1)microbial fertilizer微生物肥料
1.Development of microbial fertilizer and maintaining of soil biological fertility;微生物肥料的发展与土壤生物肥力的维持
2.Microbial fertilizer and some problems in field application;微生物肥料及其生产应用中的问题
3.Studies on Microbial Fertilizer and Microecological Effects;微生物肥料及其微生态效应研究
英文短句/例句
1.Development of microbial fertilizer and maintaining of soil biological fertility;微生物肥料的发展与土壤生物肥力的维持
2.Study on Microbial Fertilizer and Its Application of Tobacco Production微生物肥料及其在烟草生产中的应用
3.Research on the Physiology and Biochemistry of Leaf-Synergia-Spray Liquid of Baode Bacterical Fertizer in Rice Hybred Cultivar;微生物肥料对杂交稻理化效应的研究
4.Analysis of Effect of Microbial Fertilizer and Identification of Efficient Strain;微生物肥料的作用效果分析及高效菌株的鉴定
5.The Production Status and Development Recommendation of Microbial Fertilizers in Shanxi;山西省微生物肥料产业现状及发展建议
6.Study of The Present Utilization States and Development Tendency of Microbiological Fertilier我国微生物肥料的研究现状与发展趋势
7.Effect of TLB Microbial Fertilizer on the Growth and Bloom of Several Species of Plant;田力宝微生物肥料对几种花卉生长和开花的影响
8.How to write the patent application documents of fertilizer invention Lesson 5 How to write─ patent application document of microbial fertilizer;如何撰写肥料发明专利申请文件 第五讲 微生物肥料申请文件的撰写
9.Screening of Bacteria Applied in Multiplex Microbial Fertilizer and Molecular Marking of Representative Bacterium;复合微生物肥料有效菌株的筛选及代表菌株的分子标记
10.Study on Application of Microbiological Fertilizer Afforestation on Songnen Plain Saline Alkali Land微生物肥料在松嫩平原盐碱地造林中的应用研究
11.Study on determining the contents of total potassium for microbial fertilizers by flame atomic absorption spectrometer火焰原子吸收法测定微生物肥料中总钾含量的研究
12.Effect of Post-harvest Soil After Applying Different Fertilizer on Soil Microorganism and Maize Growth不同肥料对后茬土壤微生物及玉米生长的影响
13.Effect of Organic Manure Fertilization on the Microbes in Tobacco Soil有机肥料施用量对烟田土壤微生物的影响
14.Effect of Different Microorganism Agents on the Compost of Wool Waste不同微生物菌剂对羊毛下脚料堆肥发酵的影响
15.Study of the effect of silicate bacterium fertilizer on rice soil microbe and fertility硅酸盐细菌肥料对水稻土壤微生物及肥力的影响
16.Effect of Microbial Fluid Fertilizer SP-100 on Growth and Physiological and Biochemical Characteristics of Rape Seedlings微生物液体肥料SP-100对油菜苗期生长和生理生化指标的影响
17.Fertilizers will accelerate the growth of plants.肥料能促进植物生长。
18.The Effects of Different Fertilizer on Microorganism, Enzyme and Tomato Growth in Growing Media;不同肥料类型对基质中微生物、酶和番茄生长的影响
相关短句/例句
Microbiological fertilizer微生物肥料
1.The development status and suggestion of microbiological fertilizer in China;我国微生物肥料发展的现状与建议
2.Microbiological fertilizer, which can help plants to gain nutrition from environment, are produced by fer-mentatin.介绍了我国微生物肥料的发展现状,并对其应用及发展提出几点建议。
3.The development of microbiological fertilizer could be connected with green organic food safety and environment protection,which display a vital role in the sustainable development of high-yield,h.实践证明,微生物肥料在绿色有机食品生产、农业生态环境保护以及高产、优质、高效农业的持续发展中发挥着重要作用。
3)Biofertilizer微生物肥料
1.The Use of Molecular Ecological Methods in the Quality Control of Biofertilizers;分子生态学方法在微生物肥料质量监测中的应用
2.A review of effects of biofertilizers on crop yield and quality;我国微生物肥料的应用研究进展
3.We researched functions of added biofertilizer that were made in our laboratory in ecological remediation of polluted soil by either insecticide or industrial pollutant.论述了微生物肥料在土壤生态系统中的修复和指示作用,通过室内土壤培养试验,研究了微生物肥料对杀虫剂、多环芳烃污染土壤的生态修复作用。
4)microorganism fertilizer微生物肥料
5)microbial fertilizers微生物肥料
1.Multiplex-PCR approach to identify Bacillus species applied in microbial fertilizers;应用多重PCR鉴定微生物肥料常用芽孢杆菌
2.A selected experiment of different microbial fertilizers in eggplant, pepper, cabbage fields was conducted in Shuncheng District, Fushun Municipality.对抚顺市顺城区茄子、辣椒、白菜三种蔬菜作物施用微生物肥料进行筛选试验研究,分析比较了三种微生物肥料对蔬菜品质产生的影响。
6)fertilizer microbe肥料微生物
1.Effect of trace element mixture on growth of several kinds of fertilizer microbes;微量元素复合物对几种肥料微生物生长的影响
延伸阅读
微生物肥料微生物肥料microbial manure 徽生物肥料(mierobial manure)由一种或数种有益徽生物、培养基质和添加物(载体)培制而成的生物性肥料.通称菌肥或菌剂，是一种间接性肥吸附物原料 图1吸附物和培养荃的制作碱度.培养温、湿度也因培养对象不同而异。 固体培制法将种菌移到固体培养基的表面，经过保温培养，至培养基表面长出丰满的菌苔后，将其刮洗并拌入吸附剂，再经培养繁殖成母(菌)剂。该法的生产工序除在大量培养基中添加一定量的凝固剂以及培养成功后的刮洗菌苔等操作以外，完全与液体培制法相同。菌肥培制工序示意如图2.一型竺鱼兰丝匹~口卜菌__l—液丽丽砰丽玩} 检 验二道搅拌机适沮傲殖成品一成 品 检 查┌─────────┐│试管振荡培养 │└─────────┘┌─────────┐│三角瓶振荡培养 │└─────────┘┌─────────┐│发醉雌通气培养 │└─────────┘┌─────────┐│检定菌数、稀释备用│└─────────┘┌─────────┐│草炭处理及菌液搅拌││等工序同固体培养法│└─────────┘成品 (b) 图2菌肥培制工序示意 (a)固体培养法(b)液体培养法 为保证菌肥的使用效果，要求各类菌肥必须达到相应的规定质量指标。如:每克(湿重)菌肥(剂)的含菌数，固氮菌、钾细菌为5亿个，磷细菌、抗生菌为100亿个;当其有效菌数超过规定指标1倍以上时，则须附有制剂扩大和使用详细办法的说明;含水量一般应保持在20写~25%;pH值7.0~8.。;细碎度为每平方英寸(约6.5平方厘米)16目;成品必须标明质量，检测日期.库存超过3个月者.出售前应重新检查。 种类主要有根瘤菌剂、固氮菌剂、磷细菌剂、钾细菌剂(硅酸盐菌剂)、抗生菌肥料、复合菌剂和菌根菌剂等等.在中国农业上应用最广泛的是根瘤菌剂，其次是杭生菌肥料和固氮菌剂。 抗生菌肥料含有对植物病源菌有抑制作用的细曲或真菌、放线菌等的徽生物肥料。据中国20世纪60年代初的研究表明，中国50年代选育的“5406”、“奇四气G‘)等放线菌，不仅能抑制供试的32种致病真菌和细菌的生长，且具有刺激植物生根、发芽等功能。
