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     The total gasprodaction of underground gas-fluid circular excrement straw separate -type digester was 343m~3 during 155 days from 1 June to 10 october.
     地下气液循环粪草分离式沼气池从6月1日至11月10日的155天内共产气343m~3,平均池容产气率为0.316m~3/m~3.日;
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     Studies on the Fermentation of Rural Domestic Excrement and Straw Separate—type Digester
     农村家用粪草分离式沼气池发酵研究
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     Characteristics of Cattle Manure and Rice Straw Composting
     粪草堆肥特性的试验研究
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     This test studied the structure and fermantation application both of ground liquid circulating excrement and straw separate-type digester(total volume 5m~3)and underground gas-fluid circulating excrement and straw separate-type digester(total volume 7m~3).
     本试验研究了地上液体循环粪草分离式沼气池(总容积为5m~8)和地下气液循环粪便分离式沼气池(总容积为7m~3)发酵。
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     The total gasproduction of ground fluid circulating excrement straw separate-type digester was 178.95m~3 in 90 days.
     地上液体循环粪草分离式沼气池在90天内总产气量为178.95m~3,平均日产气量为1.988m~3、平均池容产气率为0.397m~3/m~3.日;
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     Characteristics of Cattle Manure and Rice Straw Composting
     堆肥特性的试验研究
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     Disorderly Grass
     乱
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     grass;
     类;
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     Studies on the Fermentation of Rural Domestic Excrement and Straw Separate—type Digester
     农村家用分离式沼气池发酵研究
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     Dung Bettle Ecology
     《金龟生态学》
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  manure and straw
Long-term input of organic materials such as manure and straw renewed original SOC, improved soil structure and increased SOC accumulation.
      
Chicken manure and straw are components of the pasteurized compost that is used in the unit to grow mushrooms.
      
The second compost environment is a commercial compost production facility at the university farm that is made from a mixture of cow manure and straw.
      


This test studied the structure and fermantation application both of ground liquid circulating excrement and straw separate-type digester(total volume 5m~3)and underground gas-fluid circulating excrement and straw separate-type digester(total volume 7m~3). The fermentation technology of these digesters were putting stalks and other agriculture waste which contain high cellulose into straw digester.Excrement(including human's and animal's) was put into excrement digester which conneceted toilet as a main digester.Two...

This test studied the structure and fermantation application both of ground liquid circulating excrement and straw separate-type digester(total volume 5m~3)and underground gas-fluid circulating excrement and straw separate-type digester(total volume 7m~3). The fermentation technology of these digesters were putting stalks and other agriculture waste which contain high cellulose into straw digester.Excrement(including human's and animal's) was put into excrement digester which conneceted toilet as a main digester.Two digesters were connected with two tubes.The pressure difference caused by gas generation and gas consumption made gas and fluid flowed in each other digesters.The flowing direction was control by single-directional valve.The total gasproduction of ground fluid circulating excrement straw separate-type digester was 178.95m~3 in 90 days.The rate of gas production was 0.397m~3biogas per digester volume per day and 0.45m~3 biogas per volume of material per day.The total gasprodaction of underground gas-fluid circular excrement straw separate -type digester was 343m~3 during 155 days from 1 June to 10 october.The rate of gas production was 0.316m~3 biogas per digester volume per day and 0.35m~3 biogas per volume of material per day.

本试验研究了地上液体循环粪草分离式沼气池(总容积为5m~8)和地下气液循环粪便分离式沼气池(总容积为7m~3)发酵。其发酵工艺是将秸秆及其他富含纤维素的业废弃物投入草池,粪池为主发酵池,与厕所相通。两池以管道相联。利用产气和用气所造成的池体间的压差,使两池间产生气—液流动。以单向阀控制气液流向。地上液体循环粪草分离式沼气池在90天内总产气量为178.95m~3,平均日产气量为1.988m~3、平均池容产气率为0.397m~3/m~3.日;平均料容产气率为0.45m~3/m~3.日.地下气液循环粪草分离式沼气池从6月1日至11月10日的155天内共产气343m~3,平均池容产气率为0.316m~3/m~3.日;料容产气率为0.357m~3/m~3.日。

In some villages and towns of Fuyang county and Lin'an county, yield and quality of bisporous mushroom could be considerally increased by the use of three major culture techniques, 1. The feces-grass ratio of growing medium was over 0.8, cattle manure constituting over 50 per cent of the total amount of feces used. 2. The quadratic fermentation of growing medium was adopted. 3. Rice chaff and fine earth were used as a covering material.

调查表明富阳、临安两县部分乡镇的双孢蘑菇稳产高产的主要技术措施有3条:一是培养料粪草比例大于4∶5,牛粪含量占总粪含量的50%以上;二是采用“二次发酵”技术;三是用砻糠细土作覆土材料。

The utilization efficiency of solar energy can be improved through the sugarcane intercropping with commesal crops. The by-products of sugarcane and relative wild plants are used as cultural materials to cultivate the mushrooms under the ecological conditions of sugarcane field. The fungus bran feeds are made from the residues of cultivated mushrooms to raise the poultries and livestocks. The animal manures can be put into the containers to produce methane or applied directly into the field as fertilizer or...

The utilization efficiency of solar energy can be improved through the sugarcane intercropping with commesal crops. The by-products of sugarcane and relative wild plants are used as cultural materials to cultivate the mushrooms under the ecological conditions of sugarcane field. The fungus bran feeds are made from the residues of cultivated mushrooms to raise the poultries and livestocks. The animal manures can be put into the containers to produce methane or applied directly into the field as fertilizer or used as materials to cultivate the mushrooms again. In these ways, the green plant pool, microorganism pool and animal pool are merged organically and formed a synthetic management system with high efficiency. Therefore, the utitization efficiency of solar energy raise 1.0332% (absolute value) in average, the intercept and capture magnitudes from solar energy increase 494.965 GJ/hm~2, the economic net value raise 60 078 yuan/hm~2. These models of ecological agriculture in sugarcane field have extensive populization and utility value.

通过提高甘蔗及其共栖作物的光能利用率,利用蔗田生态条件和甘蔗副产物及其近缘野生植物为培养料栽培食用菌,栽培食用菌后的残料制作成菌糠饲料饲养禽畜,禽畜粪便进沼气池或直接回田作肥料或再次利用栽培粪草生食用菌后再回田,把蔗田生态系统的绿色植物库、微生物库和动物库有机地结合起来,成为一个高效的综合经营体系.光能利用率提高1.0322%(绝对值),光能截获量净增494.965GJ/hm~2,经济值净增60078元/hm~2.具有广泛的推广应用价值.

 
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