If sequential pattern of grain reduction occurs, the density growth only gives information about the distribution of development induction period among grains.
顺序还原时，乳剂层的密度增长速率只是给出了颗粒间显影诱导期分布的信息。
The degree of milling quality of grains at different parts within a rice panicle was consistent with the degree of development and filling of endosperms.
就全穗而言，穗上各部位籽粒碾米品质的优劣状况与籽粒胚乳细胞的发育和籽粒充实程度相一致。
The sucrose content rose again during latter grain development, especially in weak potential grains of P Zao.
在籽粒发育后期，蔗糖含量又有回升，尤其是P早弱势粒；
The diameter of sand, content of plastic clastic and development of coal measures play a role in decreasing pore and development of protogenic pore between grains during diagenetic compaction.
砂岩粒径、塑性岩屑含量和煤系发育程度影响成岩压实减孔量，从而影响剩余原生粒间孔隙发育程度。
The number of protein body was increasing with reducing of starch grains in scutellar development late stage.
盾片发育后期，淀粉粒逐渐减少，蛋白质体增多。
The study on the characteristics of development and seed setting of different spikelet and floret positions was important for the realization of big spike cultural goal with more spikelets and grains.
确定小麦不同小穗位和小花位发育与结实特性是实现大穗多粒的重要前提。
The formation of the two kinds of the largest impurity centres, of different sizes in emulsion grains was investigated by a method based on development kinetics on a pure silver bromide emulsion.
本文利用显影动力学方法就一种纯溴化银乳剂研究了各乳剂颗粒中不同大小的两类杂质中心的形成情况。
The behaviour of the two kinds of the largest impurity centres of different sizes in emulsion grains under the action of oxidizing solution is studied by a method of development kinetics.
本文利用显影动力学方法研究了感光乳剂颗粒中两类不同大小的杂质中心在氧化剂作用下的行为。
On the other hand, researchers found, a diet high in red meat, high-fat dairy and refined grains may boost the odds of diabetes development.
研究人员发现，另一方面，富含红肉，高脂奶和精致谷物增加糖尿病发生的几率。
Emphasis was given to the agglomeration of grains during wet chemical processes. Moreover, the promising future of the development of nanometer crystalline ceramics was also discussed.
着重分析了湿化学合成纳米粉体工艺中硬团聚现象产生的原因和消除方法。
Emphasis was given to the agglomeration of grains during wet chemical processes. Moreover, the promising future of the development of nanometer crystalline ceramics was also discussed.
着重分析了湿化学合成纳米粉体工艺中硬团聚现象产生的原因和消除方法。
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