Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/89985
標題: Study on Potted Irrigation System Under Artificial Light
人工光源下盆栽灌溉系統之研究
作者: Zhe-Wei Liu
劉哲維
關鍵字: 密閉式環境
介質耕
滴灌系統
HORTITRANS
closed environments
culture media
drip irrigation systems
HORTITRAN
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摘要: 本研究旨探討在密閉環境下利用介質耕栽培技術設計滴灌灌溉系統,針對實驗作物生理狀況、需水量等,以最快速、最有效益的方式達成不循環回收灌溉。 實驗結果顯示,使用土壤為介質在相同環境條件時,定時定量灌溉方式較為耗水且作物鮮重最輕,而利用HORTITRANS模式之灌溉方式其節水約7.41%(231毫升)且平均乾重較定時定量灌溉方式重1.64克。HORTITRANS溫濕度即時校正模式較定時定量灌溉之灌溉用水增加約3.45%(108毫升)灌溉水,平均作物乾重較重1.68克,此實驗方式能獲得最大平均作物鮮重40.08克。 本研究有效利用HORTITRANS和滴灌灌溉系統來栽培作物,實驗結果之分析均可作為日後滴灌作業或無土栽培之參考。
This research investigated that under confined space, how to design drip irrigation system by using the cultivation technology of cultivation media. In order to achieve non-recycling irrigation in a fast and cost-effective way, physical condition and water demand of the experimented crops should be taken into account. The result shows that, using soil as media under the same environmental condition, the fresh weight of crop would be the lightest and consuming more water by fixed time and rationed irrigation. However, by HORTITRANS, it could not only save water for 7.41% (231 ml), but also make the averaging dry weight 1.64g heavier than the fixed time and rationed irrigation. Furthermore, if by HORTITRANS under fixing the environmental temperature and humidity timely, it would consume 3.45% (108 ml) irrigation water than fixed time and rationed irrigation, but the crop dry weight could be not only 1.68g heavier than the average of using HORTITRANS, but also up to 40.08g in averaging fresh weight, which is also the heaviest of all. This research experiments on crop cultivation by using HORTITRANS and drip irrigation system, as well as the analysis and experimental results could be referred to the future research of both drip irrigation and soilless cultivation.
URI: http://hdl.handle.net/11455/89985
其他識別: U0005-0607201515353300
文章公開時間: 2018-07-22
Appears in Collections:生物產業機電工程學系

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