (i.e, slow)
(2) at 150: 50x3 (= 150) → 1X
To reach a high concentration, CO tank is better,
anyone knows how to safely release CO from CO tank?
here's a link selling CO in the tank:
www.jjstech.com
Using a shorthand notation here:
At 50 ppm, 8 hours.
At 150 ppm , 10–50 mins. (Rounded up to 1 hour.)
Let X be the arbitrary length of time, in hours.
(1), So, at 50 → 8X (i.e, slow)
(2) at 150: 50x3 (= 150) → 1X
To reach a high concentration, CO tank is better,
anyone knows how to safely release CO from CO tank?
here's a link selling CO in the tank:
Carbon Monoxide (CO) 550 Liter Cylinder 800 PPM CO, 800 PPM H2, 1% O2 / N2
Carbon Monoxide (CO) 550 Liter Cylinder 800 PPM CO, 800 PPM H2, 1% O2 / N2 - Carbon Monoxide (CO) 550 Liter Cylinder 800 PPM CO, 800 PPM H2, 1% O2 / N2 Part Number: E1016800PM2 ...
