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枝梢生长
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  shoot growth
     The Effect of EM on the Shoot Growth and Photosynthesis in Longan
     EM对龙眼枝梢生长和叶片光合作用的影响
短句来源
     The effects of three kinds of concentration of EM-1 original liquid in longan on shoot growth and photosynthesis were studied.
     研究了3种浓度EM-1号原液对龙眼枝梢生长和叶片光合作用的影响。
短句来源
     EFFECTS OF FGR ON FRUIT SETTING AND SHOOT GROWTH IN ‘SHUIZHANG' LONGAN TREES
     FGR对水涨龙眼座果及枝梢生长的效应
短句来源
     The effects of PP333 solution at different concentrations on the shoot growth, contents of starch and soluble sugar and ratio of bound water to free water in leaves of Guanxi honey pomelo trees during wintering season were studied. The results showed that the treatment of PP333 improved the content of soluble sugar, increased the bound water/free water ratio and decreased the content of starch in leaves of pomelo trees during wintering season;
     本试验探讨了不同浓度多效唑(PP333)对琯溪蜜抽枝梢生长和越冬期叶片淀粉、可溶性糖含量、束缚水/自由水比值的影响.结果表明,多效唑处理能提高越冬期叶片可溶性糖含量,增大束缚水/自由水比值,降低淀粉含量;
短句来源
     Effects of PP333 on the shoot growth and status of sugar and water during wintering season of Guanxi honey pomelo trees
     多效唑对琯溪蜜柚枝梢生长和越冬期叶片糖、水分状态的影响
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  growth of shoot
     The study showed that the growth of shoot of medium-late melting peaches was significantly restrained by different concentrations of PP333. From results of shoots growth, yield, and the shape of the fruits, the best concentrations are the 12000 mg/L of PP333 for foru-year-old 'Datuanmilu' and 8000 mg/L for five-year-old 'Hujingmilu' and six-year-old 'Xipu No. 1'.
     研究表明,PP333能极显著地抑制枝梢生长。 从控制枝梢生长、产量提高、果实形状及圆整度、花芽形成等综合性状分析,4年生大团蜜露以每株喷PP33312000mg/L、5年生湖景蜜露和6年生西浦1号以每株PP3338000mg/L喷2次的处理效果最好。
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  “枝梢生长”译为未确定词的双语例句
     The effects of different concentrations(50,100 and 200 mg/L) and different time periods(soaking for 1 second,for 1 minute and for 10 minutes) of IAA,GA_3 and NAA on the living rate of top grafting and branch growth of Ginkgo biloba. L were investigated using an orthogonal design L9(34).
     用正交试验方法L9(34)研究了3种植物生长调节物质(IAA、GA3、NAA)以及3种浓度(50、100、200 mg/L)和3种处理时间(浸沾1 s、浸泡1 min、10 min)对银杏高位嫁接成活率与枝梢生长的影响.
短句来源
     The results show that IAA and NAA could improve the living rate of top grafting,with the best ratio being A_3C_2D_1,the highest living rate being 99.3% and the branch length being 128.3 cm; but that GA_3 restrained the living rate.
     结果表明:采用IAA和NAA能够提高银杏嫁接成活率,最好组合是A3C2D1,成活率达99.3%,枝梢生长达128.3 cm,而GA3则对嫁接成活率有一定的抑制作用;
短句来源
     Effects of PP_(333) on tissue structure in leaves, cold resistance and growth of shoots of pummelo trees
     PP_(333)对柚叶片组织结构、枝梢生长及抗寒性的影响
短句来源
     Influence of Heavy Rain on the Growth of Cherry Branches
     大雨对樱桃枝梢生长影响
短句来源
     2. L-glutamic acid at low concentration cannot inhibit the growth of the braches, but they can make the leaves green.
     2.浓度=1.0g/L处理对荔枝枝梢生长没有抑制作用,但从后期叶片转绿来看,这些浓度处理的叶片较对照要较早。
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  shoot growth
We studied the first cycle of shoot growth of the Quercus robur L.
      
The removal of growing leaves changed the rhythm of shoot growth.
      
The development of phloem of the current year begins 10 to 20 days before the xylem formation and is completed with the termination of shoot growth in the end of June.
      
Research data on the rhythms of shoot growth in woody plants obtained in the second half of the 20th century are reviewed.
      
Analysis of these data demonstrated different regulation of shoot growth processes at three stages of its development: (1) initiation of shoot primordia, (2) primordia development into phyllome primordia, and (3) visible shoot growth.
      
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  growth of shoot
And CO2 enrichment enhanced lateral growth of shoot and vertical growth of root.
      
Effects of gentamicin on growth of shoot initiation from cultured tobacco callus and salpiglossis leaf discs
      
Effects of gentamicin on growth of shoot initiation from cultured tobacco callus and salpiglossis leaf discs
      
Addition of adenine sulphate (5 mg L-1) to the culture medium increased the growth of shoot buds.
      
Culture filtrates of many isolates - hormone producers or not - stimulated or inhibited the growth of shoot and/or root of plants.
      
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Anatomical studeis of the epidermal structures of the various organs at different developmental stages of different citrus species indicate that the density and maturity of the natural pores are intimately related with the amount of infection by the canker organism, Xanthomonas citri. Leaf and stem infections have been found to be heaviest during the stage of shoot elongation when large number of new stomates and lenticels are in the process of formation. No infection occurs at the top of new shoots where the...

Anatomical studeis of the epidermal structures of the various organs at different developmental stages of different citrus species indicate that the density and maturity of the natural pores are intimately related with the amount of infection by the canker organism, Xanthomonas citri. Leaf and stem infections have been found to be heaviest during the stage of shoot elongation when large number of new stomates and lenticels are in the process of formation. No infection occurs at the top of new shoots where the natural pores have not yet been formed. Old shoots with mature pores also cease to be susceptible to infection. Fruits are exposed to infection longer than the shoots. They are most susceptible from the end of May to the middle of June when stomatal development is most active. Few infections take place after 60 days of the fruit growth. Susceptibility is correlated with the density and size of stomates of various organs of different species in the following descending order: Citrus senensis, C. aurantium, C. lirnon and Poncirus trijolia.

利用柑桔不同品种的同样器官或同一品种同一株上不同部位以及不同发育时期的器官,作表皮組織結构的比較观察,証明气孔的形成及发育状态与柑桔潰瘍病的自然侵染(即非伤損侵染)有密切的关系。当柑桔枝梢生长到伸长停止期,枝叶上的表皮气孔的形成量为最大,此时达到最大的侵染,当枝梢停止生长后,枝叶表皮組織不再形成新气孔,原有气孔已漸老熟,此时便进入侵染的末期。徒长性枝梢的生长期較长,延迟了伸长的停止期,頂端不断形成新組織,而下部的組織已形成气孔,因此枝梢下部生长較久的茎叶先得病,而其頂部組織不受侵。果实的生长期甚长。在5月底至6月間果实的增长最快,形成气孔最多,故不断受侵染。当幼果生长60天左右,果实趋于定形,原有气孔已老熟,从此便絕少侵染。在器官上大量气孔形成时期如遇天旱,侵染便因病原菌的限制而減低或避免;如遇多雨时,侵染期可以延长。气孔分布最密的組織或器官最易侵染。品种間的抗病性亦与此有关,例如各器官的表皮气孔密度及气孔中隙的尺度均以甜橙为最高,順次为酸橙、檸檬及枳壳等。不产生气孔的表皮組織例如叶片的上表面不易受侵。伤損及人工接种可以使任何气孔形成时期受侵,說明突破表皮时便失去抗病力。但在自然情况下虫伤及其他損...

利用柑桔不同品种的同样器官或同一品种同一株上不同部位以及不同发育时期的器官,作表皮組織結构的比較观察,証明气孔的形成及发育状态与柑桔潰瘍病的自然侵染(即非伤損侵染)有密切的关系。当柑桔枝梢生长到伸长停止期,枝叶上的表皮气孔的形成量为最大,此时达到最大的侵染,当枝梢停止生长后,枝叶表皮組織不再形成新气孔,原有气孔已漸老熟,此时便进入侵染的末期。徒长性枝梢的生长期較长,延迟了伸长的停止期,頂端不断形成新組織,而下部的組織已形成气孔,因此枝梢下部生长較久的茎叶先得病,而其頂部組織不受侵。果实的生长期甚长。在5月底至6月間果实的增长最快,形成气孔最多,故不断受侵染。当幼果生长60天左右,果实趋于定形,原有气孔已老熟,从此便絕少侵染。在器官上大量气孔形成时期如遇天旱,侵染便因病原菌的限制而減低或避免;如遇多雨时,侵染期可以延长。气孔分布最密的組織或器官最易侵染。品种間的抗病性亦与此有关,例如各器官的表皮气孔密度及气孔中隙的尺度均以甜橙为最高,順次为酸橙、檸檬及枳壳等。不产生气孔的表皮組織例如叶片的上表面不易受侵。伤損及人工接种可以使任何气孔形成时期受侵,說明突破表皮时便失去抗病力。但在自然情况下虫伤及其他損伤极易栓化,故影响不大。

A three-and-half-year observation was made of 25 provenance samples of mearns acacia (Acacia mearnsii) in two test plantations. The results indicated; a) The germination percent and the seedling height varied greatly from sample to sample, b ) each sample annually produced three maximum shoot growths, which changed basically with the monthly temperature and rainfall. Each sample's bark percent, volume and frost-resistance were compared.

对黑荆树两个试验点25个种源3年半的观察,结果表明:不同种源种子发芽率,苗高存在明显差异,各种源年周期枝梢生长有三次高峰期,生长量与日气温、月降雨量变化基本一致。本文还比较分析了各种源树高、胸径、树皮量、材积以及耐寒性等性状。

GC, HPLC, GLC and GC-MS analytical technique having developed, a greatprogress have been made in action of endogenous hormones on the growing trees. This articlemade a brief comment on control of endogenous hormones on the seeds of trees dormancy,germination; crown shape, shoot growing and flower bud formation, six differentiation.

GC、HPLC、GLC和GC-MS分析技术的发展,使对内源激素作用的研究取得很大进展。本文主要介绍了植物内源激素对树木种子休眠、萌发、冠型、枝梢生长以及花芽分化、花芽性分化的调控作用。

 
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