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   多效唑处理 的翻译结果: 查询用时:0.312秒
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多效唑处理
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  pp 333 treatment
     The PP333 treatment also significantly increased the content of Ca, Fe and Vc in leaves.
     同时,多效唑处理还增加了生菜叶片内Ca、Fe元素及Vc的含量。
短句来源
     Based on the experiment results,50mg/L of PP333 treatment was recommended for practical application.
     从试验结果看,以50m g/L浓度的多效唑处理较适宜。
短句来源
     PP333 treatment caused the fl(?) rescence ahead of time, and NAA treatment postponed the florescence arrival.
     多效唑处理使花期提前,萘乙酸处理延迟了花期的到来。
短句来源
     PP333 treatment caused plant high, the leaf area to reduced, and increased the stem thick, the branching number and weight per leaf area, the influence to main stalk pitch number was not obvious. Under each processing the overall effect was:r2>rl>ck>r3;
     多效唑处理使红小豆株高、叶面积降低,增加了茎粗、分枝数和比叶重,对主茎节数影响不明显,各处理下总体效果为r2>r1>ck>r3;
短句来源
     In the field experiment,the flower yield in the treatment of Moliwang was 5 877 0 kg/hm 2,was increased by 58 3% and 28 6% than those of control and PP 333 treatment respectively,but when the fertilizer was insufficient in the flower bud initiation stage,the efficiency was decreased by 28 02% than that of the normal fertilizer applying treatment.
     在田间试验中应用茉莉王具有良好的生物化控效应,年花产量5877.0kg/hm2,分别比对照和多效唑处理增产58.3%**和28.6%*。 但当伏花孕育阶段供肥不足时,茉莉王增花效果比正常供肥相同处理的下降28.02%。
短句来源
  “多效唑处理”译为未确定词的双语例句
     Treated "Xushu 18" plantlets in vitro with PP333 in each concentration between 3.6~36.0μmol/L,the growth potential is decreased,but the content of chlorophyll and root-shoot ratio are increased.
     以3.6~36.0μmol/L浓度的多效唑处理“徐薯18”试管苗,可降低其生长强度,提高叶绿素含量和根冠比。
短句来源
     The following treatment could produce the best effect:spraying ethrel(2000mg·kg~(-1))at the 3rd week+ringing at the main stem at the 7th week+MET(600mg·kg~(-1))at the 12th week after the full flower period.
     以盛花后3weeks 喷2000mg·kg~(-1)乙烯利+盛花后7weeks 主干环剥+盛花后12weeks 喷施600mg·kg~(-1)多效唑处理效果最佳。
短句来源
     The growth of stems and leaves was inhibited, but leaf color was more green and root fresh weight and root length were significantly increased by 0.01 mg/L paclobutrazol treatment.
     结果表明,0.1~1mg/L多效唑处理完全抑制了MS扩繁培养基中马铃薯试管苗的生长,而0.01mg/L多效唑处理虽抑制了试管苗茎叶的生长,但叶色加深、根重和根长显著增加.
短句来源
     The highest yield of peanut was the treatment of spraying paclobutrazol of 150mg·L-1,which reached 3806.25kg/ha, and increased by 12.57% as compared with CK. 
     其中,以喷施150mg·L-1多效唑处理的产量最高,达3806.25kg/hm2,比对照增产12.57%。
短句来源
     Our aim is to search for the relationship between rare earth and hormones counterbalance, then to provide academic reference data for the mechanism of the effects of rare earth elements on crops and the safety evaluation of rare earth used in agriculture. This experiment concentration treated with La, Ce is 0mg/L, 1mg/L, 2.5mg/L, 5mg/L, 10mg/L, 25mg/L, 50mg/L, and 100mg/L respectively.
     本试验设La、Ce浓度分另1J为0mg/L,1mg/L,2.5mg/L,5mg/L,10mg/L,25mg/L,50mg/L,100mg/L共八个处理,另配设不喷外源激素的对照组、喷施外源赤霉素和喷施多效唑处理共三组。
短句来源
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  相似匹配句对
     Dwarf Treatment of Putuo narcissus with PP_(333)
     普陀水仙的多效唑矮化处理试验
短句来源
     EXPERIMENTAL RESEARCHES ON THE TREATMENT OF WASTEWATER FROM MULTIPLE EFFECT ORGANIC PESTICIDE, POLYCHRESTICZOL, PRODUCTION
     多效唑生产废水处理试验研究
短句来源
     TREATMENT OF ION EXCHANGE RESINS
     离子交换树脂的处理
短句来源
     Natural Language Processing
     自然语言处理
短句来源
     Study on the Degradation of Paclobutrazol by Mircoorganisms
     多效唑的生物降解性研究
短句来源
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  pp 333 treatment
Compared with control, there were more spikes per plant and fewer grain per spike in the PP333 treatment, but all yield components developed positively in the treatment consisting of the mixture of GA3 and PP333.
      
Vernalization at 10 °C increased endogenous GA1 content in both leaves and the inflorescence stalk irrespective of GA3 or PP333 treatment.
      


Our experimental results showed,paclobutrazol is very effective to controlovergrowing and promote tillering of late rice seedlings by means of spraying300 ppm paclobutrazol at 200 jin per mu at the stage of one mature leaf and onenew leaf of Iate rice seedlings.The height of the treated seedlings decreased by1/3—1/4 as against that of the control and the number of the tillers of the trea-ted seedlings raised by 80—120%.The physiological effects of paclobutrazol on the rice seedlings are sproutingvigorous roots,increasing...

Our experimental results showed,paclobutrazol is very effective to controlovergrowing and promote tillering of late rice seedlings by means of spraying300 ppm paclobutrazol at 200 jin per mu at the stage of one mature leaf and onenew leaf of Iate rice seedlings.The height of the treated seedlings decreased by1/3—1/4 as against that of the control and the number of the tillers of the trea-ted seedlings raised by 80—120%.The physiological effects of paclobutrazol on the rice seedlings are sproutingvigorous roots,increasing the ability of absorbing Nitrogen,increasing the contentof Nitrogen and chlorophyll and promoting the net photosynthetic rate of theseedlings.These are very advantageous to promote vegetative and reproductivegrowth of the treated rice plants in the Paddy-field period after transplanting.The results of normal field experiment and large area contrast experimentshowed that the yield of the treated raised by 10% as against that of the control.

本试验以常规稻6—38和杂交稻威优64等六个品种为材料,进行了新型植物生长调节剂——多效唑,对培育二晚壮秧和生理基础与增产效果的研究。试验结果表明;二晚秧苗在一叶一心期,每亩喷300PPM 浓度的多效唑100公斤药液,能有效地对二晚秧苗起到控长、促蘖、培育壮秧的作用。处理后秧苗的高度比对照降低1/3~1/4,分蘖数增加80~120%,叶片表现短、宽、厚,苗体矮壮。这种壮秧移栽本田后无败苗现象,没有明显返青期,禾苗早生快发,分蘖多、有效穗增加。多效唑对于秧苗的生理效应表现为;增加秧苗的发根力,具有发达的根系,吸氮能力增强,苗体含氮量和叶绿系含量增加:光合速率增强。处理后的秧苗,碳——氮代谢均旺,而且这种生理效应一直维持到抽穗期,有利于营养体生长和籽粒灌浆结实。试验表明,多效唑处理后水稻能增产10%左右。

The levels of plant endogenous hormones

多效唑处理水稻植株后使株高降低和分蘖增加,植株体内的GA类物质和IAA含量相应下降,乙烯释放率显著增加;用外源GA_3和氮肥能逆转多效唑的抑制作用而使株高增加,同时GA类物质含量也明显增加。因此,多效唑不仅调节体内的GA类物质含量,还能通过调节IAA含量和乙烯释放率而影响植物生长。

Multi-effect Triazole(MET)inhibited the elongation of stem,taprootand lateral roots,increased the percentage of nitrogen and dry matterweight of seedlings.After MET was added to nutrient solution,the acti-vityes of dehydrogenase in taproot,of peroxidase and IAA oxidase intaproot and cotyledon increased obviously.On the contrary,GA antagonizedthe effects mentioned above.MET raised plasmalemma permeability of root cell.The contents of polar lipid of cotton seedlings treated with MET weredifferent from that of...

Multi-effect Triazole(MET)inhibited the elongation of stem,taprootand lateral roots,increased the percentage of nitrogen and dry matterweight of seedlings.After MET was added to nutrient solution,the acti-vityes of dehydrogenase in taproot,of peroxidase and IAA oxidase intaproot and cotyledon increased obviously.On the contrary,GA antagonizedthe effects mentioned above.MET raised plasmalemma permeability of root cell.The contents of polar lipid of cotton seedlings treated with MET weredifferent from that of the check ones.For example,after MET was used,the contents of myristic acid and palmitic acid in root decreased while thecontents of linolenic acid and linoeic acid increased.The IUFA(index ofunsaturation of fatty acids)of the root of the treated seedlings was alsohigher than of the check ones.MET depressed K~+ and NH_4~+ uptakes of root but promoted NO_3~- andH_2PO_4~- uptakes.The analysis of kinetics of K~+ uptake indicated that,K_mof K~+ uptake in the root treated with MET was higher and V_(max) waslower than those of the check ones.MET reduced the affinity of rootfor K~+ and depressed the uptake.In the authors'opinion,this is relatedto the increase of plasmalemma permeability of root cell promoted byMET.

多效唑抑制棉花幼苗主茎、主根和侧根伸长,增加棉苗含 N 量和干物重,增强主根脱氢酶活性,提高主根和子叶过氧化物酶和吲哚乙酸氧化酶活性,降低 IAA 的有效浓度而抑制棉花幼苗的伸长。GA 能解除多效唑的抑制作用。多效唑能增加棉苗根膜脂不饱和指数和油酸含量,降低肉豆蔻酸、棕榈酸含量,减少棉茎棕榈酸、亚麻酸含量,提高油酸、亚麻酸含量;降低棉叶亚麻酸含量,增多亚油酸、油酸含量。增大根细胞膜差别透性,影响棉苗根系对离子的吸收。多效唑抑制棉根对K~+、NH_4~+阳离子吸收率,但0.1—1ppm 时,对吸收 NH_4~+有一定促进效应:增加棉根对 NO_3~-、H_2PO_4~-阴离于吸收率。不同浓度的多效唑对棉根吸收 K~+的速率符合 Michaelis—Menten 酶动力学模式。0.1—1ppm 多效唑处理后,K~+的吸收 K_m值增大,Vmax 减少,表明 K~+吸收率下降是可靠的。

 
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