首页 / 词典 / good

earing

美 [ˈirɪŋ]英 [ˈɪərɪŋ]
  • n.制耳;(板材压延时)形成花边;压延件上的凸耳;耳索
earingearing
  1. Study on Rice Physiological Characters for Different Planting Density after Earing

    不同密度水稻抽穗后生理特性的研究

  2. Study on Texture and Earing of 3104 Aluminum Alloy Sheet

    3104铝合金板材织构和制耳行为研究

  3. Query and re establishment of calculation formula for cupping earing ratio

    冲杯制耳率计算公式质疑与重建

  4. Relation of copper strip mechanical properties and earing

    紫铜带材性能与杯形件制耳的关系

  5. The second crest value exists in the jointing - earing period .

    拔节抽穗期出现第二峰值(强峰);

  6. Effect of operational research of earing stage fertilizers in direct sown rice field on Spike Characters

    直播水稻穗肥运筹对穗部性状的影响

  7. At different sowing densities treatment , dry matter accumulation of two varieties is significantly different after earing .

    7.2品种秧苗不同播种密度处理对大田各处理的干物质积累量存在明显差异。

  8. The content of teachers'professional ethics involves loving the post and earing for the students ;

    师德建构的内容包括爱岗敬业、关爱学生;

  9. FEM Simulation of the Earing of 3104 Aluminum Sheets

    3104铝合金薄板深冲制耳的有限元模拟

  10. Prediction of earing tendency in deep drawing of textured polycrystal sheets

    织构多晶板的深冲制耳倾向预测

  11. The earing percentage had a negative relationship with basic seeding , and an active relationship with yield .

    其中分蘖成穗率与基本苗呈反比,与产量呈正比例关系。

  12. The resistance in seedling , pre - earing and earing stage showed significantly positive correlation .

    初步看出苗期与穗期、孕穗期(叶期)与穗期的抗瘟性均呈极显著正相关。

  13. In the southern part of the country wheat is earing and rapeseed is in bloom .

    南国的小麦正在抽穗,油菜正在开花。

  14. Unfortunately in his late years , since 1820 he lost earing , but he kept on composing .

    晚年不幸,1820年后完全失去听力,但仍坚持创作。

  15. Forecasting studies on the occurrence of wheat aphids in the earing stage of the crop in Sichuan Province

    四川小麦穗期蚜虫发生程度预测研究

  16. This paper probes into the problem of how to increase the earing ratio through increasing the operating quality of productivity promotion organizations .

    文章探讨了如何通过提高生产力组织运行质量提高中小企业发展质量和收益率的问题。

  17. Prediction of Earing Behaviour for Textured Materials

    织构材料冲压过程制耳情况的预报

  18. Modeling study of winter wheat 's tillering and earing stage ( Part I ) - dynamic-statistical model of single plant

    冬小麦分蘖成穗的模式研究之一&单株分蘖的动态统计模式

  19. This indicated a satisfactory practical value of this model in forecasting the occurrence of wheat aphids in the earing stage .

    证明该模型对预测小麦穗期蚜虫发生程度有较好效果。

  20. This paper discussed the problem of earing stage control in hybrid rice seed production and the relationship between cultivation practice and earing stage .

    本文讨论了杂交稻制种花期调节方法,栽培措施与水稻出穗期的关系。

  21. Reasonable agreement is obtained between the predictions from CMTP yield function and the measured earing profiles .

    结果表明:采用CMTP屈服函数模拟的制耳轮廓与实测值比较吻合,随摩擦和压边力的增加,制耳轮廓高度也增加;

  22. Influencing factors on unequal earing stamping

    冲压成形凸耳不均匀的产生及影响因素

  23. At earing-full earing stage water stress directly influence the rice ears differentiation which led to the significant decline of yield .

    抽穗-齐穗期水分胁迫直接影响了水稻穗分化,导致产量明显降低。

  24. Studies on Medium-position Earing and Stable High-yielding of Rice

    水稻中位蘖成穗与高产利用研究

  25. After annealed at 360 ℃, the earing rate is less than 3 % , which get the lowest anisotropy .

    在360℃退火时制耳率3%。具有最低的各向异性。

  26. Study on Wheat Somaclonal Variation of Wondrous-early Earing Induced by Serine and Proline in vitro

    丝氨酸和脯氨酸离体诱导小麦超早抽穗无性变异研究

  27. The results showed that the sustainable high yield population was characterized by high earing rate , big spike size and high ratio of grain-straw .

    结果表明,持续高产田具有成穗率高、穗型大、谷草比高的生育特点。

  28. Appropriate blank shape can eliminate unevenness of blank deformation , improve forming limit , reduce high of earing and volume of cutting .

    如果板料形状合适,不仅变形沿板料分布不均匀的现象能够得到明显改善,而且成形极限也可有所提高,并能降低突耳高度,减少切边余量。

  29. The tillering and earing as well as the characters of the ear were interlaced with C and N metabolism .

    分蘖发育成穗及其穗部性状的改良与起身拔节阶段分蘖体内的C、N代谢水平密切相关。

  30. The accumulated rate of Se by rye grass was the highest ( 40.24 % ) at the earing stage .

    抽穗期黑麦草对硒的阶段累积率最大,达40.42%。