1) allelochemicals
生化物质
1.
After allelochemicals of Castanopsis sclerophylla leaf and root were extracted by organic solvent extraction and water extraction, a bioassay of the seed germination of Phoebe bourne! was conducted in this paper.
采用有机溶剂浸提和水授提2种方式分别提取苦槠叶、根的生化物质,并用闽楠种子发芽试验评价苦槠对闽楠的化感作用。
2.
After the allelochemicals of Schima superba leaf and root were extracted by organic solvent and water,the bioassay of the seed germination of Phoebe bournei was done.
通过有机溶剂浸提和水浸提2种方式分别提取木荷叶、根的生化物质,并用闽楠种子发芽试验评价木荷对闽楠的化感作用。
2) biochemical
[英]['baio'kemikəl] [美]['baɪo'kɛmɪkḷ]
生化物质
1.
Impacts of four biochemicals on population development of Aphis gossypii Glover;
4种生化物质对棉蚜实验种群增长的影响
3) allelochemical
生化物质
1.
Effect of leaf and root allelochemicals of Phyllostachys heterocycla cv. pubescens on germination of Chinese fir seed;
毛竹叶及其竹鞭生化物质对杉木种子的发芽效应
2.
Effect of leaf and root allelochemicals of Phyllostachys heterocycla cv. pubescens on germination of Pinus massoniana;
毛竹叶和鞭生化物质对马尾松种子的发芽效应
5) biomass gasification
生物质气化
1.
The development of disposal technology on tar-containing wastewater from biomass gasification;
生物质气化洗焦废水处理技术的研究进展
2.
Screening of strains for degrading the biomass gasification tar-containing wastewater;
降解生物质气化焦油废水菌种的分离筛选
3.
Status of integrated biomass gasification and fuel cell power generation system;
生物质气化高温燃料电池一体化发电技术研究
6) gasification of biomass
生物质气化
1.
An anaerobic pretreatment of tar-containing wastewater from gasification of biomass was studied in a upflow blanket filter(UBF) at ambient temperature of 16～36℃,and the suspended microbe in the UBF reactor was also analysed.
在环境温度16～35℃条件下,流式污泥床—过滤器(UpflowBlanketFilter,UBF)复合式厌氧反应器对生物质气化发电焦油废水进行了厌氧预处理实验研究,对UBF反应器内悬浮态微生物相进行了分析。
2.
Acclimation and granulation of anaerobic sludge was achieved in the UBF reactor treating tar containing wastewater from gasification of biomass for power production at ambient temperature (16～36℃), the COD proportion of tar containing wastewater in the influent was the main effect factors in the process .
处理生物质气化发电焦油废水的上流式污泥床过滤器(UBF)内厌氧污泥在环境温度(16～36℃)条件下完成驯化并实现颗粒化,其间焦油废水的COD比例是主要影响因素。
补充资料：大肠杆菌不同生化突变型菌落(显示不同颜色)
乔守怡提供
[图]
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