溫室番茄 的英文怎麼說

中文拼音 [wēnshìpānqié]
溫室番茄 英文
greenhouse tomato
  • 溫 : Ⅰ形容詞（不冷不熱） warm; lukewarm; hot; gentle; mild Ⅱ名詞1 （溫度） temperature 2 （瘟） acute ...
  • 番 : 番構詞成分。
  • 茄 : 茄名詞1. [書面語] （荷莖） stem of lotus2. （姓氏） a surname
  • 溫室 : greenhouse; hothouse; glasshouse; stove; conservatory
  • 番茄 : （西紅柿） tomato; lycopersicum esculentum
  1. The modeling of the growing status of the cauline of tomato in growing process is discussed, by using nn and genetic algorithm

    摘要採用神經網路和遺傳演算法，對溫室栽培番茄生長過程中主要器官莖的生長過程進行了建模。
  2. In the third part, a comprehensive check experiment was made on percolation irrigation and furrow irrigation : the percolation irrigation is superior to the furrow irrigation for such advantages as saving water, saving energy, increasing production, raising air temperature and ground temperature inside the shelf, lowering air humidity inside the shelf and reducing plights, and ect

    第三部分對棚室番茄滲灌和溝灌進行了全面的對比試驗，通過試驗可以得出滲灌較溝灌省水、節能、增產、提高棚室空氣溫度和地溫、降低棚室空氣濕度、減少病蟲害等一系列優點。
  3. Effect of reducing the dosage of methyl bromide and covering virtually impermeable film on soil fumigation and tomato growth in greenhouse

    少用甲基溴的土壤消毒效果及對溫室番茄生長的影響
  4. Ce greenhouse is suitable for production of high value premium vegetables and flowers such as sweet pepper, cherry tomato and lily cut flower

    環控溫室適宜用作生產優質農作物如甜椒、車厘子番茄、百合切花等。
  5. Simulation of diurnal variation of weather factors and photosynthesis of individual tomato leaves in greenhouse

    日光溫室氣象要素及番茄單葉光合速率日變化模擬的研究
  6. The long - season cultivation techniques of to

    越冬長季節日光溫室番茄高產栽培配套技術研究
  7. Experiments of different root zone temperature ( natural root temperature as ck, 15, 20, 25, respectively ) were treated in blossom and fruit - set period in sunlight greenhouse

    摘要通過對日光溫室開花坐果期番茄根區不同溫度處理（自然地溫， 15 ， 20 ， 25 ） ，研究了低溫季節根區溫度對番茄生長的影響。
  8. In actual planting, planters always have great difficulty in diagnosing the violation of diseases, pests and nutritional deficiency, and can not take measures in time, which induce reduction of output

    在實際生產中，溫室經營者常常由於難以診斷番茄的各種病蟲害危害與營養元素缺乏癥狀，不能及時採取對策，從而導致減產。
  9. The results show that the per unit area yield of tomato has incrased by 53. 7 % in greenhouse of the photo - ecology agricultural film

    用這種光生態膜苫蓋日光溫室進行番茄生產，產量提高了53 . 7 % 。
  10. Tomato is one of the main vegetables planted in greenhouse, and its planting area and output are rather large

    番茄是我國溫室蔬菜主栽品種之一，其種植面積和產量都很大。
  11. Harmless technique for comprehensive prevention and control of root knot nematode on tomato in solar greenhouse

    日光溫室番茄根結線蟲無公害綜合防治技術
  12. As result, a new method is presented by using the acoustic emission ( ae ) signal from stem of individual plant as its demand information. based on virtual instruments technique, which is becoming a popular tool in measurement and automation fields international, a computer - based detecting system is developed for the fast, real - time measurement. take tomato crops for testing example in greenhouse, the relation between ae and transpiration, environmental factors has been studied

    因此，從植物本身出發，本文在國內首次採用了以植株莖部聲發射信號作為農作物需水信息的新方法，運用目前在測控領域國際流行的虛擬儀器技術，建立了對作物植株莖部聲發射信息進行實時、快速測量的微機檢測系統，並以溫室盆栽番茄為對象，研究了聲發射信息同植物蒸騰以及環境因子間的關系。
  13. Effects of fertilization levels on the growth and development of tomato in solar greenhouse

    不同施肥水平對日光溫室番茄生長發育的影響
  14. The genomics dna of the transformants was extracted and assayed by pcr with nptii primer camv35 / cp primer and the results indicated that the chloroplast shsp gene has been integrated into the genomics of the tomato. then the transgenic tomato were exposed to low temperature ( in winter, on natural condition, the top temperature was 15 ? and the lowest temperature was 5 and a set of physiology parameters were measured after 6 weeks. the results were shown as follows : 1 ) effect on growth height of the transgenic tomato and the control plants after 6 weeks at low temperature showed that the transformants had been grown faster than the control. in addition, the leaves of the control plants appeared to be much reder than the transgenic tomato, and the change were obvious followed by far from the treated time at low temperature, which suggested that the constituently expression of the chloroplast shsp had some protective fountions to the tomato at low temperature

    提取轉基因番茄基因組dna ，分別以npt和35s cp引物對其進行pcr分析，結果表明葉綠體shsp基因已整合進番茄基因組中；對轉基因番茄進行低溫處理（冬季，自然條件下（無加熱的溫室） ，白天最高溫度15 ，夜間最低溫度5 ） ，生長6周后，檢測轉基因番茄的系列生理指標，主要結果如下： 1 ）生長勢：測量轉基因番茄與對照（未轉基因番茄）的株高，結果顯示轉基因植株生長明顯快于對照，且從外觀上看到對照葉片發紅程度遠大於轉基因植株，隨著低溫時間延長，對比更加明顯，說明葉綠體shsp的組成性表達在低溫下對番茄具有一定的保護作用。
  15. We develop this system which aim at the above question for the first time, and give evidence to planters when they come to a decision on greenhouse management, ultimately improve the level of greenhouse management

    本課題針對以上存在的問題，首次建立了溫室番茄主要病蟲害和缺素癥診斷和咨詢的專家系統，目的在於為溫室經營者的栽培管理提供決策依據，以提高溫室的管理水平。
  16. Experimental research on irrigation indexes of drip irrigation for tomato in greenhouse

    溫室番茄滴灌灌水指標試驗研究
  17. Effects of increasing potassium fertilizer dosage on the quality and yield of tomato in greenhouse

    增施鉀肥對日光溫室番茄產量和品質的影響
  18. The model of the growing process of tomato is constructed based on rbf neural network

    溫室番茄的生長過程具有控制變量多、生長過程復雜等特點。
  19. Simulation results show that the model has better performance than those based on other method

    模擬結果表明，該方法較其他方法更適合於溫室番茄生長過程的建模。
  20. The results show this system can diagnosis disease, pest and nutritional deficiency which are often violate tomato planted in greenhouse. this system basically achieves the design desire

    系統運行結果顯示，該系統能夠對溫室番茄常見的病、蟲害和缺素進行識別和診斷，基本達到了設計的要求。
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