稻作研究所 的英文怎麼說
中文拼音 [dàozuòyánjiūsuǒ]
稻作研究所
英文
rice cultivation research institute-
The dynamic change of nh4 +, no3 - and tn, under the situation which urea was applied in the high fertility paddy - field in yuhang of hangzhou city with a lysimeter which was designed and made by ourselves, was studied and analyzed in order to find the rules of the change in the water - body of surface and the leakage rule of nitrogen, to reduce the effect of nitrogen loss on the water pollution
藉助自行設計製作的稻田滲漏計，在杭州餘杭對高肥力稻田不同施用尿素氮肥情況下，稻田地表水和滲漏水中銨態氮、硝態氮和總氮（簡稱三氮）的動態變化規律進行了研究分析，以利於發現氮素在地表水體變化和淋失規律，盡量減少氮素淋失對地下水體所造成的影響。After earning his ph. d. in applied physics from waseda university, mr. nakamura started to work for hitachi. in 1993, under an invitation from chang chun - yen, president of national chiao tung university, he came to taiwan to work as a researcher in the nano components research project, returning to japan in december 1996. later, he held posts in hitachi cambridge laboratory, hitachi instruments service, and the kumamoto technology and industry foundation
中村先生於獲得早稻田大學應用物理博士學位后就任職于日立製作所， 1993年應交通大學張俊彥校長的邀請，擔任奈米元件研究計畫的研究員，直至1996年12月才返回日本，其後曾陸續任職于劍橋日立計測器服務株式會社以及熊本技術產業技術財團等單位。Characterization of stomatal frequency, stomatal index and guard cell length stomatal characteristics appear to be related to variations in net photosynthetic rate and water - use efficiency ( sellers et al, 1996 ). here, the stomatal frequency, the guard - cell length and the stomatal index of non - leaf organs were investigated comparatively between the ear and the leaf of wheat. the results showed that stomatal frequency of non - leaf organs is significantly lower than that of leaves, whereas the guard - cell length and stomatal index showed different variation patterns in both leaves and non - leaf organs
另外，本文還著重討論了非葉器官氣孔頻度對作物光合作用的影響，並提出了在非葉器官中可能存在與此相適應的未知的光合類型葉綠體是作物進行光合作用的場所，通過對小麥、水稻非葉器官及功能葉葉綠體超微結構的比較研究，發現非葉器官單個光合細胞中葉綠體的數量較少，體積也較小。Harvesting on the combined efforts of traditional breeding techniques and state - of - the - art biotechnology, chinese scientists from the university grants committee area of excellence on plant and fungal biotechnology centre at the chinese university of hong kong, china national hybrid rice research and development centre and washington state university in the u. s. a. are collaborating on an enhancement programme of the chinese hybrid rice for the 21st century
為解決中國乃至全球所面對的糧食問題，香港中文大學教育資助委員會卓越學科領域植物及真菌生物科技中心、中國國家雜交水稻工程技術研究中心及美國華盛頓州立大學的華人科學家透過結合傳統育種技術及嶄新生物科技，合作發展新一代的雜交水稻。分享友人