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1)  multi-ovary wheat
多子房小麦
1.
This study choose some Alloplasmic multi-ovary wheat, Alloplasmic wheat in Aegilops, multi-ovary wheat and the F1 of the multi-ovary wheat and the Alloplasmic wheat in Aegilops as the research material.
多子房小麦是在我国小麦种质中发现的一种同一小花内具有多个雌蕊的材料,表现为其穗部小花雄蕊正常为3个,雌蕊却比正常多,一般为2~3个,结实比较稳定,具有明显的多粒性状,如将其应用于杂交小麦繁制种,由于具有多个子房,容易接受外来花粉,提高异交结实率,提高繁殖系数,从而可以大幅度提高繁制种产量。
2)  Multispikelet wheat
多小穗小麦
3)  wheat seeds
小麦种子
1.
Effects of ~(60)Coγ ray irradiation after mitosis on root tip cells in wheat seeds;
~(60)Coγ射线辐照对小麦种子根尖细胞有丝分裂的影响
2.
Ultra-weak luminescence of wheat seeds irradiated with γ-rays under adversity;
低剂量γ射线辐照小麦种子逆境下超弱发光初报
3.
In this paper, a new spectroscopy technology named terahertz time-domain spectroscopy (THz-TDS) is introduced, which is used for identification of different wheat seeds.
介绍了一种用于小麦种子纯度鉴定的新型光谱技术-太赫兹时域光谱技术。
4)  wheat seed
小麦种子
1.
Maibao seed-clothing agents was used to carry on coating processing to the wheat seed and the vigor target and several physiological targets in different seedling stages were determined in this article.
用麦宝种衣剂对小麦种子进行包衣处理,测定种子发芽期间及苗期的各项活力指标及几个生理指标。
2.
The results showed that soaking the wheat seeds with a thick Cr3+ solution(>0.
用不同浓度的Cr3+、Zn2+、Pb2+溶液处理小麦,研究Cr3+、Zn2+、Pb2+对小麦种子萌发及幼苗生长的影响。
3.
Through the experiment with wheat seed, the regression equation is proposed and the electrical separation parameter arrangement is affirmed.
通过对小麦种子进行二次回归正交试验,确定了介电分选参数组合。
5)  Wheat microspore
小麦小孢子
1.
To optimize the system of plantlet regeneration from wheat microspore,the effect of cold treatment and induction time on the morphology of microspore,embryogenesis and green plant regeneration from anther and young spikes of wheat was investigated.
为了优化小麦小孢子培养体系,研究了低温处理花药、幼穗及诱导培养时间对小孢子形态、胚胎发生和植株再生的影响。
6)  loose wheat storehouse
散装小麦平房仓
1.
During the construction of a loose wheat storehouse,the steel bars of the bent frame columns were placed to the wrong position.
针对某散装小麦平房仓在施工过程中排架柱钢筋位置摆放错位的工程事故,通过现场实地调查,分析了该事故发生的原因。
补充资料:多子
分子式:
CAS号:

性质:在掺杂半导体,即非本征半导体中主要承担电导的载流子,简称多子,如n型半导体的电子,p型半导体的空穴。

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