Figure 4
![Values are normalized to BW and represent means ± SE. NR, normalized Newtonian resistance; NI, normalized inertance; NGti, normalized tissue damping; NHti, normalized tissue elastance; α = (2/π)arctan(Hti/Gti); η, hysteresivity. (Reproduced from [74] with permission from the publisher).](https://port.silverchair-cdn.com/port/content_public/journal/clinsci/134/11/10.1042_cs20200394/1/cs-2020-0394i004.png?Expires=1716298012&Signature=Yzcc~M0-EniWKm8s1obhRevmQaM-LAxjEShawKcW4s2Z3otuEJY3sG3PaRh1um-w7ODdlOU9a9OigtL5s8-7FUgoImf5fZmdIgcqctL9xUjDTs6IdLP0iePC1~2S3zxPhP1VOZziiBMt~tANjATYe~iBsBLep1-FsjjSdiQAosHyYSUShe3ikR~ovNKVrXaWCKiTk3fWOlUHF7o3WoeIfjCE54KyzXprv1uEsyTR~n9gwoc15MjUd2-eDP-HezCnZACYqj0AxPFVAhnV~spnEEjTTi6hqC6T3J~V4ZtJSS1ILigVpTvXRW~WwQnptH0MwGiZeCJLc2Osqf6LeRUuxQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Parameters of the constant-phase model fitted to respiratory system impedance data of mice (n=11), rats (n=8), guinea pigs (n=5) and rabbits (n=6) as a function of PEEP
Values are normalized to BW and represent means ± SE. NR, normalized Newtonian resistance; NI, normalized inertance; NGti, normalized tissue damping; NHti, normalized tissue elastance; α = (2/π)arctan(Hti/Gti); η, hysteresivity. (Reproduced from [74] with permission from the publisher).