2017-04-212024-05-14https://scholars.lib.ntu.edu.tw/handle/123456789/660045摘要：於完全人工光植物工場種植綠葉紫蘇，採用5種光質處理 (1) 4R:1G:2B、(2) 4R:1G:2B:1UV、(3) 3R:1G:1B之 CCFL植物生長燈，(4)含8個波段光源(包括紫外光(UV) 395 nm、藍光1 (B1) 425 nm、藍光2 (B2) 450 nm、綠光(G) 520 nm、紅光1 (R1) 625 nm、紅光2 (R2) 660 nm、紅外光(IR) 730 nm、白光(W) 400-700 nm)之可調控光盤，並以(5) T5螢光燈為對照，調查單株產量、單葉之鮮重及乾重、葉綠素相對含量、葉片淨光合率、氣孔導度、蒸散速率、可售葉的硝酸鹽、維生素C、類胡蘿蔔素含量與迷迭香酸含量、抗氧化能力。<br> Abstract: Green-leafed perila will be grown in artificial lighting plant factory. Light quality treatments include (1) CCFL of 4R:1G:2B, (2) CCFL of 4R:1G:2B:1UV, (3) CCFL of 3R:1G:1B, (4) LED with UV 395 nm, B1 425 nm, B2 450 nm, G 520 nm, R1 625 nm, R2 660 nm, IR 730 nm, and W 400-700 nm, and (5) T5 as control. The yield, fresh and dry weights of leaves, chlorophyll relative content, net photosynthetic rate, stomatal conductance and transpiration rate, contents of nitrate, vitamin C, carotenoids, and rosmarinic acid, and antioxidative capacity in marketable leaves.紫蘇光質光合作用迷迭香酸perillalight qualityphotosynthesisrosmarinic acid