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The central city zone will continue to promote the urban environment and inner service, while the peripheral city zone will house professional business functions providing service for surrounding counties.
Set up professional centers of regional level to form a multi-level structure of public center, avoid central structure of single city and promote the harmony of natural structure, traffic structure and urban structure.
The external green network and internal water network are two necessary elements of Chinese traditional landscape city and the basis of space structure of a city.
The natural conditions of adjoining mountains and rivers, maintaining the completeness of water system of the Yan River and Nanchuan River, and connecting the city with mountains by urban road green belt to form green ecological corridor will play a positive role in improving urban ecological environment and creating urban identity.

While in 2012, the urban water logging has become more serious.
Meanwhile the construction of professional mobile rescue team should be reinforced while making full preparation of material supply.
Beijing water. 4(2012), p.1-3, In Chinese [2] F.R.
China water. 15(2012), p.20-21, In Chinese [3] C.X.
China water. m en/ztgz/xvm/2006sjslt/1/t20060322J73783. htra

Food, oil, water, minerals and other strategy-based resources would also be greatly restricted.
The state of water environment is quite severe.
China's per capita possession of water resource is only 1/4 of the world average.
Water supply in 2/3 of the more than 600 cities is inadequate, and 1/6 of them are facing a serious water shortage problem.
At present, only 49.3% of the surface water can be safely drunk and nearly a quarter of surface water is polluted.

The buildings have low flammability and the distance with the surrounding buildings satisfied fireproofing, it located in no fire-prone areas, away from hazard and have fireplug with safe water, etc; middle Seismic damage index of unit grid of precautionary intensity is generally between 0.3 and 0.8.
The buildings have low flammability and the distance with the surrounding buildings satisfied fireproofing, it away from hazard and have fireplug with safe water, etc; poor Seismic damage index of unit grid of precautionary intensity is generally between 0.6 and 1.0.
The buildings have high flammability and the distance with the surrounding buildings basically satisfied fireproofing, it located in fire-prone areas or have close quarters with the hazard, and have fireplug with safe water, etc; Infrastructure condition good It satisfy domestic water, fire water, temporary power supply and communications of the basic living requirements in the appropriate shelters, it may also play a role in disaster prevention rescue function; middle It satisfy domestic water, fire water, basic temporary power supply and communications of the basic living requirements in the appropriate shelters, it may also play a role in disaster prevention rescue function after placement of short-term facilities; poor It satisfy domestic water, fire water, basic temporary power supply and communications of the basic living requirements in the appropriate shelters, it may also play a role in disaster prevention rescue function after placement of long-term facilities； Position Detailed
Planning department and department management of seismic disaster prevention organized professional organizations to choose perfect shelters.
Research of Soil and Water Conservation,2001.18(1):17-24

power supply, emergency sewage, emergency toilet, emergency refuse disposal, emergency evacuation road and emergency signs Standard for Planning of Town emergency earthquake evacuation site emergency power supply, emergency water supply Emergency shelters in Taiwan mid-term and long-term asylum emergency power supply, emergency water supply, health and bathing facilities, firewater, broadcasting and generation facility temporary refuge shelter and temporary asylum emergency power supply, emergency water supply, health and bathing facilities, firewater, broadcasting, generation facility and lighting emergency congregate shelter firewater Disaster Prevention Park’s Planning and Design Guide, Disaster Prevention Park Technology Epitome central disasters prevention park emergency tank, emergency well, waterscape facility, sprinkling facility, broadcasting, communication, signs, lighting, generation facility, emergency materials reserve and emergency command fixed disasters prevention
Among them, the rescue team is composed by professional emergency repair mission responsible for disaster relief, medical rescue, fire fighting, anti-epidemic, communications and security and so on.
Emergency materials reserve provides much-needed drinking water, food, tents, clothing and medicine.
Emergency infrastructure are to protect the refugees basic living which including water supply (storage tank, emergency wells, water features facilities and water purification equipment), power supply (power transformation facilities and power generation equipment), lighting (emergency lighting and portable lighting equipment), sewage, communication, evacuation roads, vehicle parking and helicopter apron (for the seriously injured transit and goods transport) etc.
In Chinese [4] Tianying Zhou, Furen Jian: Research of Soil and Water Conservation, Vol.8, No.1, Mar., 2001:17-23.

The Behaviour of a Construction in Unsteady Conditions The professional public is becoming more and more aware of new methods of calculation, which are based on the principles of dynamic changes of physical conditions of constructions.
First water molecules on the surface are absorbed thanks to dipole interaction and van der Waals´ forces.
Once the absorbed water vapour has massed, the water is transgressed into the mass of material.
Decreasing temperature of the surrounding environment causes the increase of partial pressure of water vapour and increased transformation of water vapour into liquid state – condensation.
Gasser’s model does not consider capillary transport of water in construction materials.

The environmental impact indicators considered in the software include carbon footprints, water eutrophication, air acidification and energy.
Unfortunately, the results only shows carbon footprints, water eutrophication, air acidification and energy, which may be not detailed enough for application in further design optimisation.
It provides a professional tool to collect, analyse and monitor the environmental impact of products and services.
Solidworks can only define product via CAD modelling which is time consuming and complex work requiring professional knowledge, so it gets only one star in product definition character.

Table 1 SWOT analysis on offshore wind industry of China advantage() disadvantage() no land occupation() lack of professional() close to power load center() offshore wind resource evaluation is non-standard() inside China master offshore wind construction core technology() lack of supporting construction of grid() offshore wind resource is abundant and high quality() lack of core technology of wind turbine() energy saving and low carbon() offshore wind industry is not perfect() Relatively mature technology and high cost-effective() relatively higher cost to traditional energy() opportunity() threaten() external competition promote development() powerful international manufacturers lead to fierce competition() outside China’s offshore wind power development plan() lack of coordinate between manufacturer and grid() China’s offshore wind power development policy() excess capacity of China’s manufacturer() international Clean Development Mechanism() Advantage analysis No land
Offshore shallow waters has potential resource about 500 million kw.
Disadvantage analysis Lack of professional.
Offshore wind station’s cost is mostly attributed to water depth and distance from shore[6].

Each experimental teaching plan with different majors and gradually arrange experimental content, set up experimental course with different levels, and form multi-level experimental teaching system with different distinctiveness according to characteristics of professional discipline and developing trend of experiment teaching.
For example, it remains typical testes such as density test, water content test and adds triaxial comprehension test in the soil experimental teaching.
In the soil experiment, it can achieve sorts of experimental comprehension of water ratio, density, classification and compaction of soil, test students the degree of mastering theoretical knowledge by taking advantage of index formula of physic property to calculate and judgment ability to time condition of site soil.
Optimize the structure of experimental teaching staff team gradually; improve the professional quality of experimental personnel in order to ensure the level of experimental teaching and quality of experimental teaching.

The market share of China’s solar water heater has been far more than 40% in 2010, the annual production of solar photovoltaic cells accounts for about 1/4 of the world, ranking 3rd in the world.
Third, enhance independent research and development of core technology of new energy, and pay attention to the development of technical professionals, playing technology innovation capability which based on circular economy.
References [1] Kai Jiang and Meiying Yang: Water Resources and Power Vol. 01 (2010), p. 151-154+53 [2] Yonggui He: The theory of Gradient regional circular economy and the new energy strategy research (China Quality Press, China 2012)