Grain formation and growth evolution of the wires was observed with optical microscope. 用光学显微镜观察线材晶粒形成及生长进程。
Effect of Irrigation Frequency and Potasssium Fertilization Rate on Population Dry Matter Production and Grain Yield Formation of Winter Wheat 灌水次数和施钾量对冬小麦群体物质生产和产量形成的影响
Relationship between temperature and grain formation in later development period of Winter Wheat in Lhasa 拉萨冬小麦生育后期籽粒形成与温度的关系
The results showed that the HMW-GS formed gradually in grain formation. 研究结果表明,小麦高分子量谷蛋白亚基是在籽粒形成过程中逐渐形成的。
Assimilation and Allocation of 14 C during Grain Formation Stage in Two Wheat Cultivars as Regulated by Nitrogen and Sink Removal 冬小麦灌浆期~(14)C的同化、分配与调节
Relationship between the Anatomical Structure and the Grain Formation of Winter Wheat Varieties with Different Grain Types 冬小麦不同粒型品种茎叶组织结构与籽粒形成关系的研究
Morphology, Physiology and Regulation in the Grain Formation of Rice 稻米形成的形态与生理及调控
ZR, iPA ( content) in grains increased rapidly during the grain formation stage and reached a peak in 18~ 24 days after anthesis, then decreased ( gradually). 在籽粒形成期,籽粒中ZR、iPA含量迅速增加,在开花期后的18~24d达到峰值,其后逐渐下降。
Root at the 0-20 cm soil layer had more important effect on grain formation, while the root system at the 20-40 cm and 40-100 cm soil layers had more important effect on grain filling. 在籽粒形成期,0~20cm土层根对粒重形成的作用大,到灌浆期,20~40cm和40~60cm土层根对粒重形成起重要作用。
An approach to mechanism of coarse grain formation after critical deformation 临界变形粗晶形成机理的探讨
Adding the new inhibitor to traditional transitional group element carbides, composite inhibitors become much more effective, obviously induce oriented WC grain growth and evidently encumber plate-like WC grain formation during sintering. 在传统的过渡族元素碳化物基础上添加新型晶粒长大抑制剂,能明显提高复合抑制剂抑制晶粒长大效果,使WC晶粒在烧结过程中明显发生定向生长,抑制盘状WC晶粒的形成;
Molecular Mapping and Functional Analysis of an Arabidopsis Thaliana Gene Controling Pollen Grain Formation 一个控制拟南芥花粉粒形成基因的定位及初步功能分析
Regulation of Source and Sink in Blighted Grain Formation of Rice in Cold Region 寒地水稻秕粒形成的源库调节
In addition, the rice floral organs provide the basis for grain formation. 水稻花器官还是粮食赖以形成的基础。
Characters of Grain Formation and Filling of Spring Wheat under Dry Farming 旱作春小麦籽粒形成与灌浆特性
Effects of Ca~ ( 2+) on Leaves Senescence at Heeding and Grain Formation Stage and Grain Yield in Hybrid Rice Ca~(2+)对杂交水稻抽穗结实期叶片衰老和谷产量的作用研究
Nitrogen Uptake and Translocation During Grain Formation of Two Wheat Cultivars with Contrasting Maturity Appearance 两种熟相小麦籽粒建成期的氮素吸收与转运
Hydrothermal regime of different texture soils and its effect on grain formation of winter wheat 不同质地土壤的水热状况及其对冬小麦产量形成的影响
At the same time, the difference of the competition to substance and energy between carbon and nitrogen metabolism during the later stage of grain formation may be the decisive roles, which caused the decreasing of grain starch sediment and the increasing of protein content. 子粒形成后期的碳氮代谢互作在竞争和能量方面的差异也对淀粉沉积减少、蛋白质含量增加起一定的作用。
Relationship Between Leaf Senescence and Activated Oxygen Metabolism in Super High Yielding Rice During Flowering and Grain Formation Stage 超高产水稻开花结实期间叶片衰老与活性氧代谢的关系
Physiological and biochemical studies on Leaf Senescence at heading and grain formation stage in Hybrid Rice 杂交水稻抽穗结实期间叶片衰老的生理生化研究
Studies on the Physiological Characteristics of the Grain Formation Stage of Winter Wheat Grown in Three Kinds of Soils 三种质地土壤冬小麦生长后期的生理特性
At primary stage of grain formation, grain albumin and globulin contents were relatively high, then declined gradually with grain development, but globulin content decreased less. 2籽粒蛋白质组分含量的变化特点是:清、球蛋白含量籽粒形成初期较高,随籽粒发育成熟逐渐下降,但球蛋白含量降低幅度较小;
Study on Characters of Grain Formation and Filling of Bare Barley 青稞籽粒灌浆特性研究
Studies on growth, development and yield determining process in the wheat plant ⅱ. the interrelationship between growth and accumulation of Assimilates in organs and its effect on the grain formation 小麦生长发育及产量形成的研究Ⅱ.小麦器官生长与同化产物积累相互关系对穗形成的影响
The substrate of grain formation mainly comes from dry matter accumulation after anthesis while the nitrogen for protein synthesis from the redistribution of stored nitrogen before anthesis. 4. 弱筋小麦籽粒产量形成的底物主要来源于花后干物质同化量,而蛋白质合成所需的氮素更多依赖于花前储存氮素的再动员与分配。
It has great significance in understanding the mechanism in the formation of grain weight and quality of rice to elucidate the changes in the morphological structure, physiology and biochemistry of grains during the grain formation ( the development and filling of a fertilized ovary). 研究稻米形成(受精子房的发育充实)过程中米粒的形态结构与生理生化的变化,对揭示粒重和米质形成的机理有重要意义。
The rotational dynamic recrystallization ( RDR) mechanism can explain the fine equiaxed grain formation in ASB. 利用旋转动态再结晶(RDR)机制可以较好解释了实验中剪切带内等轴细晶的形成;热力学计算及剪切带内部电子衍射花样的结果均显示实验中剪切带内并未发生α-β相变。
Rice is one of the most important crops in the world, and also a model plant for studying of molecular developental biology in monocots. In addition, the rice floral organs provide the basis for grain formation. 水稻是世界上重要的粮食作物之一,也是单子叶植物发育生物学研究较理想的模式植物,水稻花器官还是粮食赖以形成的基础。
The impurities contained in the calcined bauxite will enter the lattice of cordierite at high temperatures in the forms of Fe2+, Fe3+, Ti4+, and K+ etc., which increases the lattice defects and reduces the grain formation temperature. 煅烧铝矾土中含有的杂质离子在高温时会进入镁铝尖晶石晶格,增加晶格缺陷,降低晶相生成温度。