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"Cloud" is a huge resource pool, you demand to buy; cloud can be like running water, electricity, gas as billing,(7) is extremely cheap.
If this type of upgrade is managed in-house, resident IT professionals can more readily manage migration and harmonization of data, users, and processes.

The natural environment of the construction site is extremely severe, such as high temperature and strong blown sand, and the surfacial temperature can reach as high as about 70 centigrade in summer with serious water shortage.
International project is a transnational economical activity with multi-professional knowledge and many kinds of disciplines involved.
Cultivate high-level and comprehensive managing talents Concentrate on cultivating composite, extravert and creative managing talents with various professional knowledge combined, such as engineering technology, economic management and contract law, etc.

—It creates ethical responsible professionals.
—Sustainable development projects should be visible in the school environment (such as establishing ‘green offices’, energy saving, water saving, informal learning etc.).

Introduction Academics and professionals are increasing their thought in project overhead researching construction practice, for instance: a calculation and recovery of general office overheads[37]; a case study on project overheads and profit point analysis for costing methods [21 and 22]; techniques for calculating unabsorbed general office overheads [32]; development of a decision support system model for mapping overhead rates [8]; and so on.
For example, site-office and supplies, administration staff and consumption, site-storage, security, telephone, power, water, and so forth are categorised as facility-sustaining overheads due to actual expenses of these services occurring during whole construction activities of the project.
Summary Management of project overheads is increasingly becoming the interested area of research to both academics and professionals.

This paper analyzes the characteristics of the super-size flow measurement in the water transportation and industrial projects, and the choice for suitable flow meters.
Furthermore, this paper analyzes the calibration data of water flow, and propose the segment and compensation method for discharging coefficient “C” practically.
Electromagnetic flow meter and the ultrasonic flowmeter is cited (for) the most widely used flow meter for the water industry.
In fact, blast furnace gas and water diversion project to use the classic venturi tube often beyond the scope of the standard requirements, special techniques need to be taken to ensure the accuracy of the measurement.
Figure 1 Flow coefficient C distribution diagram Calibration method for analysis of actual flow of the water flow According to ISO5167 specified in the throttling device (including the Venturi tube) flow measurement formula such as 1.

The study on dispersion mechanism of dispersive soil has attracted attention in water conservancy project.
Introduction Dispersive soil is one kind of cohesive soil which has a tendency to disperse in low-salinity water (or pure water) [2].
With the action of water, the particles of soil have more mutual repulsion of ions than mutual attraction, cause it disperse in water.
The less tructure damage ratio, the stronger water stability of soil is ,the lower dispersivity of soil is.
North China water conservancy and hydropower college journal (2005) (In Chinese) [11] D.

In most of colleges and universities, there are little fund to purchase the newest equipment of building electricity, little space to construct building electricity laboratory while experiment of building electricity can train students professional understanding and ability.
Student can be familiar with the new technology after intelligence building experiments and have advantages in their professional life.
Because some sets of equipment are expensive, students can not see and understand directly components inside equipment without professional guidance.
If equipment fails, they will not know how to process in their professional career.
The intelligence building experiments include experiments of water supply and drainage control system in building, experiments of power supply and lighting control system, experiments of air condition control system, experiments of elevator control system, experiment of field bus control system ( LonWorks, BACnet) and experiment of fire control system.

Subsequently a burette is fixed using a flexible connection hose and filled with water up to mark 0.
After 30 minutes the water level in the burette (C) is read with the accuracy ± 0.05 ml.
Slight 1.4 to 2 points The upper complex of strata ETICS creates risky moisture conditions for microorganisms growth, we recommend professional consultation with the aim to remove risky building factors and to determine the count of microorganisms on external surfaces according to the following step.
High over 2 points The upper complex of strata ETICS creates very risky moisture conditions for microorganisms growth, we recommend professional consultation.
In the case of medium risk of occurrence, the water absorption and moisture content should be defined as a further step.

Professional software, such as FLUENT, StarCCM+ and so on, are suitable to apply in the process of design.
Effective Utilization of Water Resources.
The target of effective utilization of water resources is to reduce the exhaustion of water resources and the potential risk of pollution and flooding.
Its contents involve primarily the following aspects: overall planning of using the water, the design of water supply and sewage system, treatment and utilization of waste water, management of rain, water of greenbelt and landscape, saving water equipment.
Based on realizing rational utilization of existing available water resource and optimization of different uses of using the water, water are guaranteed in long supply, different uses of using the water are distributed in good time, the efficiency of saving water are promoted, the disaster of rain water are prevent in areas where flood is easy to occur, the diffusion of pollution are effective controlled.

They can be classified as oil-in-water (o/w), water-in-oil (w/o) or bicontinuous systems depending on their structure [1].
Pseudo-ternary phase diagrams were constructed using water titration method at ambient temperature.
The pH was determined using pH meter (Sartorius Professional Meter PP-15).
The pH of microemulsion tended to decrease when the ratio of water/surfactant increased.
When the surfactant mixture (pH 8.9) was diluted with water (pH 6.3), the pH of the microemulsion was gradually decreased depending on the amount of water.