1) compound biofertilizer
复合微生物菌肥
1.
Effect of compound biofertilizer on the assimilation of mineral nutrition and yield of replanted strawberry;
复合微生物菌肥对连作草莓矿质养分吸收及产量的影响
2.
For the first time, biofertilizer containing BFA and compound antimicrobial community were combined with reasonably to produce compound biofertilizer containing BFA.
首次将黄腐酸菌肥与拮抗菌剂合理复配,研发出大棚甜瓜专用的各种生化黄腐酸复合微生物菌肥,为大棚甜瓜提供全面的营养供给,促进甜瓜生长,提高甜瓜品质,防治各种病虫害,并确定了各产品在大棚甜瓜上施用的专用配方及其用法和用量。
2) compound bacterial manure
生物复合菌肥
1.
Microbial isolation,identification and physiology of compound bacterial manure
生物复合菌肥“地霸”的菌群分离鉴定及生物学特性的初步研究
3) compound microbial fertilizer
复合微生物肥
1.
Two years consecutive experiment indicates that applying compound microbial fertilizer can prolong the functional period of paddy leaf, promote leaf photosynthesis, increase new sprouts, and effectively enhance paddy spikes and seed rate.
连续两年的试验结果表明,复合微生物肥料在水稻上施用能延长水稻叶片的功能期,促进叶片光合作用,增加分蘖数,有效地提高亩穗数和结实率。
4) microbial fertilizer
微生物菌肥
1.
The field experiment results showed: When the microbial fertilizer 1 and microbial fertilizer 5 were used as seed-applied fertilizer,the increases of the yields of the stem and fiber of flax were obvious.
微生物菌肥在纤维用亚麻上应用前景广阔。
2.
Field trial and demonstration on 4 kinds of special crops including fragment pear,processing tomato,Hami melon and cotton with microbial fertilizer were conducted in Xinjiang region.
在新疆4种特色作物上进行的小区试验和示范试验表明:增施微生物菌肥,库尔勒香梨、制酱用番茄、哈密瓜增产幅度在6。
5) EMO complex-bacteria
EMO复合菌微生物
1.
Caffeine production wastewater has been treated by "ABR + SBR" process and EMO complex-bacteria technique.
实验采用“ABR+SBR”工艺及EMO复合菌微生物技术处理咖啡因生产废水。
6) complex microbial community
复合微生物菌剂
1.
Composting experiment of surplus sludge applying complex microbial community(CMC) was carried out to systematically study the function of CMC in composting system to some extends of surplus sludge.
应用复合微生物菌剂对剩余污泥进行堆肥试验,较系统地研究了复合微生物菌剂在剩余污泥堆肥系统中的作用。
2.
The fermentations were carried out to look for a combination of microbial community with the highest activities, and the results indicated that the optimum ratio of preparation of complex microbial community for composting was Trichoderma viride: Saccharo spp: Bacillus subtilist: Pseudomona sp =1:1:2:2.
本研究从果渣资源化利用角度出发，通过添加复合微生物菌剂发酵生产黄腐酸，系统研究了发酵菌种的复配及发酵条件的优化。
3.
Firstly,single factor experiment was conducted on inoculation quantity of complex microbial community, moisture content,ratio of carbon to nitrogen(C/N)and dig frequency.
首先选择复合微生物菌剂接种量、原料含水率、C/N比、翻堆次数4个因素进行单因素试验研究,初步确定四个因素的最适范围,然后对四个因素进行正交优化试验,确定最佳发酵工艺参数。
补充资料：生物菌肥
生物菌肥是经人工在特定条件下培养的有益微生物制成的有生命的肥料，又称微生物肥料。生物菌肥大体可分为以下两类。一类是菌种单一、功能单一的一般菌肥，主要依靠一种有益微生物的生命活动产物来增加土壤中植物所需的某一种营养要素（氮、磷或钾），以补充作物生长发育之需，达到增产目的。这类菌肥的局限性一是对作物专一性强，一般只能用于一种作物。另一类是近年来通过高科技手段组合、复壮、加工出的复合生物菌肥。它含有能相互促进一种以上的有益微生物菌群，从而具有供应多种作物多种营养元素、抑制有害菌群、防病抗病、调节植物生长发育、改善作物品质、提高作物产量等综合功能。如肥力高高效复合生物菌肥，就是当前复合微生物肥料中的佼佼者。它含有由固氮菌、解磷菌、解钾菌和根瘤菌组成的多功能的有效活菌。通过这些有益微生物在土壤里的生命活动，不仅具有固氮、解磷、解钾的功能，满足作物氮、磷、钾养分的需求，而且抑制土壤中某些病原微生物的繁殖，防止、减轻了土传病害的发生。产生的次生代谢产物中的激素类物质，还能促进植物生长发育和早熟，次生代谢产物中的胞外多糖又能促进土壤团粒结构的形成，连续数年施用、能改善土壤的供养条件。
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