1) biological oil-pressing forest
生物质油料林
1.
Forest health was a new method to the forest management, in recent years, along with the biological oil-pressing forests the rapid development, to ensure the forest health of the biological oil-pressing forests, it is necessary to discuss the forest health assessment system for the biological oil-pressing forests.
森林健康是森林经营管理领域的新理念,近年来,随着生物质油料林的迅速发展,为保证生物质油料林的森林健康,有必要探讨生物质油料林的森林健康评价指标体系。
2.
Under direction principle,operal principle,and sensitivity principle of evaluation indexes,a forest health assessment indicator system of biological oil-pressing forests was pro-posed based on AHP(Analytic Hierarchy Process).
通过分析生物质油料林森林健康的概念,在评价指标导向性、可操作性和灵敏性原则的指导下,运用AHP理论构建生物质油料林的森林健康的评价指标体系。
2) Forestry biomass materials
林业生物质材料
3) biomass fuel oil
生物质燃料油
1.
In order to meet the demands of raw materials for biomass fuel oil production in China,we have conducted an overall investigation of the main woody plant resources suitable for the biomass fuel oil production in China.
为了满足生物质燃料油生产对原料的需要,对中国适合于作生物质燃料油原料的主要木本植物资源进行了全面普查,明晰了中国主要生物质燃料油木本原料植物资源的分布、生长及可利用状况,并在资源集中地区建立起主要生物质燃料油木本植物资源基地,进行优良类型的选育并对其生物学特性、经济性状进行研究,建立起良种繁育基地。
4) Forestry biomass materials science
林业生物质材料科学
5) bio-oil
生物质油
1.
Study on optimum HLB value and physicochemical properties of diesel and bio-oil emulsions
柴油-生物质油乳化燃料最佳HLB值及理化性质研究
2.
Research of the optimum HLB value for bio-diesel and bio-oil emulsified fuel
生物柴油-生物质油乳化燃料最佳HLB值研究
3.
But gas flow rate and bed depth can also affect the rate of bio-oil.
在最佳的反应条件下,生物质油的产率可达65%,其主要组分为有机酸和呋喃。
6) bio oil
生物质油
1.
The combustion characteristics of bio oil from flash pyrolysis of biomass were investigated by thermogravimetric method and the effect of heating rate on combustion temperature was also studied.
采用热重分析法对生物质裂解焦油的燃烧过程进行了研究 ,探讨了生物质油的燃烧特性及升温速率对燃烧温度的影响 ,并根据微分热重曲线 ,建立动力学模型 ,计算燃烧反应的动力学参数。
2.
By utilizing flash pyrolysis technology, the sawdust was converted into liquid product(bio oil)which is of easy storage , transport, handling and high energy volume density .
该研究利用闪速热解液化技术将木屑转化为易储存、易运输、易处理、能量密度高的液体产品生物质油,对旋转锥式闪速热解液化系统进行了生物质热解液化生物质油的试验研究,并将生产的生物质油进行了常压精馏和减压精馏试验,用色谱质谱分析仪、核磁共振仪对其部分精馏组分进行了成分分析。
补充资料:木本油料林
以采收树木的果实或种子为原料榨取或提取油脂为主要目的的林木。如油茶、油桐、椰子、乌桕、核桃、油棕等。
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