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The areas which are concentrated by torsional stress contained: the area where the left rear wheel cover’s floor connects with the side wall pillar ; the area near the rear wall where the water box’s support connects with the pillar.
The biggest stress located at the area the left side’s “E” beam connects with the side wall pillar, the element number is 1157, the node number is 1140, the stress value is 125.1 Mpa; the second biggest stress located at the area the right “E” beam and the crossbeam connect with the pillar, the element number is 5572,the node number is 4774,the stress value is 118.4 Mpa; so does the left rear wheel cover’s pillar, the element number is 1211,the node number is 1187, the stress value is 109.0 Mpa, and the area near the rear wall where the water box’s support connects with the pillar which are 1286, 1259and 107.8 Mpa.
The research of this thesis has sponsored by the Project “Guangxi colleges and universities features professional and course integration construction project ”(Project Number: GXTSZY125).

Measuring the influence of plants on the CO2 concentration in the passive house was done on an experimental passive wooden houses – the professional training center of MSDK, which is located in area of the Faculty of Civil Engineering, VSB – Technical University of Ostrava (the position GPS: 49.845, 18.152).
Positively contributes mainly to their watering, which is due to evaporation heat evaporates into the surrounding environment.
Only what can be achieved using plants is the modification of relative humidity due to evaporation of water vapor from the individual pots.

The garden covers a small area, but the pavilions, water, rockery, and spatial variation are plentiful.
This led to the natural scenery of water and flowers in the formation of uneven.
There are several islands adorning on the water surface.
The pavilion is the main feature so that everything is around it right beside the water scenery just like stars.
What’s more, because of the prosperity of private garden, a lot of professional craftsmen appeared in gardening industry, who produced many gardening books.

Building energy consumption in the narrow sense, or building using energy consumption, refers to the energy dissipations used in maintaining the functioning of the building, including lighting, heating, air conditioning, elevators, hot water supplication, cooking, household appliances and office equipments energy consumption.
In the domain of building, the development and advocacy of energy saving, land saving, material saving, water saving, and environmental protection, etc., need iconic indices for inspection and recognition.
Comprehensive investigation of building and judgment of its influence on the environment are carried out from these five aspects: sustainable sites planning, water utilization and water source protection, energy efficiency and renewable energy use, resources and materials problems, and indoor air quality.
82 22 C3 1 Brownfield Redevelopment 83 23 C4.2 1 Alternative Transportation—Bicycle Storage and Changing Rooms 84 24 C5.1 1 Site Development—Protect or Restore Habitat 85 25 C5.2 1 Site Development—Maximize Open Space 86 26 C6.1 1 Stormwater Design—Quantity Control 87 27 C6.2 1 Stormwater Design—Quality Control 88 28 C7.1 1 Heat Island Effect—Nonroof 89 29 C7.2 1 Heat Island Effect—Roof 90 … … … … 49 ID C1 1 LEED Accredited Professional 110 Fig. 1 Pareto analysis chart An introduction to China’s Evaluation Standard for Green Building (Green Standard) China’s "green building assessment identification" was sponsored by MOHURD in November 2007, presently managed by Science and Technology Development Center, MOHURD.
In Green Standard, green buildings are defined to be buildings that can maximally save resources (energy, land, water, materials, etc.), protect the environment, reduce pollution, provide people with healthy, suitable and high-performance space, and that can harmoniously coexist with nature in their whole life cycles.

There is rock, soil, water, gas, microbes and other components in the system, which includes tectonic activity features and surface form factors.
Therefore the geological environment system is composed of rock environment, soil environment and water environment.
Geological environment is a complex system with multiple components, which mainly consists of the rock environment, soil environment and water environment.
According to the mine environmental geological characteristics of this area, select the soil and water loss, land desertification, groundwater enrichment, mine development as the factors in this assessment.
The hierarchical structure of the mine geological environment 1) The target layer (A): the top level of the structure, namely the quality of geological environment of the mining area. 2) The criterion layer (B): Determination the basic criterion of the four factors as the mining method (B1), geological disasters (B2), water resources and water environment (B3), land resources and soil environment (B4). 3) The index layer (C): further subdivide the criterion layer: the mining method (C1), geological disasters (C2，C3，C4，C5，C6), water resources and water environment (C7, C8), land resources and soil environment (C9，C10，C11，C12). 3-3.

Irresponsible or non-professional operation of the incinerator can seriously increase emission limits of certain pollutants even as regards the biomass [4].
All samples of briquettes underwent a thermal analysis that detected the amount of water, combustible matter and ash matter.

Deutscher: Solution geochemistry of lead and zinc in water containing carbonate, sulphate and chloride ions.
America: McGraw-Hill Professional, 2005: 85

After testing, we used Geoprobe professional sampling equipment to retain all point samples.
Identification and evaluation of cyp1a transcript expression in fish as molecular biomarker for petroleum contamination in tropical fresh water ecosystems [J].

Introduction Currently many large-scale water conservancy and hydropower engineering involves the stability problems of the high slope excavation unloading; however the slope stability is always the research hotspots which is hard to perfectly solve.
The underground water level on both sides are subdued, the average hydraulic gradients of groundwater in left bank are less than 2°.
The finite element analysis uses professional calculation software FLAC3D as the platform, which is very suitable to do the finite element analysis for geotechnical engineering [4-5].
(In Chinese) [3] Jianlin Li：Unloading Rock Mass Mechanics (Beijing：China Water Power Press, 2003) (In Chinese) [4] Yuming Chen, Dingping Xu: FLAC/FLAC3D Foundation and Engineering Example (Beijing：China Water Power Press, 2008) (In Chinese) [5] Weixing Qin，Weiming Wang and Hong Zheng: China's Rural Water Conservancy and Hydropower (2008), P.91.
(In Chinese) [6] Jianlin Li etc: Wuhan Water Conservancy and Hydropower University (journal of Yichang) (2000), P.191.

So usually the excreted fuel gas needed cooling first, then after water filtration, it was delivered to the burner side of the upgrading devices.
The vapor was produced from the heat recovery and coal gasification devices, as well as the vapor generator in the recycle circuit of cathode air to form a steam-water circulation.
In early stage, the development of fuel cell focused on professional applications like military and space, and kw level distributed generation.
Among all the fuel cells, the alkaline fuel cell(AFC) developed the fastest [5], mainly for space missions including providing power and drinking water for space shuttles.
Integration of several ways of power generating to improve power generating efficiency: take fully advantage of sea-water-battery (This type of battery uses endless sea water as electrolyte, and uses O2 in the air to oxidize aluminum and to produce electric current.