1) silage maize of tiller and multiple ear
分蘖多穗青贮玉米
2) Xinduo"silage corn
"新多"青贮玉米
1.
The growing stage, growing rate, yield of stems,leaves and tassels, fresh weight were measured, and the comparison of defferent seeding time, different planting density and yield between"Xinduo"silage corn and"Jingzao No.
在新疆喀什地区复播种植新品种”新多”青贮玉米 ,对其物候期、生长速度、茎叶穗、鲜草产量以及通过对其不同播种期、不同种植密度和“新多”青贮玉米与“京早 8号”玉米产量比较等 3个实验进行了综合分析。
3) Corn silage
青贮玉米
1.
In vitro gas test was applied to investigate the effect of substituting corn silage for rice straw in compound rice straw-based blocks(0%～100%) on in vitro gas production(GP) characteristics.
应用体外发酵产气技术,研究了青贮玉米以不同比例(0%～100%)替代复合稻草块中稻草对其体外发酵特性的影响。
2.
A general analysis about the corn silage samples from 8 dairy farms in Shanghai were developed.
对上海地区8个牧场的青贮玉米主要营养成分分析表明,平均干物质含量、粗蛋白、粗脂肪、粗灰分、中性洗涤纤维和酸性洗涤纤维分别为20。
4) Silage corn
青贮玉米
1.
Optimization of the N fertilizer management of silage corn based on soil mineral nitrogen test;
应用土壤无机氮测试优化青贮玉米氮素管理(简报)
2.
Study on High Yield and High Quality Production Technology of Silage Corn in Northern Agriculture-animal Husbandry Ecotone;
北方农牧交错区青贮玉米高产优质生产技术研究
3.
Potential analysis and technical discussion on multiple cropping silage corn in Liaoning
辽宁省复种青贮玉米潜力分析与技术探讨
5) Silage maize
青贮玉米
1.
Screening and genetic research for drought tolerance key index in silage maize;
青贮玉米耐旱关键指标的筛选及其遗传研究
2.
Effect of interaction among nitrogen,phosphorus potassium coordinating on the organism yield and nutrients of silage maize;
氮磷钾配施对青贮玉米生物产量和营养品质的影响
3.
Comprehensive evaluation of productive property of silage maize cultivars based on principal component analysis;
基于主成分分析的青贮玉米品种生产性能的综合评价
6) Corn silage
玉米青贮
1.
The Research of DM and CP Degradability of Corn Silage that harvested at different Periods in the Rumen of Dairy Cattle;
不同收获期玉米青贮DM和CP奶牛瘤胃降解率研究
2.
Three Simmental crossed cattle fitted with permanent cannula were used to determine the dry matter degradability of corn silages harvested at different periods in the rumen The plants were harvested and ensiled on 31 August, 7 and 14 of September.
利用 3头安装永久性瘤胃瘘管的西门塔尔杂种一代公牛 ,采用瘤胃尼龙袋技术 ,测定了不同收获期“四单 19”全株玉米青贮饲料的干物质瘤胃降解率。
3.
In this paper, we use the laboratory-made bag silage and silage samples in different regions, employing PCR-DGGE technology and traditional pure culture technology, comparing corn silage and alfalfa silage fermentation process of dynamic changes in flora diversity, and study the diversity of different surface areas of raw materials attached bacteria silage and silage more than half a year.
本文以实验室自制袋装青贮和不同地区青贮为样品,采用PCR-DGGE技术与传统的纯培养技术相结合,比较了玉米青贮和苜蓿青贮动态发酵过程中菌群多样性的变化;研究了不同地区青贮原料表面附着菌和半年以上青贮中菌群的多样性。
补充资料：玉米摘穗剥皮机
玉米摘穗剥皮机
maize picker-husker
玉米摘称剥皮机(maize pieker一husker) 在田间进行玉米摘称并剥下果德苞叶的作业机具。是在玉米摘稼机上增加了剥皮装置。根据摘艳辊在机具上的配置，分为卧辊式和立辊式两种。前者适用于不回收茎秆地区，后者适用于茎秆回收地区。 玉米摘德剥皮机的摘德过程与玉米摘稼机相同。因能耗大、机具较重、偏牵引等因素的影响，机具割幅一般不超过3行，生产率为0.5一1.4公顷/小时，每行所需功率为13一16千瓦。摘下的果德经果称翰送器送往剥皮装置剥去苞叶，苞叶由螺旋推运器推向一侧排出机外，已剥去苞叶的果穗经果稼升运器送往挂车。摘秘后的玉米茎秆经切碎装置切碎后，抛送至随行汽车或撒于田间。 玉米摘稼剥皮机的摘穗装置、切碎装置、纵向喂人和夹持提升装t与玉米摘稼机相同。剥皮装置与玉米剥皮机的剥皮部件墓本相同。但为了适应行走机具的特点，要求剥皮装!结构简化、紧凑、重量轻，苞叶剥净率可低于玉米剥皮机(达到70%即可满足生产要求)。工作时果林由翰送器直接喂在剥皮辊上，剥皮辊排列成槽形。一对摘穗辊需配2，~3对剥皮辊，才能协调连续作业。为了减轻剥皮辊的负荷，提高果称的剥净率，还须配置风机和排茎器(装在果穆翰送器出口处)等部件，使杂质不进人剥皮装置。(周国柱)
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