盆栽試驗 的英文怎麼說

中文拼音 [pénzāishìyàn]
盆栽試驗 英文
pot culture experiment
  • 盆 : 1. （盛東西或洗東西用的器具） basin; tub; pot 2. （姓氏） a surname
  • 栽 : Ⅰ動詞1 （栽種） plant; transplant; grow 2 （插上） insert; stick in; plant 3 （硬給安上）impose; ...
  • 試 : 名詞（古代占卜用的器具） astrolabe
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  • 盆栽 : potting; pot culture盆栽試驗 a pot experiment; 盆栽植物 potted plant; pot plant
  • 試驗 : trial; experiment; test
  1. Using potted trial, the soil heavy metal lead pollution influences on maize plant growth were studied under lime ameliorant condition

    摘要採用盆栽試驗，研究了在施用石灰改良的條件下，土壤重金屬鉛污染對玉米生長的影響。
  2. One - year - old seedlings of chinese redbud ( cercis chinensis ) were grown in a pot with varying soil water levels, soil salt ( nacl ) levels and intercross stress to determine photosynthetic characteristics

    摘要應用盆栽試驗方法，採用完全隨機試驗設計，研究了1年生紫荊實生苗在不同土壤鹽分和水分及交叉脅迫下的光合特性。
  3. Interspecific interactions can affect micronutrients uptake. thus pot experiments were conducted to investigate the effects of oat, rape and chickpea on mn nutrition of wheat in intercropping system or in oat - wheat rotation

    基於以上理論，本研究採用盆栽試驗探討了在不同的種植方式下（間、混作和輪作） ，燕麥、油菜、鷹嘴豆對小麥生長及錳營養的影響。
  4. My experiment can mostly include two sections : the first one was a pot experiment which was carried out in the greenhouse to study the physiological responses of helianthus tuberosus l. seedlings to salt and water stress ; the second one was a field experiment which was carried out in laizhou, shandong province to study the effects of seawater irrigation on helianthus tuberosus l. and soil

    本試驗由溫室盆栽耐鹽耐旱試驗和大田海水灌溉試驗兩大部分組成：溫室盆栽試驗主要通過砂培的方法，研究了幼苗期菊芋在鹽分和水分脅迫下的生理反應；大田試驗在半乾旱的山東萊州地區進行，研究了海水灌溉對菊芋及其土壤的影響。
  5. A hydroponic experiment was conducted to study the effects of sulfur and organic fertilizer fertilization on carbon and nitrogen transport in winter wheat under copper and cadmium stresses

    摘要採用盆栽試驗，研究了銅、鎘脅迫條件下施硫和有機肥對冬小麥碳氮運轉的影響。
  6. The pot experiment was adopted to study the effects of potassium on grain yield and quality of strong gluten wheat

    摘要採用盆栽試驗方法研究了鉀對強筋小麥產量和品質的影響。
  7. According to the results, the pot experiment was carried out by the soil and fertilizer institute, caas in greenhouse

    根據這一結果，在中國農科院土肥所的溫室中進行了盆栽試驗。
  8. Result of screenhouse pot experiment indicated that the most important yield limiting factor in the two soils was phosphate

    網室盆栽試驗結果表明兩種土壤中最重要的產量限制因素為磷。
  9. Abstract : results of pot experiments showed that water deficit affected the height, buds, bulls falling and quantity of productive bulls of cotton

    文摘:通過盆栽試驗在棉花不同生育時期進行不同程度的調虧灌溉試驗。
  10. The results from pot experiment showed that the drought tolerance mechanism of osmotic regulation and antioxidation was all found in sorghum and maize seedlings

    摘要盆栽試驗結果表明，高粱和玉米2種作物均存在滲透調節和抗氧化耐旱途徑。
  11. Research for the growth and development of dendranthema morifolium in seven stromas showed that the stromas compounded by cottonseed putamina + rotten straw was the best ; the next was the sawdust + rotten straw ; the following was the mushroom residue + rotten straw

    摘要通過盆栽試驗，研究7種不同基質對切花菊生長發育的影響，結果表明：棉籽殼腐熟稻草的效果最佳，其次是鋸木屑腐熟稻草，蘑菇渣腐熟稻草居三，其它4種基質均較差。
  12. Pcr and enzyme acitivity check on chitin agar showed that the chitinase gene fragment existed and expressed in the wildtype strains. antagonistic activity test in vitro suggest that the transformants remained the ability to produce antibiotics. the recombinant strains showed an increased biocontrol efficacy against wheat take - all and rhizoctonia sheath blight in greenhouse

    對小麥全蝕病和紋枯病的盆栽試驗結果表明工程菌株p25113一9的防病作用強於野生菌株，尤其是對小麥全蝕病的防治作用，其防治效果同野生菌株ap113和ap25相比，分別增長了22
  13. The microbial agent ' s ability in straw degradation was detected by potted experiment and scanning electron microscope. the result indicated that after 15d the structure of straw was destroyed and did not float longer, which did not affect crop ' s rootage ; furthermore the effect on the next crop ' s growth was studied, and the results shown that the microbial agent could accelerate the next crop ' s growth. the strain b3 secreted incretion iaa and aba by tlc and immunological analysis

    通過盆栽試驗和掃描電鏡觀察檢測了秸稈降解劑對秸稈的降解效果，結果發現，該降解劑在15d內就能破壞秸稈的結構，使秸稈不再漂浮，不影響作物的生根；進一步檢測其對后季作物生長的影響發現，該降解劑還能促進后季作物的生長，薄板層析和免疫學檢測均顯示菌株b3分泌了iaa和aba 。
  14. Two soils which collected from main peanut cultivated areas in guangdong province were utilized to investigate the effects of b or / and mo application on the growth, development and yield of peanut by pot culture experiments

    摘要選用廣東省花生主產區的2種代表性土壤赤紅壤和磚紅壤，採用盆栽試驗，探討施用硼、鉬對花生生長發育和乾物質積累的影響。
  15. In ported trials, wu gave the minimum tr of all plants, and its diurnal maximum tr persisted stability the most within the range of soil moisture 20. 4 % - 6. 4 %. ; nx lowered its tr and shrank its high - low lines after had experienced irregular wet - drought hardening period during culturing ; kerqin performed a plasticity as compared to field ; c. lanata also stood the most stability but on the basis of middle - high maximum tr level ; tr by caragana korshinski was high when soil water was abundant, but was lowest for lack of water ( 6. 4 % )

    盆栽試驗表明，華北駝絨藜蒸騰最弱，且在土壤含水量20 . 4 6 . 4的范圍內最高蒸騰速率穩定性最強；經脅迫鍛煉寧夏駝絨藜蒸騰降低，變幅減小；科爾沁駝絨藜與大田相比蒸騰可塑性較強；土壤水分變化中，北美駝絨藜蒸騰在中高水平上維持穩定的能力最強；水分良好時檸條蒸騰很強，水分脅迫中蒸騰極大降低。
  16. This paper deals with the water physiology and growth characteristics of locust seedling under the soil drought condition

    摘要採用盆栽試驗對不同土壤乾旱程度下刺槐幼苗水分生理特徵進行了初步研究。
  17. In the paper, a series of the field investigation, laboratory culture and pot experiments were conducted, to study microbial eco - characteristic and restoration in relation to soil - plant system of red soils reclaimed - mine. the main results were summarized as below : 1. soil microbes eco - characteristic in lipu copper mining reclaimed soil - endurance plant system were studied comparatively, zhe jiang province

    本論文採用野外礦區調查、實驗室培養和溫室盆栽試驗相結合的方法，對我國南方紅壤礦區土壤的微生物生態特徵及其穩定性恢復進行了研究，以期為礦區重金屬污染及退化土壤微生物生態系統的生物修復及土壤復墾工程提供理論技術依據。
  18. With the purpose of better understanding some weak links in this subject, we comprehensively and systematically compared the effects of some typical inhibitors and their different combined ways in inhibiting cd bioavailability in purple soil, further studied the laws and affecting factors of cd ' s transfer and transformation in soil - plant system, revealed the mechanisms inhibitors function, and explored the practicable inhibitor prescriptions and their usage. the results are expected to provide reliable techniques for controlling cd pollution of agricultural soils in chongqing and it is also significant to ameliorate soils polluted by other kinds of heavy metals. comprehensive methods including pot experiment, laboratory culture experiment, kinetic and thermodynamic adsorption - desorption experiment were adopted in this study, and the acidified purple soil was chosen to test, considering that cd is highly active in this soil

    本研究針對重慶市農業土壤的污染狀況，選取鎘活性較高的酸化紫色土為供試土壤，採用盆栽試驗、培養試驗、化學熱力學與動力學吸附試驗相結合的方法，系統研究和比較多種調控劑及其不同組合方式對鎘生物活性的效應，並揭示鎘在土壤?植物系統中的遷移轉化規律及影響因素，進一步分析調控劑的作用機理，探尋具有實際應用價值的調控劑配方及合理使用的方法，這不僅可以為重慶市農業土壤鎘污染的防治提供可靠的技術保障，而且對于其它重金屬污染的治理也有一定的理論意義。
  19. 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。
  20. Greenhouse experiment verified that n, p, k, s and probably zn, were the yield limiting factors in the soil

    溫室盆栽試驗證實氮、磷、鉀和硫是該土壤的產量限制因子，鋅也在一定程度上限制產量。
分享友人
分享到 Line

分享到臉書