宗锦耀司长 在山东金亿调研

4月13日下午,农业部农机化司司长宗锦耀一行在山东农机办主任林建华的陪同下到山东金亿机械有限公司（以下简称金亿公司）调研。宗锦耀在调研时指出,金亿公司＂春雨＂牌收获机在全国很有名,特别是玉米收获机走在了全国前列。金亿公司于2002     

宗锦耀司长 在山东金亿调研

4月13日下午,农业部农机化司司长宗锦耀一行在山东农机办主任林建华的陪同下到山东金亿机械有限公司(以下简称金亿公司)调研。宗锦耀在调研时指出,金亿公司"春雨"牌收获机在全国很有名,特别是玉米收获机走在了全国前列。金亿公司于2002     

抢抓政策机遇 金亿公司备货忙

1月28日，在山东金亿机械制造有限公司（以下简称金亿公司）合收获机分外惹眼偌大的厂区内，停满了崭新的春雨牌自走式谷物联其中一款新产品金麦客3098B型小麦收获机更是     

金亿机械董事长马金英:打造一流农机产品 全力满足农民需求

山东金亿机械制造有限公司(以下简称金亿)是中国农机制造行业的领头羊,其"春雨"品牌系列玉米收获机遍及各大玉米产区,越来越多的人开始了解、关注金亿。而金亿董事长马金英,可谓农机行业的传奇人物,是金亿的"标志"性符号。近日,本刊记者对马金英董事长进行了专访。只要是玉米产区就有金亿的玉米收获机记者:今年金亿有什么样的发展思路?在策略上有什么调整吗?马金英:整体来说,今年玉米收获机发展形势非常好,     

金亿机械董事长马金英：打造一流农机产品 全力满足农民需求

山东金亿机械制造有限公司（以下简称金亿）是中国农机制造行业的领头羊,其＂春雨＂品牌系列玉米收获机遍及各大玉米产区,越来越多的人开始了解、关注金亿。而金亿董事长马金英,可谓农机行业的传奇人物,是金亿的＂标志＂性符号。近日,本刊记者对马金英董事长进行了专访。只要是玉米产区就有金亿的玉米收获机记者：今年金亿有什么样的发展思路？在策略上有什么调整吗？马金英：整体来说,今年玉米收获机发展形势非常好,     

抢抓玉米收获机遇期 金亿要奉献“金质产品”

"金亿的玉米收获机给我带来了实实在在的实惠.春雨牌4YZ-2型自走式玉米收获机车身短小精悍、设计结构紧凑、传动简单,特别适用于小地块作业,而且可以收获不同的玉米品种,这台机子给我带来的收益我很满意,使用后的农民朋友都赞不绝口,非常感谢金亿公司为我们农民朋友研制了这么好的产品."在山东金亿机械制造有限公司(以下简称金亿公司)召开的2012商务工作会上,来自安徽省蒙城县王集乡的农机用户张亚峰这样告诉记者.     

金质产品与金牌服务精彩配合金亿春雨赢得市场喝彩

庞洪贤笑了。在今年自走式小麦联合收获机销量一片下滑之声中,老庞的公司所经销的春雨牌收获机销量却大幅上扬。从2005年开始经营山东金亿机械制造有限公司(以下简称金亿公司)生产的春雨牌收获机开始,老庞的销售量连年快速递增。2006年销售40多台,而今年截止目前却在市场惨淡的情况下销售了100多台。连金亿公司的市场销售人员都感觉老庞的本领有点不可思议。     

抢抓玉米收获机遇期 金亿要奉献“金质产品”

＂金亿的玉米收获机给我带来了实实在在的实惠。春雨牌4YZ—2型自走式玉米收获机车身短小精悍、设计结构紧凑、传动简单,特别适用于小地块作业,而且可以收获不同的玉米品种,这台机子给我带来的收益我很满意,使用后的农民朋友都赞不绝口,非常感谢金亿公司为我们农民朋友研制了这么好的产品。＂     

山东金亿12亿大单辞旧迎新

2011年12月16日，山东金亿机械制造有限公司召开了2012年商务工作会。会上，金亿机械和与会经销商签定小麦联合收割机3000台、各类玉米联合收获机1万台、手扶拖拉机2万台，合同金额达12亿元。     

“新版”春雨玉米机突出人性化与高效率

距离秋收还有两三个月,几位黑龙江的农民不远千里在几家生产大型四行自走式玉米收获机的生产企业考察一圈后,最后确定了购买山东金亿机械制造有限公司2009年生产的"新版"春雨牌玉米收获机.     

化探样品中微量元素Ag、W、Mo、Sn、Bi、Cu、Pb、Zn、Ni、Co、Cr的水平撒料光谱定量分析

针对化探样品批量大,元素多,检出限低等特点,采用水平电极撒料法,对化探样中多种微量元素进行了光谱定量分析.将样品与缓冲剂1:1混匀,采用W-100光栅摄谱仪(光栅刻线1200条/毫米,二级光谱)进行水平撒样摄谱,谱板经暗室处理后,在东德GFE760μ测微光度计上用P标尺测光,以△P-logc绘制工作曲线,查出含量.本法采用了特制的撒样漏斗,改善了下料的均匀性,提高了分析精度;以Ge和Pd作内标消除工作条件变化对谱线强度的影响;同时还试选了SiO2:C:Na2SO4＝61:30:9的混合物作缓冲剂,提高了弧烧的稳定性,获得了较高的再现性.本文还采用了一种单元素线减光器对Ag3382.9进行减光,使Ag的测定上限由5×10-6提高到30×10-6.本法操作简便快速,成本较低,一次可测定Ag、W、Mo、Sn、Bi、Cu、Pb、Zn、Ni、Co、Cr等多种元素,检出限为Ag 0.03×10-6,W 0.5×10-6,Mo0.05×10-6,Sn 0.4×10-6,Pb 1×10-6,Zn 3×10-6,Cu 0.5×10-6,Bi 0.1×10-6,Ni 0.3×10-6,Co 0.3×10-6,Cr 1×10-6,基本上达到了化探普查找矿定量分析的要求.     

2010年世界健康食品展望

当前,中国粮油企业的生存与发展已与世界粮油经济的发展息息相关。无论是粮油企业全面亏损的2004年,还是粮油价格大起大落的2008年,世界其他各国粮油政策和价格的变化均对中国的粮油产业发展造成了很大的影响。全面了解国际粮油发展新动向、掌握世界粮油食品发展新方向,从宏观上为企业找到准确定位,是每位粮油企业家、每位粮油人都必须具备的。正所谓知己知彼,百战不殆,希望以下这些国际前沿信息能为您带来收获。     

王水消解法同时测定土壤中Cu,Zn,Ni,Cr,Pb,Cd的方法研究

为了快速、准确地检测土壤中多种重金属元素,建立一种王水消解同时测定土壤中Cu,Zn,Ni,Cr,Pb,Cd的方法.选取8种具有广泛代表性的土壤标准物质对王水消解法进行考察,结合土壤标准物质标准值,通过大量试验数据对该方法做出全面评价.     

冀、鲁、豫、苏、皖五省农机夏收跨区作业调研报告

农机跨区作业是我国农民自发进行的又一项伟大的制度创新,为促进我国农业机械化发展做出了重要的贡献.为此,采用问卷调查法、文献资料法和数理统计法,对冀、鲁、豫、苏、皖等省505户参与跨区作业的农机大户进行了问卷调查.以问卷数据为基础,分析了农机大户的自身特征和经营状况,并总结了影响跨农机大户参与跨区作业的主要因素,最后提出了相应的对策建议.     

安徽省砀山县丰产农机合作社:创新模式发展优势服务

砀山县丰产农机服务专业合作社位于安徽省宿州市砀山县朱楼镇朱楼村,成立于2015年5月13日。合作社目前占地1.33 hm^2(20余亩),拥有成员200余人,拖拉机40多台,收割机18台,灌溉机械14套,植保飞机80多架,烘干机6组,配套农具230多台(套),机械资产达到1 200余万元。     

肥城桃不同栽培模式调查、经济效益分析及建议

肥城桃是中国著名的地方名优特果品之一,与奉化玉露、深州蜜桃、阳山水蜜并称为“中国传统四大名桃”。近年来,肥城桃产业高质量发展成效明显,一些优良品种的引进和新型栽培技术的应用,极大推动了肥城桃的区域规模种植,肥城桃种植成为当地桃民增收的重要途径之一。本文就山东省肥城桃产业实践应用中的三种不同栽培种植模式的生产成本和经济效益进行调查、分析,提出发展建议,以期为肥城桃种植提质增效和高质量规划发展提供参考。     

Advection,evaporation, and surface resistance

Summary We study the effect of surface resistance r (whether of monolayers on free water or plant diffusive resistance) on evaporation rate, energy balance, and microclimate, under advective conditions. We use power-law representations of the vertical profiles of mean windspeed and eddy diffusivity, and exploit two known similarity solutions, one for a step-function change of surface concentration, and the other for a step-function change of surface flux density. To a very close approximation, these two contrasting canonical advective problems yield the same (spatially variable) boundary layer transfer coefficient expressing the ratio of the surface flux perturbation to the surface concentration perturbation. Adopting this coefficient reduces the (spatially variable) surface energy balance for the advective boundary layer with surface resistance to a quadratic equation, with the solution yielding the fetch distances x at which the surface temperature assumes a given value To. With To (x) established thus, the other significant properties of the boundary layer follow simply and directly.The results reveal the profound influence of r, especially at small x. As boundary layer atmospheric resistance increases with x, r becomes relatively less important. It can be regarded as primarily reducing advective effects. Antievaporation films thus work best on small water surfaces in arid surroundings, but are less effective the larger the water body and the moister the surrounds. If leaf temperatures are not limiting, increasing r has greatest effect for small vegetated areas in an arid environment, but may not be optimal for extensive continuous monocultures. Control of surface resistance offers means of manipulating microclimate, for example when arid landscapes are watered for this purpose. The exploratory nature of this investigation, and its many limitations, are stressed.     

The FARMSCAPE approach to decision support: farmers', advisers', researchers' monitoring,simulation, communication and performance evaluation

FARMSCAPE (Farmers', Advisers', Researchers', Monitoring, Simulation, Communication And Performance Evaluation) is a program of participatory research with the farming community of northeast Australia. It initially involved research to explore whether farmers and their advisers could gain benefit from tools such as soil characterisation and sampling, climate forecasts and, in particular, simulation modelling. Its current focus is facilitating the implementation of commercial delivery systems for these same tools in order to meet industry demand for their access. This paper presents the story of what was done over the past decade, it provides performance indicators of impact, it reflects on what was learnt over this period and it outlines where this research is likely to head in the future.Over the past 10 years, the FARMSCAPE team employed a Participatory Action Research approach to explore whether farmers could value simulation as a decision support tool for managing their farming system and if so, could it be delivered cost-effectively. Through farmer group engagement, on-farm trials, soil characterisation, monitoring of crops, soils and climate, and sessions to apply the APSIM systems simulator, FARMSCAPE represented a research program on decision support intervention. Initial scepticism by farmers and commercial consultants about the value of APSIM was addressed by testing its performance both against measured data from on-farm trials and against farmers' experiences with past commercial crops. Once this credibility check was passed, simulation sessions usually evolved into participants interactively inquiring of the model the consequence of alternative management options. These ‘What if’ questions using APSIM were contextualised using local climate and soil data and the farmer's actual or proposed management rules.The active participation of farmers and their advisers, and working in the context of their own farming operations, were the key ingredients in the design, implementation and interpretation of the FARMSCAPE approach to decision support. The attraction of the APSIM systems simulator to farmers contemplating change was that it allowed them to explore their own system in a manner equivalent to learning from experience. To achieve this, APSIM had to be credible and flexible. While direct engagement of farmers initially enabled only a limited number of beneficiaries, this approach generated a commercial market for timely and high quality interactions based on soil monitoring and simulation amongst a significant sector of the farming community. Current efforts are therefore focused on the training, support and accreditation of commercial agronomists in the application of the FARMSCAPE approach and tools.The FARMSCAPE approach to decision support has come to represent an approach to guiding science-based engagement with farm decision making which is being tested nationally and internationally.