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The spatial variability of air current in two types of the phytotron glass room were examined. The hot wire anemometer was used for measurements and the finite element method was employed for the simu...lations. In one type (Phytotron I) both the air inlet and the air outlet locate in the same wall, and in the other type (Phytotron II) the air inlet coincides with all over the floor and the air outlet locates on the upper part of a wall. In the Phytotron I, the air velocity was relatively high and direction of air current varied in space. In the Phytotron II the air velocity was relatively low and the directions were homogeneous in the region lower than 2m high where plants are grown. From these results, it was found that the air movement in the Phytotron II is more suitable for plant research than that in the Phytotron I in respects of magnitude of air velocity, flow direction and their homogeneity.続きを見る
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Mendeley出力
KJ00004506762