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稻草    
相关语句
  straw
    The wheat straw gasification gas calorific value is higher than that from rice straw and husk,its calorific value reached at 7716kJ/Nm~3.The gas calorific value of sawdust gasification is the highest (9064kJ/Nm~3),and much higher than that of biomass gas produced by other ways.
    麦草原料气化所产生的煤气热值比稻草和稻壳都高,其热值可达7716kJ/m3。 木屑气化所产生煤气热值最高则达9064kJ/m3,远远高于一般生物质气化煤气。
短句来源
    The burnable characteristics of straw haulm,eucalypt waste,peanut shell,straw,soybean pole and cotton pole were analyzed with TGA-92 heat heavy-difference heat integrated analyser in this paper.
    采用TGA-92型热重—差热综合分析仪,对秸秆、桉树木废料、花生壳、稻草、大豆杆及棉杆进行燃烧特性分析。
短句来源
    Study of Straw's Gasification Characteristics in Downdraft Gas Generator
    下吸式气化炉中稻草气化特性研究
短句来源
    Experimental research on the thermochemical liquefaction of straw
    稻草水热法液化的实验研究
短句来源
    Study on Preparation of Alcohol from Fermentation of Hydrolysate of Rice Straw by a Strain of Tubular Enzyme
    一株管囊酵母发酵稻草水解液制乙醇的研究
更多       
  rice straw
    The wheat straw gasification gas calorific value is higher than that from rice straw and husk,its calorific value reached at 7716kJ/Nm~3.The gas calorific value of sawdust gasification is the highest (9064kJ/Nm~3),and much higher than that of biomass gas produced by other ways.
    麦草原料气化所产生的煤气热值比稻草和稻壳都高,其热值可达7716kJ/m3。 木屑气化所产生煤气热值最高则达9064kJ/m3,远远高于一般生物质气化煤气。
短句来源
    Study on Preparation of Alcohol from Fermentation of Hydrolysate of Rice Straw by a Strain of Tubular Enzyme
    一株管囊酵母发酵稻草水解液制乙醇的研究
    This paper reported an experiment in which hydrogen produced in the anaerobic digestion from the rice straw at pH 5.0, and hydraulic retention time of 17 days.
    以稻草为发酵原料 ,控制发酵料液pH值在 5 0左右 ,采用批量发酵工艺 ,进行了厌氧发酵产氢的研究。
短句来源
    Hydrogen can be obtained by thermochemical gasification of biomass in supercritical water. Agricultural biomass, including corn stalk, corn cob, wheat stalk, rice straw, rice shell, peanut shell, wood sawdust and broomcorn stalk, mixed in sodium carboxymethylcellulose, were gasified successfully at 650 ℃, 25 MPa in a tubular flow reactor with formation of hydrogen, carbon dioxide, carbon monoxide, methane and a small amount of ethane and ethylene.
    以农业生物质(包括玉米秸秆、玉米芯、麦秸、稻草、稻壳、花生壳、高粱秆)为原料,羧甲基纤维素钠为添加剂,利用连续管流反应器,在反应器壁温为 650 ℃、压力为 25 MPa的条件下进行了生物质气化制氢实验研究.
短句来源
    the experiments results indicated that pH,aeration and total sugar concentration of the rice straw hydrolysate has some effect on the ethanol productivity, when the rice straw acid hydrolysate was overlimed with Ca(OH)2 ,the percent total sugar utilized and ethanol yield for the treated hydrolysate was enhanced and reached to 85% and 0. 38g/g respectively.
    研究发现pH值、发酵供氧情况、总糖浓度等对该菌种发酵稻草水解液制乙醇的效率都有一定的影响,并且实验结果发现稻草水解液经过氢氧化钙处理后,总糖的利用率与乙醇产率都有所提高,分别达到85%和0.38g乙醇/总糖。
  rice straw
    The wheat straw gasification gas calorific value is higher than that from rice straw and husk,its calorific value reached at 7716kJ/Nm~3.The gas calorific value of sawdust gasification is the highest (9064kJ/Nm~3),and much higher than that of biomass gas produced by other ways.
    麦草原料气化所产生的煤气热值比稻草和稻壳都高,其热值可达7716kJ/m3。 木屑气化所产生煤气热值最高则达9064kJ/m3,远远高于一般生物质气化煤气。
短句来源
    Study on Preparation of Alcohol from Fermentation of Hydrolysate of Rice Straw by a Strain of Tubular Enzyme
    一株管囊酵母发酵稻草水解液制乙醇的研究
    This paper reported an experiment in which hydrogen produced in the anaerobic digestion from the rice straw at pH 5.0, and hydraulic retention time of 17 days.
    以稻草为发酵原料 ,控制发酵料液pH值在 5 0左右 ,采用批量发酵工艺 ,进行了厌氧发酵产氢的研究。
短句来源
    Hydrogen can be obtained by thermochemical gasification of biomass in supercritical water. Agricultural biomass, including corn stalk, corn cob, wheat stalk, rice straw, rice shell, peanut shell, wood sawdust and broomcorn stalk, mixed in sodium carboxymethylcellulose, were gasified successfully at 650 ℃, 25 MPa in a tubular flow reactor with formation of hydrogen, carbon dioxide, carbon monoxide, methane and a small amount of ethane and ethylene.
    以农业生物质(包括玉米秸秆、玉米芯、麦秸、稻草、稻壳、花生壳、高粱秆)为原料,羧甲基纤维素钠为添加剂,利用连续管流反应器,在反应器壁温为 650 ℃、压力为 25 MPa的条件下进行了生物质气化制氢实验研究.
短句来源
    the experiments results indicated that pH,aeration and total sugar concentration of the rice straw hydrolysate has some effect on the ethanol productivity, when the rice straw acid hydrolysate was overlimed with Ca(OH)2 ,the percent total sugar utilized and ethanol yield for the treated hydrolysate was enhanced and reached to 85% and 0. 38g/g respectively.
    研究发现pH值、发酵供氧情况、总糖浓度等对该菌种发酵稻草水解液制乙醇的效率都有一定的影响,并且实验结果发现稻草水解液经过氢氧化钙处理后,总糖的利用率与乙醇产率都有所提高,分别达到85%和0.38g乙醇/总糖。
  straw
    The wheat straw gasification gas calorific value is higher than that from rice straw and husk,its calorific value reached at 7716kJ/Nm~3.The gas calorific value of sawdust gasification is the highest (9064kJ/Nm~3),and much higher than that of biomass gas produced by other ways.
    麦草原料气化所产生的煤气热值比稻草和稻壳都高,其热值可达7716kJ/m3。 木屑气化所产生煤气热值最高则达9064kJ/m3,远远高于一般生物质气化煤气。
短句来源
    The burnable characteristics of straw haulm,eucalypt waste,peanut shell,straw,soybean pole and cotton pole were analyzed with TGA-92 heat heavy-difference heat integrated analyser in this paper.
    采用TGA-92型热重—差热综合分析仪,对秸秆、桉树木废料、花生壳、稻草、大豆杆及棉杆进行燃烧特性分析。
短句来源
    Study of Straw's Gasification Characteristics in Downdraft Gas Generator
    下吸式气化炉中稻草气化特性研究
短句来源
    Experimental research on the thermochemical liquefaction of straw
    稻草水热法液化的实验研究
短句来源
    Study on Preparation of Alcohol from Fermentation of Hydrolysate of Rice Straw by a Strain of Tubular Enzyme
    一株管囊酵母发酵稻草水解液制乙醇的研究
更多       

 

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  straw
Chemical characteristics of straw fiber and properties of straw fiberboard with different pretreatments
      
Surface chemical characteristics of straw fiber have a great effect on the properties of interfacial conglutination between straw fiber and adhesives.
      
In our study, straw was treated by four different methods-hot water, acetic acid, sodium sulfite and sodium hydrid sulfite.
      
Our results show that the main chemical group of straw fiber, under the four different treatments, has not changed significantly.
      
The acetic acid treatment reduces pH values of straw fibers and has a significant effect on the internal bonding strength of straw fiberboards.
      
更多          
  rice straw
Kinetics of bleaching of rice straw and husk with potassium peroxoborate
      
To reveal the possible mechanism of silica deposition in higher plants, lignin was isolated from rice straw following a modified method to conduct a simulation experiment in vitro.
      
The percentage differences were not exceeding 6 % except some deviations with CP digestibility in one trial (hay: rice straw mixture).
      
Population growth rates on fungal colonies and morphological characteristics were investigated in a member of the genus Filenchus (Tylenchidae) collected from decomposing rice straw in Fukushima-city, northern Japan.
      
Fourth, N uptake rate for rice straw and for rice grain and total N uptake rate for rice were higher in sandy clay soil than in sandy soil, but the difference between them was relatively small.
      
更多          
  rice straw
Kinetics of bleaching of rice straw and husk with potassium peroxoborate
      
To reveal the possible mechanism of silica deposition in higher plants, lignin was isolated from rice straw following a modified method to conduct a simulation experiment in vitro.
      
The percentage differences were not exceeding 6 % except some deviations with CP digestibility in one trial (hay: rice straw mixture).
      
Population growth rates on fungal colonies and morphological characteristics were investigated in a member of the genus Filenchus (Tylenchidae) collected from decomposing rice straw in Fukushima-city, northern Japan.
      
Fourth, N uptake rate for rice straw and for rice grain and total N uptake rate for rice were higher in sandy clay soil than in sandy soil, but the difference between them was relatively small.
      
更多          
  straw
Chemical characteristics of straw fiber and properties of straw fiberboard with different pretreatments
      
Surface chemical characteristics of straw fiber have a great effect on the properties of interfacial conglutination between straw fiber and adhesives.
      
In our study, straw was treated by four different methods-hot water, acetic acid, sodium sulfite and sodium hydrid sulfite.
      
Our results show that the main chemical group of straw fiber, under the four different treatments, has not changed significantly.
      
The acetic acid treatment reduces pH values of straw fibers and has a significant effect on the internal bonding strength of straw fiberboards.
      
更多          
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