1) Boron efficiency
硼高效
1.
Boron efficiency cultivars, Qingyou 10 and boron efficiency tendency cultivars, Ningyou 7 and boron inefficiency cultivars, Bakow and Tapidor were used to study the effect of boron and phosphorous deficiency on the growth in the seedlings by water culture experiment.
营养液培养条件下,以甘蓝型油菜硼高效品种青油10号和偏高效品种宁油7号(DH系),硼低效品种Bakow和Tapidor(DH系)为材料,研究不同硼效率基因型苗期对硼、磷缺乏的反应。
2.
Considerable genotypic variations in response to B deficiency exist among rapeseed varieties, so our research group has been screening high boron efficiency germplasm rapeseed resources since 1991 and also conducted study on physiological mechanism of rapeseed in response to boron deficiency, and mapping the boron efficiency genes.
不同甘蓝型油菜品种的硼效率性状存在显著差异,1991年起本课题组开始开展甘蓝型油菜硼高效种质的筛选并对不同基因型甘蓝型油菜对缺硼反应的生理机制进行了一系列的研究,并开展硼高效基因的初步定位,发现硼高效基因型受一对主效基因和3对微效基因共同控制。
2) efficient boron
高效硼
1.
Through doing experiment for 3 years,we proposed that during harvesting to spring branch after 15 d,or at bud to young fruit period spraying 1 times efficient boron with 150 g/667 m2 to promote fruit setting rate upto 50.
通过3年试验,提出了葡萄在当年收获后-春芽前15d随肥施硼1000g,或在现蕾期及幼果期各叶面喷洒1次高效硼,每次150g/667m2,可使葡萄坐果率提高50。
3) boron efficiency gene
硼高效基因定位
4) highly efficient instant boron fertilizer
高效速溶硼肥
1.
Three methods for applying highly efficient instant boron fertilizer were applying in soil+spring application and applying in soil and spring application, and no obvious effect difference was f.
缺硼土壤种植油菜时施用高效速溶硼肥比施用硼砂可显著增强油莱生长势、优化产量结构、改良油菜籽品质,增产1。
5) available boron
有效硼
1.
Recent advances in the analysis of available boron in soil;
土壤中有效硼的分析进展
2.
Uncertainty evaluation of the available boron in soil with curcumin spetrophotonetry
姜黄素分光光度法测定土壤有效硼的不确定度评定
6) Available B
有效硼
1.
Determination of Available B in Soil by ICP-MS;
电感耦合等离子体质谱测定土壤中的有效硼
2.
Assessment on Investigation Results of Topsoil s Available B and Available Mo in Wanchuan River Basin;
宛川河流域土壤耕层有效硼和有效钼调查结果评价
补充资料：氮化硼纤维增强体(见氮化硼纤维)
氮化硼纤维增强体(见氮化硼纤维)
boron nitride fibre reinforcements
然1‘珊升莱增强体boronments以氮化硼为主要成分，njtride fibre reinforce-用作陶瓷基、今星其有合材料增强体的一种无机纤维(见氮化硼纤维)。
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