1) culm mechanical strength
茎秆机械强度
1.
The correlation between the culm mechanical strength of basal second internode and related morpho-logical and anatomical traits were analyzed in an F2 population,which was derived from a cross between super japonica rice \'Shennong265\' and japonica rice cultivar \'Lijiangxintuanheigu\'.
分析水稻品种‘沈农265’和‘丽江新团黑谷’杂交的F2群体基部第二节间茎秆机械强度与该节间形态和茎秆解剖结构的相关性,并对基部第二节间机械强度和相关性状进行QTL定位的结果表明:机械强度与茎粗、茎壁面积、茎壁厚度、大小维管束数目、大小维管束面积、大小维管束韧皮部面积、大小维管束木质部面积呈显著或极显著的正相关,与节间长度呈极显著的负相关,而与茎秆扁平率的相关不显著。
2) Stem strength
茎秆强度
1.
QTL Analysis for Stem strength and its Correlated Traits in Wheat;
小麦茎秆强度及其相关性状的QTL分析
2.
Stem strengths of spring wheat varieties of different types were studied,the result indicated that stem strengths were very different among different spring wheat varieties.
本试验对不同类型春小麦品种的茎秆强度进行了研究,结果表明,不同类型春小麦品种间茎秆强度有明显的差异,在不同的发育时期不同类型的品种茎基部的抗折能力有明显的不同,在小麦的开花期,乳熟期,蜡熟期和成熟期,分别对小麦茎秆的强度进行测试,抗旱类型小麦品种的茎秆强度为最强。
3.
Stem strength affects directly the resistance of wheat variety to lodging.
茎秆强度决定小麦品种的抗倒伏性能,但现有鉴定茎秆强度的方法还不完善。
3) Strengthening stalk
强化茎秆
5) Mechanical strength
机械强度
1.
Analysis of several imported transformer failures due to low mechanical strength;
几例进口变压器因机械强度不够引发的事故分析
2.
It increased the mechanical strength of the catalyst by 10 times.
用于整体式钒催化剂成型的料浆经过特殊的处理,可以使催化材料机械强度提高近10倍。
3.
One of the key technologies in research and development of large-sized super-thin ceramic tile is to improve the mechanical strength and sintered properties of its body.
大规格超薄建筑陶瓷砖的研究和开发中的关键技术之一就是提高瓷坯的机械强度和烧结性能。
6) mechanic strength
机械强度
1.
The particular inner structure requires the basic catalyst material have high mechanic strength and good shaping properties.
通过对现有工业钒催化剂配方的筛选比较,选择机械强度较好的S105催化剂配方,即V2O57。
2.
The relationship between the flow behavior of slurry and the mechanic strength was discussed in detail.
利用浇注压制成型制备了SO_2氧化反应的整体式催化剂,研究了成型过程中不同处理方法和不同的配方对浇注料浆流动性质的影响规律,测定了催化剂料浆在不同处理条件下的塑限、液限、流动度等参数,讨论了浆料流动性质与成型后的催化剂机械强度之间的关系。
3.
The factors that affect the mechanic strength of sintered hard ferrite segment magnet,including the raw material preparing,molding,sintering and finish grinding.
分析了烧结永磁铁氧体磁瓦各工序包括原料制备、成型、烧结及磨加工对磁瓦机械强度的影响。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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