1) cold-warm-cold stratification treatment
变温层积处理
1.
mairei seeds during cold-warm-cold stratification treatment was studied in this paper.
变温层积处理后,种子蛋白质、氨基酸和可溶性糖含量分别比对照提高了27。
2) cold stratification
低温层积处理
1.
However, it was proved in a shallow non deep physiological dormancy by four weeks cold stratification, which can effectively incre.
通过低温层积处理表明 ,沙鞭的种子处于非深度休眠状态 。
3) Stratification treatment
层积处理
1.
Effect of stratification treatment on embryo postmaturation of Oplopanaxs elatus;
层积处理对东北刺人参种胚后熟的影响
2.
), seeds\' dormancy breaking methods(mechanical treatment, GA3 treatment, concentrated sulfric acid treatment, stratification treatment, ect.
通过对苔草种子生物学特性(种子形态特征、千粒重、生活力、含水量、对温度和光周期的萌发响应等)、打破种子休眠方法(机械处理、赤霉素处理、浓硫酸处理和层积处理)、种子表面扫描电镜观察、种子吸水特性、层积过程中种子生理生化指标变化(内源激素ABA、GA、IAA、ZR含量、淀粉酶活性、可溶性糖及淀粉和可溶性蛋白质含量等)的研究,主要结论如下:1、矮苔草、披针叶苔草和涝峪苔草的种子具有休眠性,矮苔草和披针叶苔草为深休眠,涝峪苔草为浅休眠,青绿苔草种子不休眠,休眠的类型为综合休眠。
4) stratification
[英][,strætɪfɪ'keɪʃn] [美]['strætəfə'keʃən]
层积处理
1.
Effects of stratification at different temperature and time on seed germination of Eleutherococcus senticosus;
不同温度、时间层积处理对刺五加种子发芽的影响
2.
Effects of Stratification at Different Temperature and Time on Seed Germination of Tulip Tree(Liriodendron tulipifera L.);
不同温度、时间层积处理对北美鹅掌楸种子发芽影响
3.
Embryonic development would be finished in conditiction of 23-24 ℃ by stratification for 3 months,physiological dormancy would be removed in 2 months under 0-5 ℃ condiction.
采用层积处理的方法,保持温度23～24℃3个月可完成种胚形态发育,在0～5℃条件下2个月解除生理休眠。
5) warm deformation treatment
温形变处理
1.
By means of low cycle-fatigue test controlled by constant strain amplitude(△_ε),the relation among cycle stress amplitude(△_σ),maximum stress (σ_(max))and cycle number(N) of a low carbon low alloy ultra-high strength steel wire was determined and a high carbon Patenting steel wire was adopted as reference, The effect of warm deformation treatment on low cycle fatigue life was also studied.
研究了温形变处理对钢丝低周疲劳性能的影响。
6) stratification duration
层积处理时间
1.
The effects of stratification duration on seedling emergence rate of birchleaf pear (Pyrus betulaefolia)seeds were studied .
通过不同层积处理时间对棠梨 (Pyrusbetulaefolia )种子出苗率的影响试验 ,表明层积处理 30d的棠梨种子出苗率最高。
补充资料：积积
1.长久累积。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条