More worship the rising than the setting sun. The Thinning Effects of Naphthylacetic Acid and Ethephon on Flower and Fruit of Pear Tree 顶礼朝阳多,膜拜夕阳少。萘乙酸和乙烯利对梨树的疏花疏果效应
Effect of Ethephon on the State of Nutrition in the Leaves in the Seedling Stage and the Florescence of Chrysanthemum 乙烯利对菊花苗期叶片营养状况和花期的影响
A light brown raw cane sugar from Guyana. Mechanism of ethephon on increasing cane yield and sucrose% cane in sugarcane 圭亚那产的一种浅棕色的生蔗糖。甘蔗应用乙烯利增产增糖的机理研究
Preliminary Report on Effect of Ethephon on Mini-pumpkin Feminization 乙烯利对迷你桔瓜雌性化效应研究初报
Induction of Ethephon on Aerenchyma Formation in Rice Roots 乙烯利诱导水稻根内通气组织形成的研究
The Physiological and Biological Studies on Ethephon and Gibberellin Affecting Sex Expression in Pumpkin 乙烯利和赤霉素影响西葫芦性别表现的生理生化研究
Study on the method for determining 6-benzylaminopurine content in ethephon by HPLC 高效液相色谱测定40%乙烯利中6-苄氨基嘌呤方法的研究
Mechanism of ethephon on increasing cane yield and sucrose% cane in sugarcane 甘蔗应用乙烯利增产增糖的机理研究
Exogenous ethephon and ABA treatments could enhance respiration and ethylene production significantly, promote loss of fruit firmness, increase ripening and softening rates of kiwifruit, comparatively, the effects of ethephon treatment were more obvious than that of ABA treatment. 乙烯利和ABA处理显著地促进了果实的呼吸和乙烯释放,加速果实硬度的下降,从而加速果实的后熟衰老,相比之下,乙烯利较ABA更能促进果实的成熟和软化。
Effect of Ethephon on Water Potential and Osmotic Potential in Two Sorghum Cultivars Differing in Drought Resistance 乙烯利对抗旱性不同的高粱品种水势和渗透势的影响
A Study On effects of Ethephon On Physiology In Maize 乙烯利对玉米生理效应的研究
Effects of Ethephon Treatment on the Joint Position and Fruits Growth of the Pumpkin 乙烯利对南瓜座果节位和果实发育的影响
Effects of Different Concentrations of Ethephon on Economic Characters in Sugarcane 不同浓度乙烯利处理对甘蔗经济性状的效应
The effects of ethephon treatment on the increasing ethylene production and ACO activity were more notable than that of ABA treatment. ABA处理略微增加了乙烯生成量和ACO活性,而乙烯利处理作用显著;
The Stress-related Responses of Tomato and Expression of Nr Gene Caused by Ethephon and Abscisic Acid ABA和乙烯利处理下番茄的生理反应和Nr基因的表达
Effects of Ethephon, ACC, AOA and AgNO_3 on Adventitious Root Formation in Mung Bean Hypocotyl Cuttings 乙烯利、ACC、AOA和AgNO3对绿豆下胚轴插条不定根形成的作用
Effects of ethephon on the leaf microstructure related to drought-resistance in sugarcane 乙烯利对甘蔗叶片结构的影响及其与抗旱性的关系
Effect of Ethephon on the Physiology and Morphology Related to Tillering Stimulation in Sugarcane 乙烯利促进甘蔗分蘖生理与形态学效应的研究
The ethephon and paclobutrazol treatments repressed growth of the epidermal sclerenchyma cells. 乙烯利、多效哩处理抑制了茎叶组织结构中的厚角细胞和厚壁细胞的发生与发育,但促进了狗牙根茎维管组织的发育;
Effects of Ethephon and ABA Treatments on Physiology of 'Jinkui' Kiwifruit During Its Ripening and Softening 乙烯利和ABA处理对‘金魁’猕猴桃果实后熟软化的生理效应
Conclusion The seed of H. perforatum is light-dependent seed, its light-dependence is related to gibberellin and ethephon. 结论贯叶连翘种子为需光种子,其需光性与赤霉素和乙烯利有关。
Effect of Ethephon on Respiratory Exchange in Different Sugarcane Varieties 乙烯利对不同甘蔗品种气体交换的影响
The Effects of Foliar Spray of Ethephon and Salicylic Acid on Drought Resistance in Different Sugarcane Varieties 干旱胁迫下叶面喷施乙烯利和水杨酸对提高甘蔗抗旱性的效应
Effects of application of ethephon and GA_3 in fall on bud sprouting and flowering of peony 秋施乙烯利和赤霉素对牡丹萌芽及开花的影响
The field experiment with different cultivation patterns and nitrogen fertilization were conducted to study the effects of spraying 6-BA at flowering stage and ethephon at milk stage in the high nitrogen rate by stages on the nutrient uptakes and utilization of winter wheat. 通过田间试验研究了不同栽培模式及氮素供应水平下,采用开花期喷施6-BA和在高氮区乳熟期喷施乙烯利的分阶段调控措施对冬小麦养分吸收利用的影响。
Expressions of gene str and dat were "down then up" with ethephon concentration elevating. str和dat基因表达量随乙烯利浓度升高呈现先降后升的规律。
As a kind of excellent and efficient plant growth regulator, ethephon can release one molecular ethylene each molecular. 乙烯利是一种优质高效的植物生长调节剂,一分子乙烯利可以释放出一分子的乙烯。
Ethephon effect on chemical composition of summer maize. 乙烯利对夏玉米茎秆化学组分影响显著。
However, ethephon accelerated the chlorophyll degradation and color change, promoted fruit softening; advanced ethylene peak, thus speeded up the maturity and softening process of the fruit. 而乙烯利处理则可加速叶绿素降解和色泽变化,促进果实软化;同时使乙烯高峰提前出现,从而加速了果实的成熟和软化进程。