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The application of modified Delphi method in the topological optimization site selection of offshore wind farm Jing Yatao1, Hu Liwei1 Yue Jiang2 1China Water Resources Pearl River Planning Surveying & Designing Co., Ltd.
For AFs, their influence depth to offshore wind farm construction can be known by accessing these factors, like wind resource, water depth, and etc.
For professional experts, they are almost the engineers, researchers or technicians respectively employing in design, research and construction institute related to offshore wind projects.
So, the professional experts know better how the oceanic parameters of their own specialty influence the investments or returns of the wind farm than industry experts.
Then, it is appropriate for professional experts to give the value score.

If TOT can be applied in the water conservancy and hydropower projects, we shall raise fund for the development of other water conservancy and hydropower projects.
Model Construction Method If TOT is applied in a water conservancy and hydropower project, many factors will be involved.
Analysis of the Structure of TOT Applied in Water conservancy and hydropower project Analysis of Renshi Structure.
Credit of the government B1: government credibility ratings D1, stability and continuity of policies D2, privilege policies carried out D3, contract compliance D4; TOT project of governmental management level B2: professionals in finance or other related major D5, related cases experience D6, sense of cooperation D7, government’s planning, design and construction of the project D8, guidelines and objectives of the agency D9, financing process control D10.
TOT project of governmental management level B2: professionals in finance or other related major D5, related cases experience D6, sense of cooperation D7, government’s planning, design and construction of the project D8, guidelines and objectives of the agency D9, financing process control D10.

Actually, the discussion in the textbook may have tight relationship with desalination processes, which cover the fields from the choice of plant site to the choice of plant intake and outlet, from the quantity of water to the amount of fresh water production and wastewater discharges.
And specific process has adopted technological plans of getting production water through desalination, while the cooling water will be directly applied to multi-stage flash process.
Both the emission amount and method of the concentrated water from plants may have a certain negative impact on the marine ecosystem, leading to the changes of temperature, salinity and other nature of sea water.
Development, utilization and integrated management of marine resources necessarily requires a large number of relevant professionals, so the contradictions between supply and demand of marine talent become increasingly prominent.
Adjust the professional structure and serve the marine economy.Ocean Development and Management, 2004, 4: 74-78.

Solar and electric heating in the form of a combination of (upper single electrically heated water tank, water tank built-in coil heat exchanger).
Combination of solar and electric heating form two (upper and lower pairs of electrically heated water tank, water tank built-in coil heat exchanger).
Combination of solar and electric heating form two (upper and lower pairs of electrically heated water tank, water tank external heat exchanger).
This ensures that heating water 24h a day.
Fourth, the design must be professional installation and maintenance, effective operation only professional designers can guarantee the system.

The professional background, engineering experience is a basis for students to choose.
Break down the professional, department and faculty, allowing students select course and learn cross professional and across faculties.
Professional certification system.
Introduction to Professional Ethics of College Teachers [M].
Beijing: China Water Conservancy and Hydropowerpress,2003. 99

The rural users have little knowledge on the professional planning map.
So current many professional mapping systems are not suitable for these users.
Many professional mapping systems can’t be directly used in villages [3].
Paddy field, Glebe, Water area, as showed in Fig.4.
The value ‘Water area’ is usually used to exhibit crop planted in the water.

Developed new type of pneumatic spray nozzle and research of spray characteristic Siqing Zhou1,a, Heming Chen1,b,Jianyun Li1,Liuchuang Wei1,Xue Zhang1 and Tiexin Yang1 1Faculty of Civil Engineering and Architecture, Kunming University of Science and Technology, Kunming 650500 China azhousq0814@sina.cn, bchenghm650093@yahoo.com.cn Keywords: pneumatic atomizing nozzle, nozzle design, atomization performance Abstract: The Pneumatic atomizing nozzle is quenching test professional nozzle which is designed for new quenching process taking high-pressure nitrogen gas water as quenching medium.
Cylinder brass through hollow out processing is air intake and water intake on both ends.
In order to prevent uneven airflow, air inlet pipe is divided into three, a water inlet pipe, through the different thickness of the hollow out forms two independent loop enclosed Spaces, A is a water inlet, B is an air inlet.
After 3 minutes, Stop collecting; wipe the surface of water, then weighing name as M2.
Figure 6 The water distribution in different gas pressure As it can be seen from the figure, under the conditions of the given quantity of water, as the gas pressure increases, the amount of water collected is reduced, which is due to the gas pressure increases, the flow resistance also increases accordingly; The peak of three figures above doesn't appear in the corresponding center position of the nozzle but slightly deviates towards the water inlet, which is due to the shock effect of the gas flow.

This article analyzes, discusses the status of domestic water treatment and water treatment intelligent control systems, intelligent control of the water treatment system is deeply integrated, systematic research, the system successfully for a city sewage treatment.
Introduction In modern society, the increasing scarcity of water resources, the use of advanced water treatment technology and methods can be effective in saving water resources, improve the quality of water resources, the maximum efficient use of limited water resources, creating ecological, low-carbon, energy-efficient sustainable development for the harmonious development of man and the city pleasant environment.[1] In the development process of water treatment technology, science, engineering, technology, equipment and integrated management of multi-disciplinary field of integrated technology constitutes a modern water industry, it can be said, left modern water treatment industry automation technology, information technology is not functioning .
Especially in automation technology for gate automation of pumping stations, water plants and water treatment SCADA system, urban water supply scheduling system.
"Water Smart integrated management and control system research and industrialization", is in the water the whole plant (or Water Division) range, through the establishment of integrated management and control system network platform, development and control systems, equipment, management systems, laboratory analytical instruments and other interface devices, to achieve control systems, equipment management systems, laboratory systems, and other management systems integration, operations management to make professional, and intelligent real-time development, the elimination of information between decision-makers, managers and executives who are not Symmetry and information out of touch, build to digital information resources, information transmission network, IT application popularity as the symbol of the "digital water operations management," the basic framework, production control fine and economizing, process scheduling real-time and optimization daily management of systematic and institutionalized
Professional: On the basis of long-term automation projects in water treatment and water management systems software development, extensive research and study on the combination of the national top ten sewage operators excellent operational and management experience, to address water management in the case of production An information to bridge the gap between enterprise decision management and production control layer between the proposed comprehensive solution.

Complete comprehensive evaluation index system of controlling efficiency of engineering project is constructed from three aspects, i.e. implementation efficiency of construction objective, external coordination efficiency and professional qualification enhancement efficiency; based on matter-element analytical method, mathematic model that could evaluate controlling efficiency of engineering project comprehensively is constructed.
Therefore, the efficiencies of communication and enhancement of professional proficiency are also what engineering project controlling efficiency shall cover. 1.1.
So, in the process of constructing comprehensive evaluation index system of controlling efficiency of engineering project, the general framework could be designed from three aspects, i.e. realization efficiency of construction targets, external communication efficiency and professional proficiency enhancement efficiency [3]. 1.2.
Formation of Comprehensive Evaluation Index System of the Controlling Efficiency of Engineering Project Comprehensive evaluation index system of the controlling efficiency of engineering project could be designed generally from realization efficiency of construction targets, external communication efficiency and professional proficiency enhancement efficiency, so first-level index system of comprehensive evaluation index system of controlling efficiency of engineering project is formed by realization efficiency of construction targets, external communication efficiency and professional proficiency enhancement efficiency.
“Application of Matter Element Model in Comprehensive Evaluation of Regional Water resources,” Journal of China Agricultural University, (1): 31-36.

Water consumption per ten thousand yuan GDP (WG) is an internationally comparative indicator of water use efficiency (WE), but it cannot further reveal the causes of the differences of WE.
China is a serious water-scarce country, the supply situation of water resources is tight, unscientific water consumption and lower WE also further exacerbate the shortage of water resources in China.
In the current situation of severe water scarcity, to improve WE is an effective way to relieve the water shortage.
Water Res Vol. 11(2003). p. 31(In Chinese) [5] D.
Xu: China Water Res Vol. 5(2012), p. 13(In Chinese) [11] C.