external respiration
英 [ɪkˈstɜːnl ˌrespəˈreɪʃn]
美 [ɪkˈstɜːrnl ˌrespəˈreɪʃn]
外呼吸
英英释义
noun
- the bodily process of inhalation and exhalation
双语例句
- Compares the heating and cooling energy consumption of buildings applying external respiration double skin facade with that of buildings applying four single glazing curtain walls.
分析比较了外呼吸双层玻璃幕墙建筑和四种单层玻璃幕墙建筑的供暖空调能耗。 - Thermal characteristics and energy consumption analysis of external respiration double-skin facades
外呼吸玻璃幕墙热工特性和能耗分析 - The breathing of human beings is one form of respiration, called external respiration.
人的呼吸是呼吸的一种，称为外呼吸。 - Simulates and analyses the velocity and temperature fields inside the external respiration double skin facade of a building. The heat insulation quality is much better than the standard glass fa? ade.
对某建筑外呼吸双层通风玻璃幕墙内的速度场和温度场进行了模拟分析。隔热质量比普通幕墙立面要高很多。 - External respiration is the exchange of oxygen and carbon dioxide in the lungs. Internal respiration is the intake of oxygen by the individual cells of the body and the release of carbon dioxide.
外呼吸是肺中氧与二氧化碳的交换。内呼吸是人体个别细胞吸人氧.及释放二氧化碳。 - Construction Technology of Intelligent Breathing-type Glass Curtain Wall in Beijing Shooting Range Hall Thermal characteristics and energy consumption analysis of external respiration double-skin facades
北京射击馆智能型呼吸式幕墙施工技术外呼吸玻璃幕墙热工特性和能耗分析 - The outer layer of a diploblastic animal, such as a jellyfish. Simulates and analyses the velocity and temperature fields inside the external respiration double skin facade of a building.
外层双胚层动物的外层，如海蜇对某建筑外呼吸双层通风玻璃幕墙内的速度场和温度场进行了模拟分析。 - The results show that the external respiration double skin facade has a superior energy efficiency potential and is one of the ecological building envelops.
结果表明，外呼吸双层通风玻璃幕墙是一种节能的生态建筑围护结构形式。 - To be familiar with the concept, significance of the respiration, respiratory process ( external respiration, gas transport and internal respiration).
熟悉呼吸的概念、意义及呼吸的三个环节（外呼吸、气体运输与内呼吸）。 - Results from the study on respiration intensity, internal ethylene content, intercellular CO 2 concentration and the response to external ethylene of Red Fuji apples showed: both the postharvest respiration level and the respiration peak value were lower, and the respiration peak occured late;
对红富士苹果采后呼吸强度、内源乙烯含量、细胞间隙CO2浓度以及果实对外源乙烯反应进行的研究表明：红富士苹果采后呼吸作用水平低，呼吸峰出现时间晚，峰值低；