1) Milling quality
碾米品质
1.
The effects of soil drought stress(soil water potential,SWP)on grain yield and milling quality of rice were investigated using Nongda 3,a japonica variety,as material through a pot experiment under artificially-controlled soil water potential with a tension-meter.
以粳稻品种农大3号为材料,利用盆栽的方式人工控制土壤水分(水势),研究了不同生育时期干旱胁迫对水稻产量及碾米品质的影响。
2.
Milling quality of the grain is one of the most important quality indexes of rice.
以中熟籼稻扬稻6号和中熟粳稻武育粳3号为材料,研究了在不同施肥水平下,稻米碾米品质在穗上不同部位和不同粒位籽粒间的差异及其分布特点。
3.
Making use of the data of two years, the relationship between rice yield and milling quality were analyzed and the effect of development stages, technology of applying N-fertilizer and density on milling quality were discussed.
根据两年的试验结果,分析了寒地水稻产量与碾米品质的关系,探讨了品种生育期、施氮技术和密度等因素对寒地水稻碾米品质的影响。
3) Milling quality
碾磨品质
1.
Stability of rice grain’s milling quality in relation to genotype × environment interaction and climatic factors;
水稻碾磨品质稳定性及基因型×环境互作与气候因子的关系
2.
The classification standards,the variation and the relevance of three milling quality indexes,such as brown rice rate,milled rice rate and head rice rate of long-grain rice(Indica rice)are reviewed in this article.
分析了糙米率、精米率和整精米率3个籼型稻谷碾磨品质的分级标准及变异和相关性,并综述了遗传、生态(如温度、光照、土壤及水分)、栽培措施(如施肥、种植密度、播期、收获)、遗传与环境互作效应等因子对籼型稻米碾磨品质的影响。
3.
Differences in milling quality among the grains at different positions and different grains between the erect and curved panicle types were studied.
因此,可以通过育种选择来改良直立穗型材料的碾磨品质。
4) Milling quality traits
碾磨品质性状
5) rice milling
碾米
1.
Technical innovation in rice milling technology is discussed from the point of view of precision to seek a way for solving the problems in rice milling process and for gaining more benefits.
采用在线冷却碾米 ,有序碾米等精确碾米新技术 ,可以有效地提高出米率 ,降低碎米率 ,防止大米爆腰及抑制虫霉的发
2.
Taking white rice milling flow for an example,the author expounded the principle and accordance in the design of rice milling flow.
以加工精米工艺为例 ,阐述了工艺设计的依据、原则 ;对碾米的清理、砻谷及谷糙分离、碾米及成品整理等加工工序的设置进行了讨论 ,并提出了作者的观
6) Rice puantity
米质品质
补充资料：７１７－１２型联合碾米设备
最新研制的７１７－１２型联合碾米设备日前已经正式投产。本设备选用高效率35型筛选去石组合机和性能优异的ＬＧ、ＭＧＣＺ、ＮＦ１０／６０／８.５／联合米机，以及ＷＤＴ７０型双联提升组合而成的小型成套碾米设备。每小时生产白米５００－６００公斤。
本设备从稻谷清理、脱壳、谷糙分离均是自动连续进行。 整套设备是我公司首创、采用了先进的工艺，排列紧凑理，占地面积小, 采用了一机多带的电机驱动，是代农加工的理想设备。
稻谷由下料斗经提升机送入筛选去石组合机进行清理，除去杂质、尘土和石子后，再经提升机送入联合米机的砻谷部分进行脱壳脱下的稻壳经风力分离排出机外收集，糙米随即流入碾米机碾白，米糠经过风机送往集糠器收集。
本设备从稻谷清理、脱壳、谷糙分离均是自动连续进行。 整套设备是我公司首创、采用了先进的工艺，排列紧凑理，占地面积小, 采用了一机多带的电机驱动，是代农加工的理想设备。
稻谷由下料斗经提升机送入筛选去石组合机进行清理，除去杂质、尘土和石子后，再经提升机送入联合米机的砻谷部分进行脱壳脱下的稻壳经风力分离排出机外收集，糙米随即流入碾米机碾白，米糠经过风机送往集糠器收集。
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