Inferior vena cava breathing aids Study (Ⅰ) - res

e707004304 · Wysłany: Wto 12:33, 01 Mar 2011

Inferior vena cava breathing aids Study: (Ⅰ) - resistance characteristics and oxygen transfer

.) Huang Yong 1utJArti ~ 3 and so on. Mu vein implanted under the breathing aids laboratory Organst1989 {12l3842Mon iv nJD. An | ntcAvbloodEaBea ugly gedI; a vice (FVCBDE). ASAIOTra / l $, 1987l Park '9703SniderMT. Smallintrapulmonaryarterylungpr ci O 【ypes: design. construction,[link widoczny dla zalogowanych], a ugly dinvitrow ~. tertesting. ASAIOJouraal, 1994l40'M5334Mak iv i spit AJ. Adynami ~ inA which 5cuI A pair of ftiLlung. A1SAIOJournal,[link widoczny dla zalogowanych], 1994; 40'M7475TaoW. I ∞ edEexcb ~ ngeperform ~ nceofttrav ~. $ CLLlaroxygenatorbyactiveMoodmixiag. ASAIOJournal, l994l40lM5276 a clean dry weight. Artificial organs, 1994l ∞ c323 (Received :1997-04-16) (continued on page 219,[link widoczny dla zalogowanych], Condnoedfr ∞ Page213) the geometric parameters of the lung membrane is simple and practical determination of the reading is stable, easy, and the experiment can be repeated the same film for the lung,[link widoczny dla zalogowanych], which results are reliable. (2) film obtained by the above experimental lung geometry parameters, using Vaslef oxygen model and this model to calculate CO to obtain pulmonary blood gases in the medium of film transfer rate of the method is feasible. (3) can be seen from the theoretical results, SUU-I-type membrane oxygenation cO o and transfer rate up to the international common membrane pulmonary gas transfer rate of standard and close to the international common good film on the performance of the lung (4) SUU -I-type membrane lung blood flow is a bit longer. Blood in the membrane after a quarter of the lung has reached saturation, so the total area of hollow fiber efficiency is low. Therefore,[link widoczny dla zalogowanych], the Sichuan General Assembly of a l-type membrane oxygenation in the structural design of thousands of areas there is a need to improve from the following: ① to shorten the length of the lung membrane, increase the effective area of gas transfer membrane oxygenation} ② increase the diameter of the shell and core.