fertilizer nutrient 中文意思是什麼

fertilizer nutrient 解釋
肥料養分
  • fertilizer : n. 1. 肥料（特指化學肥料）。2. 受精媒介物（如蜂、蟲、鳥、風、水等）。
  • nutrient : adj. 營養的，滋養的。n. 營養物，營養品，養分，養料；營養劑。 nutrient broth 肉汁。 nutrient medium 培養基。
  1. Topdressing fertilizers for swelling of kernels are manufactured at ambient temperature from organo - mineral fertilizers in the double - roll granulator without any drying, thereby giving full play to the characteristics of high nutrient content and quick fertilizer effect of mineral fertilizers as well as exploiting the advantages of soil amelioration and lasting fertilizer effect of the organic matter

    以無機有機肥料為原料，採用對輥式造粒機無乾燥工藝于常溫下生產花生膨果追施肥，既可充分發揮無機肥養分含量高、肥效快的特點，又可發揮有機質改善土壤性能、肥效長的優點。
  2. After selected various high yielding and hybrid varieties, their nutrient uptake pattern, interaction among fertilizer, varieties and plant density should be investigated

    近年來，我國選育出一批主要作物的高產品種和雜交種，應當研究它們的需肥特性，研究施肥與這些新品種及其種植密度等不同措施的關系。
  3. Eng. ) 1. know the fertilizers ( the appearance, properties, physical and chemical nature which includes the organic and inorganic fertilizers ) ; 2. determining the quality ( three major elements of the fertilizers ) and quantity ( the content of the moisture, nitrogen, phosphorus, and potassium ) of chemical fertilizer ; 3. the fertilizer composition expresses and calculation of the amount of application ; 4. it is cultivated in a pot or nutrient solution to test fertilizer effects ; 5. observe plant body : besides observing one ' s own test cultivated in a pot, and another diagnose the picture is for comparing ; 6. making of the compost

    中） 1 .認識肥料（包括有機、無機肥料的外觀、性狀、理化性質） ； 2 .化學肥料的定性（肥料的三要素）及定量（水分、氮、磷、鉀的含量）檢定； 3 .肥料成分表示方法及肥料施用量的計算； 4 .盆栽試驗或水耕試驗（印證報酬漸減率、麥氏理論或肥料元素缺乏徵狀，並進行農藝性狀調查） ； 5 .植體觀察：除了觀察自己的盆栽試驗以外，另備有診斷圖片以供比較； 6 .有機堆肥的製作。
  4. He applied phosphate fertilizer in nutrient solution at two levels and at three stages of development.

    他在營養液中分兩個用量三個發育階段施入磷肥。
  5. Professor lin bao has indicated that short - term experiments showing the reliance on n fertilizer were initially effective, however as time progressed evidence of nutrient resource depletion became clear

    林葆教授指出，長期試驗表明了對氮肥的依賴性在短期內就是有效的，但隨著時間的增長養分資源耗竭的證據越來越明顯。
  6. According to the principle of nutrient balance and water requirement in cotton, the sub - model for fertilization and water management was developed by integrating the effects of soil characters, variety traits and yield target. the submodel can make decisions on the suitable total nutrient and water rates and distributions among main growth stages, ratio of organic to inorganic nitrogen, and the ratio of base to topdressing fertilizer

    根據平衡施肥原理和棉花水分需求規律，在綜合考慮土壤理化特性、品種遺傳特徵、產量水平等因子影響的基礎上，建立了具有系統性和普適性的棉花肥料及水分運籌動態知識模型，模型可以完成肥料總量需求，有機肥與無機肥的比例、基肥與追肥的比例、追肥施用時間、水分需求總量及其在各個生育時期的分配等。
  7. Therefore, measurements of fertilization should ensure adequate n, p, k nutrient supply in the earlier and mid periods of maize growth, especially k application should be fully made before elongating stage, but a large amount of n fertilizer should be applied in tasseling and filling stages for uptake by plant to promote plump seeds so as to attain high maize yield

    因此，施肥措施應保證在玉米生育早期和中期充足的氮磷鉀養分供應，尤其施鉀應在拔節前全部完成，但是在抽雄期和拔節期應施用大量氮促成飽滿籽粒而獲得玉米高產。
  8. In order to find out the variations of soil nutrient content in farmlands of guizhou, a survey of soil and fertilizer was conducted again in 1998, based on the survey results of 1985

    摘要為?解近年來化肥施用量倍增后，貴州農田土壤養分含量的變化，在1985年土壤調查的基礎上， 1998年再次進行了土壤和肥料調查。
  9. Abstract : in order to find out the variations of soil nutrient content infarmlan ds of guizhou, a survey of soil and fertilizer was conducted again in 1998, base d on the survey results of 1985

    文摘:為了解近年來化肥施用量倍增后，貴州農田土壤養分含量的變化，在1985年土壤調查的基礎上， 1998年再次進行了土壤和肥料調查。
  10. The nutrient role of different fertilizer application strategies was assessed by measuring c and n dynamics of soil microbial biomass in corn fields

    摘要通過測定不同施肥制度下玉米土壤微生物量碳、氮的動態變化，探討了不同施肥制度對玉米土壤的培肥效應。
  11. It fulfilled the transforming from point data to polygon data and created the field soil nutrient spatial distribution graphics using the different kinds of interpolation ways. it integrated soil test nutrition data, object yield obtained by historical crop yields of past years, fertilization model and expert knowledge to realize intelligent decision and make field fertilizer prescription. with the card ataflash, the prescription made by the system can be imported into the control computer of variable - rate fertilizer machinery and direct variable - rate controller to implement variable - rate fertilization

    系統實現了以下主要功能：應用不同的插值方法實現點狀信息向面狀信息的轉化，生成農田土壤養分空間分布圖；以土壤采樣測試分析數據作為土壤背景養分，並根據歷史產量及其他信息分析確定施肥所要達到的目標產量，通過集成施肥模型和專家知識實現智能決策，生成田間定位施肥處方；然後用ataflash卡導入到變量施肥機械控制計算機上，指導其田間變量作業。
  12. Probe into the nutrient situation and fertilizer practice of the orchard of jincheng city

    晉城市果園養分狀況及施肥技術初探
  13. Results showed that the contents of soil organic matter, nitrogen and phosphorus in paddy fields increased year after year, under the application of chemical fertilizer combined with organic manure, even if the chemical fertilizer played a leading role in the supply of nutrient

    調查結果表明，在目前有機肥與化肥相結合，養分供應以化肥為主的施肥結構下，水田土壤有機質和氮、磷含量有所增加，旱地土壤有機質和全氮含量下降，土壤磷素有積累。
  14. Results showed that the contents of soil organ ic matter, nitrogen and phosphorus in paddy fields increased year after year, unde r the application of chemical fertilizer combined with organic manure, even if t he chemical fertilizer played a leading role in the supply of nutrient

    調查結果表明，在目前有機肥與化肥相結合，養分供應以化肥為主的施肥結構下，水田土壤有機質和氮、磷含量有所增加，旱地土壤有機質和全氮含量下降，土壤磷素有積累。
  15. Termed a reactive layer coating membrane ( rlc ), laboratory evidence suggests a predictable nutrient release since a concurrent absorption of water into, and diffusion of, solubilized fertilizer material out through the highly crosslinked membrane continues until nutrient release is complete ( table 1 )

    對於一種反應層包膜（ rlc ） ，實驗室研究表明，因為在養分完全釋放之前，隨著水分吸收，被溶解的肥料通過高度交織的膜不斷向外擴散，故養分的釋放是可以預測的（表1 ） 。
  16. It realized the spatial interpolation software grounded on geostatistics seamlesslly integrated with the system using the way of oop and the technology of ole / activex based on com. using vector - grid spatial - overlap analysis to solve the limitation of the grid and general vector data structure in the course of creating prescription, it made fertilizer prescription founded on the main factor of soil nutrient and yield - target. also it effectively integrated comgis with exper t system using the technique of loose coupling

    以面向對象的設計方法為基礎，利用「組件對象模型」基礎上ole / activex技術實現基於地統計學的空間插值軟體實現及與施肥處方系統的無縫集成；應用基於矢量網格的空間疊加分析方法解決柵格和常規矢量數據結構在處方生成中的局限，生成了基於土壤養分和目標產量為主要因素的施肥處方；利用鬆散耦合技術將comgis與施肥專家系統進行有效集成；充分考慮施肥機對施肥處方數據結構要求，在wgs - 84坐標系下採用具有柵格單元的矢量施肥處方。
  17. Organic fertilizer is the important link of maintaining and improving soil nutrient equilibrium and improving soil fertility

    有機肥是維持和促進土壤養分平衡，培肥土壤的重要環節。
  18. To increase the fertilizer utilization in the latosol, studying the fertilizer leaching and conversion characteristic, such as leaching velocity reaching amount, conversion path etc, seem to be extremely important. however, hitherto the study of fertilizer nutrient leaching characteristic are scanty, only some on the mineral nutrient derived from latosol

    要提高化肥在磚紅壤中的利用率，研究其淋溶及轉化特徵則顯得極為重要，如淋失速度、淋失量、轉化途徑等，然而迄今為止，在磚紅壤上這方面研究報道較少，且主要是針對磚紅壤中礦化出來的營養元素，而缺乏對化肥在磚紅壤上淋失特徵的研究。
  19. Assessment of changes of fertilizer nutrient in soil by ion exchange resin membrane method

    離子交換樹脂膜測定肥料養分在土壤中的變化
  20. Therefore, the loss of fertilizer nutrient is a serious problem. it not only waste fertilizer resources, lower fertilizer utilization ratio, but also give some bad consequence to our environment

    因此，化肥養分的損失是一個嚴重的問題，它不僅浪費肥料資源，降低施肥效益，而且給我們的環境帶來不良後果。
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