The Absorption, Distribution, and Elimination of Ethyl Ether. v. the Importance of the Volume of Breathing during the Induction and Termination of Ether Anesthesia. by Howard W. Haggard

The Absorption, Distribution, and Elimination of Ethyl Ether. v. the Importance of the Volume of Breathing during the Induction and Termination of Ether Anesthesia. by Howard W. Haggard

Rapid induction of ether anesthesia is desirable for the reason that the prolongation of the subanesthetic stages is detrimental to the subject. In order to induce rapid anesthesia it is the practice to administer a concentration of ether vapor much higher than that necessary to maintain fully developed anesthesia. This procedure requires skill upon the part of the anesthesist; it also results ...

The Absorption, Distribution, and Elimination of Ethyl Ether. v. the Importance of the Volume of Breathing during the Induction and Termination of Ether Anesthesia. by Howard

Rapid induction of ether anesthesia is desirable for the reason that the prolongation of the subanesthetic stages is detrimental to the subject. In order to induce rapid anesthesia it is the practice to administer a concentration of ether vapor much higher than that necessary to maintain fully developed anesthesia. This procedure requires skill upon the part of the anesthesist; it also results ...

The Absorption, Distribution, and Elimination of Ethyl Ether

Absorption, distribution and elimination of di-ethyl ether in man.

IN 1924 Haggard published a paper on this subject having carried out his study on dogs. The mode of transfer of di-ethyl ether to and from the human subject in clinical anaesthesia has been deduced from the facts derived from his animal experiments. Since there is no assurance that this deduction is right, a human study of this kind has been awaited. The present study is intended to fill this g...

The Third Order Nonlinear Optical behavior of Poly Ether Urethane

Poly (ether) urethane close/open cell (PEUCC/PEUOC) has been prepared by using in situ polymerization approach. The third-order optical nonlinearities of dissolved samples in DMF were characterized by Z-scan technique at the measurement wavelength of 532 nm. The synthesized samples were also examined by optical microscopy and UV-Vis absorption spectroscopy. The nonlinear refractive (NLR) indice...