嫩枝

nèn zhī
  • spray;twig;twiggery;epicormic branch;run;burgeon;sprout
嫩枝嫩枝
嫩枝 [nèn zhī]
  • (1) [spray]∶通常为细长的树枝或幼嫩的枝条

  • (2) [run]∶抽出细长的初生枝(常指有蔓植物的嫩枝)

  • 早熟倭瓜开始抽出细长的嫩枝

嫩枝[nèn zhī]
  1. ABT生根粉应用于新疆石榴嫩枝扦插育苗的研究

    Study on Application of ABT Rooting Powder in Twig Cutting and Seedling of Xinjiang Pomegranate

  2. 微机在全光雾插嫩枝育苗上应用的研究

    The research about application of microcomputer in Nursing Twig by Full-light-fog Cuttage

  3. 不要让嫩枝爬上篱笆,要令其沿着篱笆伏地向两边长。

    Instead of training the shoots up the fence , lay them flat in both directions alongside it

  4. 他知道怎样让无花果嫩枝成活。

    He knew the tips for growing a fig tree from a shoot .

  5. 这位警官查了查"熊猫",得到的答案是:"大熊猫生活在中国,吃嫩枝和树叶。"

    The officer looked up " panda " and there was the answer , " Giant panda , lives in china , eats shootsand leaves . "

  6. 嫩枝图片:图片支持规划组、嫩枝BMP的格式

    The picture browses : The picture which supports JPG , BMP format browses .

  7. 本试验以余甘子嫩芽和嫩枝茎段为外植体,在MS培养基中进行离体繁殖和培养试验。

    The tender bud and shoot segment of emblic were in vitro cultured on the MS medium .

  8. 成反比例汽油消耗量与空气温度的反向关系5.shootn.芽,苗,嫩枝,竹笋

    the inverse relationship between gas consumption and air temperature

  9. 本试验是在有弥雾装置并加盖遮阳网的塑料大棚中,用不同的植物生长调节剂IAA、IBA、NAA处理叶子花的一年生木质化插条和当年生嫩枝,进行扦插试验。

    The experiment was done by dealing Bougainvillea glabra 's cutting with different kind of plant-growth regulator IAA . IBA .

  10. 硬枝插穗体内IAA含量高于嫩枝插穗,也是硬枝扦插生根率低于嫩枝的主要原因之一。

    One of the important reasons that the rooting percentage of hardwood cuttings was lower than softwood cuttings is its higher IAA concentration .

  11. 生长调节物质IBA处理硬枝和嫩枝插穗,可显著促进生根效果。

    Hardwood and softwood cuttings pre-treated with the growth regulator IBA showed significant inprovement in rooting performance of tetraploid locust .

  12. 研究了三种不同植物生长调节剂ABT、NAA、IBA对南蛇藤嫩枝扦插的影响。

    Effects of three different plant growth regulators ABT , NAA and IBA on rooting of ten-der branch cuttings of Celastrus orbiculatus Thunb .

  13. 相反,嫩枝插穗中ABA含量要低于硬枝插穗中ABA的含量,并且随着母树年龄的增加而增加。

    On the other hand , the content of ABA in shoot cuttings is lower than that in hardwood cuttings , and increase with raising the age of seed tree .

  14. 为了解IBA对含笑扦插生根的影响,以清水为对照,用吲哚丁酸(IBA)处理含笑插穗,研究了含笑嫩枝扦插生根过程中的部分生理生化变化。

    The physiological changes were studied during the Michelia figo cutting rooting , which were treated by pure IBA , water was control .

  15. 植物内源激素含量与生根关系的研究:2种椴树嫩枝扦插前不同部位插条IAA、ABA、GA3含量不同,生根阶段不同处理各内源激素含量也不同。

    Studies on the relationship between endogenous hormone and root research indicated that : Before the green shoot cuttings , the content of IAA , ABA , GA3 of two Tilia .

  16. 以峨眉拟单性木兰嫩枝茎段为测试材料,研究多酚氧化酶(PPO)活性和总酚含量及其季节变化规律。

    Taking burgeon and stem of Parakmeria omeiensis Cheng as test materials , polyphenol oxidase ( PPO ), total phenol content , and seasonal change law were studied .

  17. 将柽柳幼嫩枝条接种于诱导培养基上诱导出丛生芽,再把柽柳丛生芽和嫩枝接种在含有不同浓度NAA的MS培养基上,使外植体分化生根。

    Young branches of Tamarix chinensis were inoculated in MS medium for cluster bud , then these buds and young branches were transferred to MS medium supplemented by different concentration of NAA for root induction .

  18. 嫩枝扦插最适处理为NAA500×10-6mg/ml,30s。

    The best treatment for softwood cutting was NAA500 × 10-6 mg / ml , 30 s.

  19. 在NAA浓度为10~500ppm范围内处理毛白杨嫩枝插穗,明显促进乙烯释放。

    The ethylene releasing was obviously promoted - when the soft cuttings of P.tomentosa were treated with 10-500 ppm NAA .

  20. 采用IBA、NAA、ABT生根粉均能显著提高硬枝扦插和嫩枝扦插成活率,对根插则无明显影响;

    It could significantly improve survival rate of hardwood cuttage and softwood cuttage by using IBA , NAA and ABT , but it was not significant effect in root cuttage .

  21. 洋麻嫩枝叶经打浆出汁后加温凝固,负压分离可生产出浓缩叶蛋白(LPC)。

    The fresh branches and leaves of H.cannabinus undergo smashing , juice extracting , heating to condense , separating under depressed pressure as to produce enriched leaf protein ( LPC ) .

  22. 利用光照喷雾装置,采用ABT生根粉处理色木槭半木质化嫩枝,在不同基质内进行色木槭嫩枝扦插试验。

    A softwood cutting test of Acer mono was conducted which adopted method of treating semi - lignified cuttings by ABT rooting powder and spraying with light installation .

  23. 电子显微镜观察发现,在病株嫩枝和叶柄韧皮部筛管细胞超薄切片中,存在着大量的类菌原体(MLO)。

    A lot of mycoplasma-like organisms ( MLO ) were observed within the ultrathin sections of sieve cells in the infected tender shoots or phloem tissues with electron microscopy .

  24. 山楂嫩枝插条育苗研究84K杨嫩枝插条育苗快繁技术

    The Techniques on Growing Chinese Hawthorn Cuttings by Tender Branch Cutting Twig Cutting and Fast Breeding Technology of the Breed 84K of Aspen

  25. ABT,IBA和NAA处理的嫩枝插穗的平均生根率分别为73.1%,65.7%和58.3%,均优于对照的54.1%。

    The average rooting rates of tender branches treated by ABT , IBA and NAA are 73.1 % , 65.7 % and 58.3 % , respectively , and are better than the rooting rate of control trials ( 54.1 % );

  26. 洋麻Hibiscuscannabinus干物质中粗蛋白含量18%~23%,鲜嫩枝叶味酸甜,家畜适口性好。

    Crude protein content in the dry matter of Hibiscus cannabinus is 18 % - 23 % , its fresh branches and leaves taste sweet sour . The palatability for livestock is good .

  27. 用IBA500ppm和1000ppm酒精溶液处理乌桕嫩枝扦插条,能促进插条生根及生长。

    The rooting and growth of Sapium , sebiferum shoot cuttings treated by 500 ppm and 1000 ppm IBA alcohol solution can be stimulated .

  28. 本方法提高四倍体刺槐K4无性系的硬枝扦插成活率达90.6%,而且比常规嫩枝扦插缩短了生根时间。

    The survival rate of hardwood cutting of tetraploid R. pseudoacacia clone K4 was increased to 89.4 % and its rooting time was shorter than the normal softwood cutting by using this method . 5 .

  29. 在四季玫瑰嫩枝扦插育苗试验中,用ABT1生根粉和吲哚丁酸(IBA)不同浓度溶液处理。

    In the experiment of cultivating seedling by cuttage with epicormic branch of Rosa rugosa Thumb . , epicormic branches are treated with ABT No. 1 rhizogenous powder and IBA at different concentration .

  30. 本研究以四倍体刺槐K4无性系等为试验材料,对其硬枝扦插和嫩枝扦插技术进行优化试验,尤其采用越冬沙藏催根法和埋枝黄化催芽法进行扦插研究。

    But it is difficult to root , especially in cutting propagation . The objectives of the present study were to optimize techniques of hardwood cutting and softwood cutting for tetraploid R. pseudoacacia clones . Hardwood cutting after overwintering sand storage root promoting and wood-burying etiolation root promoting were used .