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测定了甘肃省甘南藏族自治州合作师范专科学校被动式太阳房室内外的光照、气温、相对湿度、CO_2和O_2的含量,以及植物的蒸腾强度、气孔传导速度和增氧效应。结果表明,太阳房建筑的家属住宅内含氧量虽比室外减少17.76%,但仍能满足需要,学生宿舍的含氧量比室外减少40.69%,以6人计,每人每天缺氧0.318公斤。解决缺氧问题,除控制人数外,室内种植适宜的植物是最经济、简便的办法。
The indoor and outdoor illumination, temperature, relative humidity, CO 2 and O 2 content in passive solar houses of Gannan Tibetan Autonomous Prefecture, Gannan Province were determined, as well as the transpiration intensity, stomatal conduction velocity, and oxygenation effect of plants. The results show that although the oxygen content in the family housing of the solar house is 17.76% lower than that of the outdoor one, it still meets the needs. The oxygen content of the student dormitory is 40.69% lower than that of the outdoor, and the oxygen consumption per person per day is 0.318 kg. . To solve the problem of lack of oxygen, in addition to controlling the number of people, planting suitable plants indoors is the most economical and simple method.