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Study on the Spatial Organization of Organic Agricultural Enterprise Network in China Gu bo-xuan1, a, Wang Yu-hua1,b, Li Yan-peng1,c 1College of Water Conservancy and Civil Engineering, China Agricultural University, Beijing 100083, China axuan911234@163.com, bwangyuhua@cau.edu.cn, cliyanpeng115@163.com Keywords: Spatial Organization; Organic Agriculture; Enterprise Network; China Abstract: Document NO.1 of the Central Government and the report of the eighteenth National Congress has aroused widespread concern in academic circles with its emphasis on rural micro-management body, while research on spatial organization of organic agricultural enterprise under the paradigm of enterprise network is still insufficiency.
Introduction Organic agricultural enterprises are professional organizations engaged in organic agricultural production.
Based on the current characteristics of organizations and dominant function of provinces, following suggestions are made: (1) Play a guidance roll of policy in order to improve the overall development level of organic agriculture, actively develop subsidies and financial supports policy in the organic agricultural heartland, strengthen leading enterprises, professional cooperatives and other organic agricultural management body, promote the organic agricultural products processing industry; (2) On the aspect of strategic planning, pay attention to the aggregation effect, focus on developing the three core organic agriculture demonstration zones of the east coast, northeast and west to strengthen the radiation of growth poles, build a geographical division system based on the type of organizational functions, strengthen contacts of the inter-organizations, build green channels of organic industry to solve the problem of geographic isolation, relying on the transportation network of communicating

Energy is spent by heating, lighting, water supply system and others.
Additional points are given for the choice of development in sustainable areas, the availability of transport, reducing the built-up area (for new facilities), the regulation of rainwater flows and reducing paved areas of building, as well as reducing light load on the built-up area and their impact on adjacent areas 2) Water resources – that category includes efficient watering green spaces, innovative wastewater treatment and reduction of water consumption in the operation of the building. 3) Energy and atmosphere of building – prerequisites include fundamental komissing, reducing hydrogen chloride refrigerants in refrigeration and meet the minimum requirements of the standard ASHRAE 90.1-2004 energy saving 4) Materials and resources – Prerequisites include storage, as well as the collection and transportation of raw materials for recycling.
One additional point is given if one of the core members of the project team is an accredited specialist in LEED (LEED Accredited Professional).
group includes 3 criteria, containing requirements for the installation of devices detect hazardous gases, the presence of independent sources of power and water supply, etc.
Hot water is provided partially by means of solar collectors and a heating system embedded in the heat pump

The absorption of CO2 in water (H2O) results in the formation of carbonic acid (H2CO3).
These values are obtained directly from the software Reports suggest that the addition of CO2 to water reduces the pH of water used due to the formation of carbonic acid.
Jorgenson, Does Foreign Investment Harm the Air We Breathe and the Water We Drink?
Pollack, Moving Water Droplets: The Role of Atmospheric CO2 and Incident Radiant Energy in Charge Separation at the Air-Water Interface, J.
[34] Ken Arnold, Maurice Stewart, in “Design of Gas handling systems and facilities”, in Surface Production Operations, Ken Arnold, Maurice Stewart (Gulf professional publishing, England), 19-20

Site Investigation (1) The overview of region and site.The 1st oil plant is in the north of the Changyuan in Daqing.The elevation of this region is between 139.4 meters and152.5 meters, relatively flat terrain, ground slope is small, small changes in complex terrain, the basic landform is formed by projections, biogas, small vesicles hill shaped depressions and flat hillock.Due to the factors of the geological structure and topography , there’s no natural rivers in the project area, which belongs to the water closed drainage area.The project area was covered with upper phreatic groundwater,the recharge of groundwater is mainly phreatic water in filtration, precipitation,surface water,diving more current supply of confined water and groundwater lateral runoffre charge,confined aquifer between the leak age recharge.It is excreted by evaporating.The groundwater depth is between 2.6 meters to 3.0 meters.The project site is very flat, the ground elevation is from 126 meters to165 meters, it
(2) Survey methods and steps.Four joint stations and oil transfer station in the typical station layout of sampling points at stations outside the boundary of the oil wells and water wells, sampling point layout in the reasonable range.
The physical indexes of natural state:the water rate in the soil in each site in this study is between 15% to 35%; density values to the distribution is from 1.5 g/cm3 to 2.1 g/cm3; the relative porosity density is from 30% to around 50%.
The method is compliant for soil and ground water contaminated by petroleum simultaneously[3].
Not include the cost of scheme design, on-site guidance, construction management and acceptance monitoring from professional remediation company. 5.

The compaction vibration time of 100s for the determination of maximal dry density and optimal water content, and the vibration time of 80s for molding testing samples. 3.
Table 3-4 Coarse Aggregate Voidage Coarse aggregate gradation A（70:20:10） B（60:30:10） C（60:20:20） D（50:30:20） voidage（%） 35.95 36.50 34.69 35.38 According to the vibration compaction test, the optimal water content for fine aggregate is 70%, and the maximum dry density is 2.264g/cm3. 3.2.2 Theoretical Skeleton Dense Gradation and Testing Verification （1）Cement Stabilized Crushed-stones Based on the Interference Theory, the coarse and fine aggregate proportion is derived via the calculation of coarse aggregate voidage and the vibration and compaction dry density for fine aggregates (i.e., the theoretical skeleton dense gradation).
References： [1] The Professional Standards Compilation Group of People’s Republic of China.

Through Corel Trace software bitmap vector: Corel Trace is one of the CorelDraw package, is a professional bitmap vector tools, it can automatically change the color of the bitmap's boundary line will be painted the color out of Vector Bitmap.
Vector of adjustments after conversion When the converted image edge is not original image so smooth, the first change the image display ratio, then use the tools in the toolbox to reduce anchor, in order to reduce the edge of the water chestnut can also use the Bezier tool to approach the regulation of adjust the arc to make it smooth anchor point, the final picture will be converted to export save as SWF formats.
Beijing: China Water Power Press, 2003.

Heat transfer fluid takes up the heat from the solar cell module which can be used for co-generation purpose such as hot water application.
Murray, Thermal Modeling and Life Prediction of Water-Cooled Hybrid Concentrating Photovoltaic/Thermal Collectors, J.
[9] A.Darwish, Immersion Cooling of Photovoltaic Cells in Highly Concentrated Solar Beams, UNLV Theses/Dissertations/Professional Papers/Capstones, 2011, Paper 1081

The company, in its perception of the market, realizes that more professional customers are willing to pay a higher price for recycled products.
Their product called Pure Blend has fibers selected and classified by hand, is free of chemical dyes, and saves water.
The MoreTextile Group has also implemented eco-friendly dyeing processes that can reduce water consumption by up to 86% and reduce chemical pollution, in addition, they dye their fabrics with natural pigments of mineral origin.

<}0{>Large quantities of new established houses has not met the need of anti-seismic requirements, failed to establish in accordance with relevant technical standard and specification, which existed to different extent security problems; failed to consider of energy-saving, bad airtight of doors and windows, lacking of sufficient warm-reserve measures for outside walls and roof which result in occurrence of frozen condensate water inside walls of new established residence in winter and insufficient comfort.
<}0{>Research in a compressive way on “Zhuangkuo” vernacular residence and search for deeply the ecological characteristics of traditional residence, integrate application of new energy such as solar energy and wind energy etc, renewable energy include the sun warm gallery, energy-saving heated floor, solar water heater etc., with distinguished residence architecture for integration design aiming to lift living comfort and quality, to pass on and develop building wisdom of traditional residence. <0}{0>在有效利用新技术的同时保持传统民居的地域特色，在实现低碳环保理念的同时展现河湟特色民居的时代特征。
Conclusions In order to achieve the sustainable development of Hehuang residential, we should also emphasis on the following points, first ,strengthen the construction management and policy subsidies, architectural style, scale position, body mass shape, towards the space, building density, building colors and so on, all of these need professional planning control.

One way, the vial of raw sample was kept in a heat-gathering style magnetism mixer for 60 min using a 35℃ water bath, Another way, the vial of raw sample was kept in a heat-gathering style magnetism mixer for 40 min using a 100℃ water bath.
[9] F.Shahidi, Flavor of meat, meat products and seafood, Blackie Academic & Professional, London 1998 159-190