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   对幼苗生长 的翻译结果: 查询用时:0.509秒
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对幼苗生长
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  growth of seedling
     (3) After accelerating germination, soaking seeds in solution of 50 mg/L ABT 3, 100 mg/L ABT 3 or 100 mg/L naphthalence acetic acid for 30 minutes can improve the rate of emerging seedling, but not promote greatly growth of seedling.
     (3)催芽后用 50 mg/ L和 10 0 mg/ L的 3号 ABT生根粉、或者 10 0 mg/ L的萘乙酸浸泡都可以提高幼苗出土率 ,但对幼苗生长没有明显影响。
短句来源
     The electric field of 1.0 kV/cm and 1.5 kV/cm had the best obvious effects on the promoting germinating power and growth of seedling stage,a better effect on the growth of seedling stage was in the treatment conditions of 1.0 kV /cm,1.5 kV/cm,2.5 kV/cm,3.5 kV/cm and 4.0 kV/cm.
     1.0kV/cm和1.5kV/cm电场处理条件对于促进种子萌发和幼苗生长效果最明显,1.0kV/cm、1.5kV/cm、2.5kV/cm、3.5kV/cm和4.0kV/cm则只对幼苗生长效果较好.
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     yet the treatment of rice buds with streptomycin has no effect on the growth of seedling.
     水稻芽期喷药对幼苗生长无影响.
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  “对幼苗生长”译为未确定词的双语例句
     The lowest inhibitory concentrations to seedling height of the three acceptors were respectively 1.5,1.7 and 0.6 g/L.
     对幼苗生长的最低抑制质量浓度分别为1.5,1.7和0.6g/L。
短句来源
     The nutrient solution culture experiment was conducted to study effects of Se on seedling growth and N,P,Ca content in Italian ryegrass,and seedling growth effects of Se,Si and Se and Si mixed application under N sources (NH4NO3,CO(NH2)2,NaNO3,NH4Cl).
     通过yoshida溶液培养多花黑麦草幼苗,研究了Se对幼苗生长和N、P、Ca元素含量以及不同氮源(NH4NO3、CO(NH2)2、NaNO3、NH4Cl)下Se(0.1mg/L)、Si(SiO240mg/L)、Se与Si共施对幼苗生长的影响。
短句来源
     (3) enhance the growth when seedling was treated with 30 mmol/L,60 mmol/L of multi salts,but inhibit the growth of when seedling was treated with 90 mmol/L of multi salts;
     幼苗期用30 mmol/L、60 mmol/L的盐处理对幼苗的生长有促进作用,而用90 mmol/L的盐处理对幼苗生长有抑制作用;
短句来源
     of all,50 μmol/L was best,but higher concentration triadimefon was disadvantageous to seedlings growth.
     其中 50μmol/L对壮苗是最佳的 ,但高浓度对幼苗生长不利
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     The effective concentration of kan on a plantlet growth is 50~100 mg/L.
     试验确定对幼苗生长产生显著影响的卡那霉素有效浓度为50~100 mg/L。
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  相似匹配句对
     Study on the Effects of Cadmium on the Growth of Vigna radiata Seedling
     镉绿豆幼苗生长影响的研究
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     Effect of Aluminium on growth and some physiological function of rice seedlings
     铝水稻幼苗生长和生理的影响
短句来源
     Effect of NaHSO_3 on Growth and Development of Eggplant Seedlings
     亚硫酸氢盐茄子幼苗生长发育的影响
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     The growing effect of weeping willow powder on the crop seedlings
     垂柳粉作物幼苗生长效果
短句来源
     Influence of Downy Mildew on Growth and Root Nodulation of Seedlings of Alfalfa.
     霜霉病苜蓿幼苗生长和结瘤的影响
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  growth of seedling
It is concluded that the increased growth of seedling was not caused by nutrients released during amoebal grazing on rhizosphere micro-organisms.
      
Here we show that rapid auxin-induced growth of seedling hypocotyls is completely abolished by the mutation over the full range of auxin concentrations tested, and also in early phases of the time course.
      
The activity of α-amylase decreased during germination and growth of seedling, while β-amylase activity increased.
      
Application of 30 μM (10 ppm) DCPTA during the transfer of orchid seedlings from sterile agar culture to greenhouse community pot culture caused a 2 to 3-fold increase in root and leaf growth of seedling plants over the growth of controls.
      
Effects of H2SO4, H2O2, C2H5OH and of acetone on germination of cotton seeds and on the growth of seedling root were studied under laboratory conditions.
      
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The transition from heterotrophic to autotrophic nutrition of the rice seedling was investigated in the phytotron. The early indica rice "Guangluai No. 4" and the late japonica rice "Shuangfeng No. 1" were chosen as research materials for this comparative study.

稻谷萌发后到不完全叶期止,幼苗还完全处于异养阶段,全靠胚乳养分进行生长。自第一叶开始伸展后,幼苗才具有较明显的净光合作用和吸收养分的能力,转入异养兼自养的过渡阶段。此后,幼苗的光合与吸收养分能力迅速增长。和双丰一号相比,广陆矮四号幼苗光合能力较强,增重较快,吸收养分也较多,因而自养能力的建立也比较快。虽然幼苗的完全自养生活要在离乳后才确立,但根据不同叶龄期剥离胚乳对幼苗生长的影响和对幼苗增重物质来源的分析,得知早在离乳前1~2天,幼苗已具备了充分的独立生活能力。还查明了,早籼离乳时叶龄指数较晚粳略小,主要是由于亚种间生育特性的某些差异所引起。

The seed of wheat (Triticum asstivum) and rice (Oryza sative) had been irradiated with different doses (0,10KR, 20KR, 30KR) of 60Co ?-ray before sowing. The experiment indicated that the growth of radicles and leafs were inhibited by irradiation, but, no effect of 60Co ?-ray on coleo-ptile growth were showed at seedling stage. The germination of seed both in wheat and rice were not affected by irradiation. The experiment also showed that the inhibition effect on growth is much more in early stage of seedling...

The seed of wheat (Triticum asstivum) and rice (Oryza sative) had been irradiated with different doses (0,10KR, 20KR, 30KR) of 60Co ?-ray before sowing. The experiment indicated that the growth of radicles and leafs were inhibited by irradiation, but, no effect of 60Co ?-ray on coleo-ptile growth were showed at seedling stage. The germination of seed both in wheat and rice were not affected by irradiation. The experiment also showed that the inhibition effect on growth is much more in early stage of seedling than that in old stage.The results of analysis by peroxidase isozymes were illustrated in Fig4and Fig5 (a, b) . There were differences in the zymograme patterns of the peroxidase isozymes of radicle between the irradiated and non-irradited seeds of wheat and rice. There were two cathode bands in zymograme of radicle with ?-ray more than of non-irradiated.However, there was no obvious difference on Peroxidase leaf. According to above, it seems there are no relative between the changes of morphogenesis structure and peroxidase isozymes.

用10—30KR剂量~(60)CO—γ射线处理小麦中引15、St和水稻沪B干种子、幼苗生长期胚根、子叶发育受到明显抑制.对幼苗生长的影响后期(萌发5天后)比早期(开始萌发至萌发第5天)明显,芽鞘的发育对γ射线不敏感.过氧化物酶同工酶的分析结果表明,发育受抑的小麦St、水稻沪B胚根中各增加1—2条负极酶带;发育受抑的小麦中引15、St、水稻沪B子叶中,过氧化物酶同工酶没有产生变化,而从外部形态特征上看没有变化的中引15芽鞘中比对照多2条正极带.上述结果表明,经r射线照射后,植物外部形态特征的变化与内部过氧化物酶同工酶的变化并不完全相关.

A study of the effect of temperatures on seedling quality of hot pepper, eggplant, cucumber and cabbages was made in a 39-day experiment, with a daily mean atmospheric temperature of 13--19. 2℃ and a daily mean ground temperature of 14--23. 8℃. Ground temperature acts decisively on the germi- nation of seeds and the emergence of seedlings. And at tha time of germi- nation and emergence, the suitable ground temperature is 24--25℃ for hot pepper, eggplant and cucumber, 20--22℃ for cabbage. After germination, atmospheric...

A study of the effect of temperatures on seedling quality of hot pepper, eggplant, cucumber and cabbages was made in a 39-day experiment, with a daily mean atmospheric temperature of 13--19. 2℃ and a daily mean ground temperature of 14--23. 8℃. Ground temperature acts decisively on the germi- nation of seeds and the emergence of seedlings. And at tha time of germi- nation and emergence, the suitable ground temperature is 24--25℃ for hot pepper, eggplant and cucumber, 20--22℃ for cabbage. After germination, atmospheric temperature plays a domiant role in seedlings' growth. When atmospheric temperature is low, increase in ground temperature can com- pensate in part, but not fully for the loss in growth rate sustained by seedlings. This role of compensation will diminish with the rise in atmosp- heric temperature. During seedling--rearing period, properly contnolling atmospheric temperature, while keeping ground temparature within its middle or lower limit, can help seedlings grow rapidly and aave energy. With a vew to raising strong seedlings and saving energy, when ground temperature reaches the lower limit of optimum temparature, a daily mean temperature of 18--19℃ will be suitable for hot pepper seedlings, 17--18℃ for eggplant; 16--17℃ for cucumber and 15--16℃ for cabbage.

在39天的日平均气温13.0~19.2℃、日平均地温14.0~23.8℃的范围内研究了温度对辣椒、茄子、黄瓜、甘兰幼苗质量的影响。地温对蔬菜种子发芽出土起庆定作用,辣椒、茄子、黄瓜的适宜地温为24~25℃,甘兰为20~22℃。出苗后气温对幼苗生长发育起着主导的作用。气温低提高地温对加快幼苗生长起补偿作用,但远不能补足因气温低而影响幼苗生长的部分,气温升高地温补偿作用减弱。育苗时控制适当气温并使地温在适温中下限,幼苗生长快又比较节能。从培青壮苗和节能综合考滤,当地温达到适温下限后,辣椒幼苗生长在日均18~19℃、茄子17~18℃、黄瓜16—17℃、甘兰15~16℃较适宜。

 
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