1) Anther dehiscent time
花药裂开时间
2) anther dehiscence
花药开裂
1.
Defects in anther dehiscence give rise to the failure of pollen release from anther locules and hence affect pollination.
植物花药开裂具有重要的生物学意义,花药开裂异常所导致的最直接后果为花粉粒不能正常散粉,影响到植物受精过程。
2.
In this paper,the ability of characteristics of anther dehiscence,factors that influence anther dehiscence and mechanism of anther dehiscence for morphology were investigated in Pyrus ussuriensis Maxim.
)、鸭梨、雪花梨花药开裂特性、环境条件对花药开裂的影响以及花药开裂异常的解剖学结构,结果表明:(1)京白梨花药开裂率明显低于鸭梨和雪花梨,使其产生花粉的量较少,从而导致传粉能力较弱。
3) cracking age
开裂时间
1.
The early-age mechanical properties and drying shrinkage of high performance concrete added with fiber were studied to investigate the development of stress in restrained concrete and predict the cracking age of concrete more precisely.
为了揭示受约束混凝土内部的应力发展以及更好地预测混凝土的开裂时间,研究了纤维对高性能混凝土早龄期力学性能与干燥收缩的影响,考虑徐变、约束度等影响因素,在弹性理论基础上,推导了受约束混凝土环应力增量表达式,采用应力破坏准则预测受约束混凝土开裂时间。
4) Flowering time
开花时间
1.
Flowering time in plant changes seasonally in response to daylength,the molecular mechanism about the seasonal change of flowering time is revealed by isolation of genes related to photoperiod response in Arabidopsis and rice.
植物开花时间受到日照长短季节性变化的调节,拟南芥和水稻中与光周期反应相关基因的分离,使人们得以认识植物开花光周期反应的分子调控机制。
2.
Up to date,many detailed researches on photoperiodic control of flowering time have been clear-cut in long-day model plant Arabidopsis thaliana.
光周期诱导植物开花的现象在被子植物中广泛存在,目前对长日照的模式植物拟南芥的光周期控制开花时间的研究较为详尽,而近年来,许多研究表明不同的植物间光周期控制开花反应具有很大的保守性。
3.
CO(constans) was an important gene involved in the photoperiod pathway controlling plant flowering time.
CO(constans)是植物开花时间光周期调控途径中的一个重要基因。
5) defective in anther dehiscence1
花药不开裂基因
6) stress resistant time to crack
耐应力开裂时间
1.
The control for intrinsic viscosity ([η]) of chips and its stability([η]reduceless)are main for increasing the PET bottle stress resistant time to crack of bottle.
讨论瓶用聚酯的乙醛值、阻隔性及啤酒包装用的聚酯瓶;聚酯的结晶熔点与瓶坯注塑之间的关系,指出结晶熔点增高的原因主要是采用较高增黏工艺温度的结果;聚酯瓶耐应力开裂时间的提高对聚酯树脂来说,主要是控制切片[η]和它的稳定性([η]降小)。
补充资料：裂开
1.张开;分开。
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