施肥量 的英文怎麼說

中文拼音 [shībǐliáng]
施肥量 英文
application rate
  • 施 : Ⅰ動詞1 （實行; 施展） execute; carry out 2 （給予） exert; impose 3 （施捨） give; hand out; best...
  • 肥 : Ⅰ名詞1 （肥料） fertilizer; manure 2 （姓氏） a surname Ⅱ動詞1 （使肥沃） fertilize 2 （由不正當...
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 施肥 : spread manure; apply fertilizer; fertilize
  1. Fertigation has become increasingly popular across the united states as water costs rise and issues related to the environment dictate more precise control of both irrigation water and fertilizer, especially nitrogen

    隨著灌水費用的提高和環境上要求更精確地控制灌水量和施肥量尤其是氮肥，在美國灌溉施肥越來越普遍。
  2. Nutrient effects of different amount of potassium applied on flue - cured tobacco plant

    不同施肥量烤煙鉀素營養效應
  3. Phosphorus absorbed and immobilized in rhizosphere was less than that of in root zone and unroot zone. 2. the isothermal adsorption curve of each can be partition into two parts. phosphorus adsorption amount and phosphorus consistency slope in equilibrium solution are relatively higher than the slope of phosphorus adsorption amount and phosphorus consistency when fertilizer amount added increasing continuously

    土壤的等溫吸附曲線可分成兩個部分：當土壤平衡溶液濃度很低時，磷的吸附量與（ x ）磷的平衡溶液濃度（ c ）的曲線斜率較大；當施肥量不斷增加后，土壤平衡溶液濃度也會隨之不斷增加，曲線斜率變小。
  4. 6. the order of the effect to wheat productivity in different combination of tillage and application rate is : mulching + high application rate > mulching + middle application rate > plastic mulching + high application rate > furrow and ridge tillage + high application rate > plastic mulching + middle application rate > furrow and ridge tillage + middle application rate, etc. mulching is easy and with better benefit, so should popularize

    耕作措施與施肥量的不同組合對黃?土坡耕地小麥產量的影響作用中，按增產效益排序的前幾個較優組合為：覆蓋+高肥覆蓋+中肥覆膜+高肥溝壟+高肥覆膜+中肥溝壟+中肥。覆蓋耕作與肥料的組合簡單易行且效益較好，所以應加以推廣。
  5. Effects of sowing norm and fertilizer amount on seed productive characteristics of poa pratensis

    播種量和施肥量對草坪型草地早熟禾種子生產特性的影響
  6. With the proportion does not change at present ( namely ca ( h2po4 ) 2 = 2 : 1 ), the application rate of each mu slope cultivated land should be rised to 100 kg nh4hco3 + 200 kg ca ( h2po4 ) 2

    在目前施肥比例不變的前提下（即碳銨：過磷酸鈣= 2 ： 1 ） ，每畝坡耕地施肥量應從50kg碳銨+ 100kg過磷酸鈣增加到每畝100kg碳銨+ 200kg過磷酸鈣。
  7. 3. when apply fertilizer quantity is 1. 5 to 2 times to the present quantity on bench terrace, wheat output raise obviously. but the best application rate is 1. 5 times to the present quantity ( namely 75 kg nh4hco3 + 150 kg ca ( h2po4 ) 2 per mu )

    在黃?土地區水平梯田上，施肥量達到目前施肥量的1 . 5到2倍時，小麥產量明顯提高，但以施肥量為目前1 . 5倍（即每畝施75kg碳銨+ 150kg過磷酸鈣）時為最佳。
  8. Hubei province to investigate the effects of several water and nitrogen management patterns on eco - physiological conditions, yield, water use efficiency and nitrogen use efficiency in paddy rice

    結果表明，在適當的施肥量和合理的追肥方式下，與傳統的淹灌相比，節水灌溉可提高水稻水分生產率及氮肥利用率，獲得高產。
  9. Effects of variety and fertilization amount on flue cured tobacco

    品種與施肥量對烤煙生長發育及產質量的影響
  10. This is mainly due to the improvement of rice varieties, including ( 1 ) the development of semidwarf rice varieties suitable for mechanical harvesting, ( 2 ) the development of varieties resistant to lodging resulting from heavy fertilizer applications, ( 3 ) the development of varieties resistant to diseases and insects, ( 4 ) the establishment of a good seed propagation system, and ( 5 ) the rapid renewal of rice varieties through the services of the rice nursery centres

    主要是改善了水稻品種，這包括： 1 ）選育半矮化品種，有利於機械收割； 2 ）選育抗倒伏品種以適應高施肥量； 3 ）選育抗病蟲害的品種； 4 ）建立良種繁殖基地； 5 ）通過水稻育苗服務中心，及時更新品種。
  11. Data in table 5 show that although rice yield slightly increased with increasing plant density, the difference between densities was not significant, it indicated that in the case of high level fertilization, 300, 000 to 375, 000 hills per ha is enough for getting potential high yield

    表5中數據表明，雖然提高植株密度少量增加水稻產量，但密度間差異不顯著，這表明在高施肥量的情況下， 30萬和37 . 5萬蔸/公頃對獲得高產潛勢來說已很滿足。
  12. The system mainly include the learning function, the fertilization quantity forecasting function, input and output function, stat function, financing balanced function, data update function

    系統主要功能包括學習功能、施肥量預測功能、輸入輸出功能、統計功能、財務結算功能和數據更新功能等。
  13. The overall improvement in crop yields through increased use of fertilizers in related to an intensification of agriculture programs have been significantly facilitated by the use of computers

    總的說來，通過使用計算機系統等高技術大大方便了增加集約農業計劃中的施肥量來提高產量。
  14. Some results are as follows : the highest concentration of nh 4 + - n in leachate is closely related with urea quantity applied at 20cm depth, but not different significantly related at 60cm and 120cm depth

    其試驗結果如下：在不同尿素施用量情況下，各處理中20cm處滲漏液中nh _ 4 ~ + - n最高濃度值與施肥量密切相關，但60cm和120cm處滲漏液中nh _ 4 ~ + - n濃度與施肥量關系不大。
  15. Using plots with water and fertilizer fully controlled, the effect of photosynthetic characteristic and yield under different treatments of water and fertilizer coupling was investigated. the result showed that photosynthetic rates are different among treatments of water and fertilizer coupling, and the change of stomatal conductivity is the same as photosynthetic rat. there is almost no influence on evaporation rate and cellular co2 concentration the combination of fertilizer and manure under natural rainfall is beneficial to the maintenance of photosynthetic rate during grain filling, thus results in highter yield and good quality. however, the coupling of fertilizer and manure with sufficient water results in the decline of photosynthetic rate and stomatal conductivity, the yield decreased indicating there has a balance ratio between water and nutrients ( fertilizer and manure ) supply. the study proposed that the optimum management to exploring yield and qlality potential is the combination of fertilizer and manure application with no irrigation

    利用可精確控制水分條件的水肥平衡場，在不同水肥耦合處理的條件下，研究了水肥耦合對玉米光合特性及產量的影響，結果表明:不同水肥耦合處理的條件下，玉米的光合速率有所不同，氣孔導度的變化與光合速率的變化表現基本一致，而對蒸騰速率、細胞間co2濃度影響不大.其中，在自然降水條件下，有機肥和無機肥的配合，有利於玉米子粒灌漿期維持較高的光合速率，表現出良好的產量潛力.充足水條件下，有機肥和無機肥的配合，光合速率及氣孔導度表現較低，表現產量有所下降，說明供水量與施肥量之間有一個平衡系數.表明黑龍江省北部黑土區自然生態條件下，為充分發揮玉米的產量潛力，最佳的管理措施是增施無機肥和有機肥的配合
  16. ( 5 ) with increasing amounts of n and p fertilization, there were some effect on losses of n and p fertilization. with increasing amounts of n, tn in soil and runoff both increased, while with increasing amounts of p, tp in runoff and silt increased, did dp in runoff increase

    施肥量對黑土徑流n 、 p養分流失的影響，在土壤養分含量差異不明顯時，隨n用量增加，泥沙t - n 、徑流t - n均呈顯著增加，而隨磷用量的增加，徑流和泥沙中的t - p 、 dp含量均極顯著增加。
  17. Transportation of total nitrogen is meanly effected by precipitation, irrigation, rate of fertilizer application of agriculture, permeability of soil and thickness of unsaturated zone et al

    總氮的遷移主要受到大氣降水、灌溉水、農業施肥量、土壤的滲透性以及包氣帶厚度等因素的影響。
  18. The optimum fertilization rate, population density and variety in these experiments have recommended to farmers

    已將試驗所得最佳施肥量、種植密度和品種推薦給農民。
  19. Regulating rate for fertilization

    第施肥量
  20. ( 4 ) soil water flow was simulated by macro model and soil nitrate transport was simulated by coupmodel. part of soil layer ' s simulated results fitted well compared with the measured values. the water percolation amount simulated with considering macro - pore was 60

    （ 4 ）用macro模型模擬水過程， coupmodel模型模擬氮素轉化過程，部分土層水、氮的模擬結果和實測值較吻合，考慮大孔隙時模擬得到土壤水的滲漏量較不考慮時高60 . 50 ，土壤硝酸鹽淋洗量占施肥量30 . 87 ，比不考慮時高。
分享友人
分享到 Line

分享到臉書