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人参合剂对冻融蟾蜍心脏电生理理化特性的影响 被引量:1
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作者 秦飞 秦世武 +1 位作者 李凯霞 付纯芳 《黑龙江医药科学》 2008年第5期17-18,共2页
目的:观察人参合剂对冻融蟾蜍心脏和血液电生理物理化学的影响。探索:人参舍剂对心血管保护作用及物理化学特性。方法:采用冰箱-22℃冷冻蟾蜍冷休克模型,并将其分为正常对照组、RS任氏液组,人参药物合剂组80~83℃复温,采用计算... 目的:观察人参合剂对冻融蟾蜍心脏和血液电生理物理化学的影响。探索:人参舍剂对心血管保护作用及物理化学特性。方法:采用冰箱-22℃冷冻蟾蜍冷休克模型,并将其分为正常对照组、RS任氏液组,人参药物合剂组80~83℃复温,采用计算机生物机能实验系统,记录观察不同温度蟾蜍复活心电图变化。结果:人参合剂组心电图波形PQRST明显比RS任氏液和对照组好。结论:人参合荆复温对冻融蟾蜍心血管具有保护作用。 展开更多
关键词 人参合剂 物理化学 心电图 冻融
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Analyses of concrete microcosmic structure in multi-media environment
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作者 闫波 姜安玺 +2 位作者 王幼青 刘丽艳 徐桂芹 《Journal of Harbin Institute of Technology(New Series)》 EI CAS 2004年第3期286-290,共5页
The structure of concrete generally serves in multi-media environments; various environments act differently on concrete. The compound action of some severe environments will threaten the duration of concrete and decr... The structure of concrete generally serves in multi-media environments; various environments act differently on concrete. The compound action of some severe environments will threaten the duration of concrete and decrease the service life of a concrete structure if improperly handled. In this paper the microstructure of concrete is observed by using Scanned Electric Microscope (SEM) through contrasting experiments in media of acid, alkali and salt with that of freezing-thawing in the same medium environment. This study is to supply a certain basis for changing traditional thinking of mechanical design and to combine construction reliability design with durability of concrete design. 展开更多
关键词 medium environment freezing-thawing acid erosion freezing-(thawing) alkali erosion freezing-thawing salt erosion alternate freezing-thawing microcosmic structure
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