1) low(er) atmosphere
低层大气 LEA
2) low excess air
低过量空气 LEA
3) LEA decision method
LEA判别法
1.
A brief introduction about the LEA decision method is also given,which shows that both graded methods and Newton methods can be effectively combined in the neural network learning.
详细介绍基于神经网络的电功率自适应测量方法 ,给出系统原理图及电功率测量误差自动校正方法 ;介绍一种LEA判别法的梯度牛顿有效结合神经网络学习方法 ;采用DSP技术实现电功率实时快速测量 ,给出实验结果。
2.
At the first time,the LEA decision method has been given so that Grads methods and Newton methods can be effectively combined in neural networks learning.
详细介绍了基于神经网络的电力电能自适应测量方法,给出系统原理图及电力电能测量误差自动校正方法;首次提出了LEA判别法,从而实现了梯度牛顿法的有效结合神经网络学习方法;采用DSP技术实现了电能实时快速测量,给出了实验结果。
4) LEA gene
LEA基因
1.
Verification of the resistance of a LEA gene from Tamarix expression in Saccharomyces cerevisiae to abiotic stresses;
怪柳LEA基因在酿酒酵母中的表达增强了酵母对几种非生物胁迫的抵抗能力(英文)
2.
In this paper,the structure,characteristics,classification,function of LEA proteins are described,and some LEA genes,which have been submitted to GenBank,are listed.
综述了与抗旱性密切相关的LEA蛋白的结构、性质、分类与功能,并对一经在Genbank中登录的LEA基因家族成员进行了汇集整理。
3.
Objective:To analysis their functions of LEA gene in order to cultivated salt tolerance plants through the genetic engineering means.
目的:验证柽柳LEA基因的功能,为通过基因工程手段培育耐盐植物提供基础资料。
5) LEA protein
LEA蛋白
1.
Research progress on molecular biology of LEA protein and members of LEA gene family-PM16;
植物LEA蛋白及其基因家族成员PM16研究进展
2.
LEA proteins and expression of Lea genes in plants;
植物LEA蛋白与Lea基因表达
3.
LEA proteins are hyper-hydrophilicness and thermal stability,which are involved in protecting higher plants from damage caused by environmental stresses,especially drought(dehydration).
LEA蛋白存在于细胞质和细胞核中,具有很高的亲水性和热稳定性,即使在煮沸条件下也能保持水溶状态,能保护细胞免受环境胁迫,特别是干旱脱水的损伤。
6) LEA proteins
LEA蛋白
1.
A review of plant LEA proteins in adversity stress;
逆境胁迫下植物LEA蛋白的研究进展
2.
In this paper the research advances in the classification,structure and function of LEA proteins,the expression of lea genes and transgenic were summarized.
植物在非生物胁迫下会诱导多种蛋白的产生,其中LEA蛋白是逆境生理学研究的热点之一。
3.
Expression of the genes encoding group 3 LEA proteins is thought to be relating with desiccation tolerance in young seedling.
LEA蛋白 (late embryogenesis abundantprotein) ,是指胚胎发生后期种子中大量积累的一类蛋白质 ,它广泛存在于高等植物中 ,且受发育阶段、脱落酸 (ABA)和脱水信号的调节 ,其中第 3组LEA蛋白与作物耐逆性密切相关。
补充资料：tetramethyl-lea
CAS：75-74-1
分子式：C4H12Pb
分子质量：267.33
中文名称：四甲基铅
英文名称：tetramethyl-Plumbane；lead tetramethyl；tetramethyl-lea；piombo tetra-metile；tetramethyl-plumban；tetramethyl lead；tetramethyle plomb；tetramethyllead；tetramethylolovo；tetramethylplumbane；tml
分子式：C4H12Pb
分子质量：267.33
中文名称：四甲基铅
英文名称：tetramethyl-Plumbane；lead tetramethyl；tetramethyl-lea；piombo tetra-metile；tetramethyl-plumban；tetramethyl lead；tetramethyle plomb；tetramethyllead；tetramethylolovo；tetramethylplumbane；tml
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