1) dry seed size
干籽粒大小
1.
Analysis of main genetic effects for fresh seed size (FSS) and dry seed size (DSS) of soybean was conducted with diallel cross data by using a seed genetic model.
文章采用种子广义遗传模型,分析了大豆双列杂交组合3个世代遗传材料8个时期的鲜籽粒大小和干籽粒大小的数据,应用非条件和条件遗传方差及相关方法分析了发育遗传规律。
2) Seed size
籽粒大小
1.
Seedling characteristics such as leaf emergency, chlorophyll content, and height are important for early growth and also associated with seed size.
)幼苗特性如叶的发生、叶绿素含量、植株高度等对早期生长是重要的 ,与籽粒大小相联系。
3) fresh seed size
鲜籽粒大小
1.
Analysis of main genetic effects for fresh seed size (FSS) and dry seed size (DSS) of soybean was conducted with diallel cross data by using a seed genetic model.
文章采用种子广义遗传模型,分析了大豆双列杂交组合3个世代遗传材料8个时期的鲜籽粒大小和干籽粒大小的数据,应用非条件和条件遗传方差及相关方法分析了发育遗传规律。
5) cultural practices
籽粒干重
6) Wheat grain
小麦籽粒
1.
The relevant experiment of microwave drying of wheat grain was done to analyze the drying characteristics of wheat grain and the effect of it on the quality of dried wheat grain and energy consumption and optimized its drying technology with microwave drying device and relevant process by different drying power per gram and heating time.
研究结果表明:小麦微波干燥主要处于恒速阶段,不同品质指标对微波处理反应不一样,小麦籽粒的发芽率和SDS沉降值对微波处理强度的反应比较敏感,可以分别作为小麦热损伤的指标和小麦品质变化的检测指标,小麦微波干燥能耗主要受平均干燥速率影响。
2.
In view of existing problems in the hot air drying of wheat grain,experimental study on characteristics of microwave drying of wheat grain and the influence of microwave drying conditions on the quality of wheat grain and energy consumption were conducted using home-made microwave drying and testing device by choosing diffrent power of microwave,thickness of materials and airflow rate.
研究结果表明:小麦微波干燥主要处于恒速阶段,微波干燥对小麦品质有显著的影响,小麦籽粒的发芽率和SDS沉降值对微波处理的反应比较敏感,可以作为小麦热损伤的指标和小麦品质变化的检测指标,小麦微波干燥能耗主要受排湿风速影响。
3.
In order to study heavy metal pollution of the soils and wheat grains alongside the Shanghai-Nanjing Expressway,a survey was carried out with soil samples and wheat samples collected from different sections of the expressway.
公路两侧小麦籽粒中铅含量超标率99%以上,最大超标倍数达1。
补充资料:籽粒
1.谷类的种子。 2.粮食;粮食的颗粒。
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