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The electric properties are measured using technique 4 probe by applying the voltage (V) 0-7 V with BUKU Voltmeter model BK-1502DD by Baka professional tools for telecommunication, factory from China and collecting the current (I) from Aglilent multimeter model 34420A by Hewlett Packard (hp), factory from America.
For water, a wettable surface may also be termed hydrophilic and a nonwettable surface hydrophobic.
In this experiment, the sample was coated by plasma technique measured by using the 0.5 µl micropipette drop water on the surface of each condition.
Take the photo of drop water.

Tab 1 The index system for urban system planning Overall System Main elements Factors Layer weight Measurement unit Evaluation of urban system planning Division of functions Degree of optimization of productivity factors The ratio of employment growth and fixed assets, 0.070 ％ The growth rate of annual GDP 0.606 ％ The number of proportion for university and higher education of the total population 0.190 ％ Percentage People with professional and technical above 10 thousand people 0.134 people/10 thousand people Reasonable layout of the industrial chain Industrial added value in GDP 0.140 ％ Industrial concentration 0.333 ％ Industrial linkage 0.528 - Lower costs of production The number of intermediate grade 0.333 ％ R&D Total expenditure of R & D in GDP 0.667 ％ Regional economic integration Revenue growth rate 0.167 ％ The total fixed investment in assets in GDP 0.297 ％ Per GDP 0.539 Yuan/person Spatial structure The scale and extent of regional integration Built up area in the proportion
Years Environment optimizing Living environment and ecological environment, optimizing Waste gas treatment rate 0.275 ％ Wastewater discharge rate 0.218 ％ Comprehensive utilization rate of solid 0.081 ％ Living garbage treatment rate 0.173 ％ Water recycling rate 0.137 ％ Green coverage rate in built area 0.117 ％ Spatial System There is no uniform pattern in spatial structure and urban system, in the background of rapid urbanization, the spatial distribution in urban system, should break selves’ seeking balance, self-contained, fragmentation of traditional institutions which closed to each other, trying to create an opening equilibrium pattern, so that, among the urban system, the external environment and towns, forming a continuous exchange of material, energy and information internal mechanism.
Integrated treatment rate of waste gas, waste water discharge standard rate, solid waste comprehensive utilization, living garbage treatment rate, water resources cycling rate, the green coverage rate in built areas are main content of this indicators.

RMP does not require any forest resources, and can be produced without water, eliminating the traditional pulp-based papermaking processes of steaming, washing and bleaching, which produce massive pollutant streams, thereby eliminating much water pollution, gas waste and waste at the source, through production processes delineated in Figure 1.
Moreover as the RMP is produced primarily from inorganic mineral powder and polyethylene, RMP is water resistant and fire resistant, while burning does not generate toxic fumes, and the finished medium remains naturally biodegradable.
Results and Findings This study deployed the traditional coated paper standard values suggested by the General Requirements for Applications in Commercial Offset Lithography (GRACoL) color reproduction Specification for sheetfed offset lithography, ensuring that the investigational printing process and ink characteristics conform to the best international professional standards.

Next, the changes of intake gate, water storage, drainage gate, dam body as well as the water temperature, water quality and water level in the hydropower stations are monitored.
The outflow water is mainly used to discharge water or for household and productive water.
In natural environment, the precipitation can be regarded as inflow water while the water evaporation can be viewed as outflow water.
Through this system, the coding, water level data, inflow water volume, outflow water volume, the water evaporation data and rain volume data as well as the opening of various gates can be easily processed.
Water Informatization.

The result shows that the Reactor Safety Injection System (RIS), the Reactor Boron and the Water Supply System (REA), the Control Rods and the Hull of Fuel Canning are the key risk factors in the primary loop system.
Table1 Equipment working temperature extremum under different risk risk High temperature extremum of equipment work (℃) Low temperature extremum of equipment work (℃) High water temperature extremum of equipment work(℃) Low water temperature extremum of equipment work(℃) 1% 48 -34 36 -2 2% 46 -28 36 -2 3% 45 -25 34 -1 4% 43 -22 34 -1 Table2 Environmental temperature extremum under different working time Time (year) High temperature extremum(℃) Low temperature extremum(℃) high-temperature water extremum(℃) Low-temperature water extremum (℃) 2 51 -37 37 -6 5 51 -38 38 -6 10 51 -39 38 -6 25 52 -41 39 -7 Table 3 Tilt and swing parameters of ship Tilt and swing Angle (°) Cycle (s) Vertical tilt ±5/±10 — Lateral tilt ±15 — Vertical swing ±10 4~10 Lateral swing ±45 3~14 Due to the destructiveness of nuclear accident is very large, so the choice of a nuclear ship outside environment parameters should fully guarantee the security of the ship.
The collision is not only related with driver's personality, perception, and memory, also relates to the experience, training, professional skills and so on.
The result shows that the Reactor Safety Injection System (RIS), the Reactor Boron and the Water Supply System (REA), the Control Rods and the Hull of Fuel Canning are the key risk factors in the primary loop system, so we should attach importance to it

A Large Amount of Extinguishing Agent to be Used and Difficult to Supply Water When fire accidents happen in high-rise buildings, water consumption reach 80L/s, or even exceed 100L/s, more apparatus are used in long distance water supplement.
Problems in suppressing high-rise buildings fire: high altitude, slow line laying; high water pressure in hose, easily to break up; great consumption of water, water supply system inside the building can hardly meet the need[5].
If power is cut in fire, or fire pump doesn’t work or break down, the indoor water supply system cannot work as usual; upward water supply will be difficult.
Ensure the Effective Water Supply in Firefighting A large quantity of water is used in suppressing high-rise buildings fire.
The water supply ability of city pipe net is estimated and tested in a right way.

In 2010, the coverage of solar water heaters in Ningbo exceeded 700000 m2 with a stable growth rate of more than 10%.
The total installed power of air-source heat pump water heaters was more than 50MW, which remained stable growth
The air-source heat pump hot water system has been developed stably in Ningbo for recent years.
Moreover, it shall encourage professional agency institutions to tap into the new energy industry and provide high quality services to the new energy industry.
It shall advance the construction of the regionally professional market system, enhance key markets such as regionally professional markets, property trading markets and talent markets, speed up agglomeration of key factors, and promote the reasonable arrangement of these factors.

Research and Implementation of Project-driven Teaching on C51 Programming XIE Nan1,a, CHEN Weimin2,b, SENG Dewen1,c 1Computer and Information Engineering Department, Zhejiang Water Conservancy and Hydropower College, Hangzhou, P.R.China 310018 2College of Mechanical and Electrical Engineering, China Jiliang University, Hangzhou, P.R.China 310018 ankxn@sina.com, bc9419@sina.com, csengdw@zjwchc.com Keywords: C51 programming; project-driven; innovation teaching; MCU Abstract.
In additional, projects being well selected for teaching methods can greatly raise their overall professional and practical abilities and also as possible as develop the potential and foster creativity.
Specifically we design for two projects: one is the water-light control based on eight LEDs, the other is the two stopwatch control based on the seven-segment LED.

Facing international pressure to reduce carbon emissions and the continuous expansion of Chinese cities, the contradiction of the construction of industrialization just can be energy saving, water saving and material saving to alleviate this contradiction.
Palisade materials innovation and construction of the intensive production in the process of the energy consumption of building; Industrial production change the way the concrete member curing, curing water recycling, saving construction water use; Industrialized production way, reducing the consumption of the building material, construction of assembly way, reduces the wastage of the building and auxiliary materials.
Its work and the present architectural design institute, construction units or general contractor, it is open to finalize the design or research and development of prefabricated industrialized building system, according to user requirements and use function, based on the combination of modular design, selection of standardization, commercialization of all kinds of prefabricated by commodity logistics such as model to the scene, using professional equipment for mechanization field assembly, and USES the standardized processing good connection parts, eventually forming the reservation function building products, and the links between the parallel process is to promote each other, each other feedback. 4.3 Modular, standardized design method Modular, standardized design technology can save resources and materials on the one hand, it is the foundation of realizing prefabricated parts are industrialized batch production; Coordination can make the size of the components on the other hand, it

In Phetchaburi province, Thailand has a professional group of handicrafts made of sisal, which is part of the Hub kapong royal project in Phetchaburi province, are cultivated about 64 acres of sisal and sisal leaves to make craft products.
It can be calculated following equation 5.Where W is weight of water in calorimeter (kg), w is water equivalent of apparatus, T1 is initial temperature of water (oC), T2 is final temperature of water (oC), X is weight of fuel sample taken (kg) Calorific value (kcal/kg) = [ (W+w) x (T2-T1)] X (5) 3.