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Strategy on Architectural Specialty Curriculum System Update under Energy saving Emission Reduction Policy-oriented Meijun Lu1,a,Guixiu Wang 1,b 1School of Architecture, North China University of Water Resources and Electric Power, Zhengzhou, Henan,450046,China a381453816 @qq.com,b henanwangguixiu@sina.com Keywords: energy-saving emission reduction policies, architectural specialty, curriculum system update, cultivating the continuity Abstract.
Based on the national energy-saving emission reduction policies, read post-evaluation will be applied in the set of architecture professional course.
Through visiting study subject,which are architectural professional high school students and graduates.Combined with these student's practical experience and working sentiment,they make reasonable evaluation on the curriculum setting.
Acknowledgements This work was supported by Research Project on Teaching Reform of Higher Education in Henan Province (2012SJGLX169), School-level education reform project in 2011 and characteristic professions Construction in 2012,North China University of Water Resources and Electric Power.

The research results of the tourism professionals show that the weather and climate changes have different degrees of influence on the short-distance travel, domestic travel and road trips, etc.
Thirdly, enhance the protection and management of water resources, and go further step in intensifying water infrastructure and constructing.

Rational planning and construction of logistics parks can contribute to the development of third-party logistics, and promote the social, modern, intensive, professional development of the logistics industry.
Nanjing west pier near the dam, the water transportation is convenient.
It is close to Nanjing xiba wharf, the water transportation is convenient.
Management model: the logistics park management company system model of investment by the Government , to provide land use , business registration, personnel agency and other services , the government itself does not participate in management, property management and other specific work commissioned by a professional management company to do .

Water content has great effect on mechanical properties of silt.
Then water addition is calculated according to varying water content, and sprayed uniformity to test silt.
Such phenomenon is caused by small space value of water content to three test groups.
[2] The Professional Standards Compilation Group of People’s Republic of China.
Beijing: China Water Power Press, 1999

Danjiangkou reservoir area is the main water source area and submerged area of the Middle Route South-to-North Water Transfer Project of China.
Soil erosion is a significant influence factor in reservoir water quality and water transfer project success.
Danjiangkou reservoir area is the main submerged area and water source area of Middle Route of the South-to-North Water Transfer Project of China.
The ecological environment around the reservoir area, especially soil erosion, is a significant influence factor in the reservoir water quality and water transfer project success.
Water Resources & Hydropower Press of China: Beijing (2008).

Importance of Physico-Chemical Methods in evaluating the State of building Structures and design of their Redevelopment Amos Dufka 1, a, Lenka Mészárosová 2,b , Jana Kosíková 3,c (1,2,3) Brno University of Technology, Faculty of Civil Engineering, Institute of Technology of Building Materials and Components, Veveří 95, 602 00 Brno, Czech Republic adufka.a@fce.vutbr.cz, bmeszarosova.l@fce.vutbr.cz, ckosikova.j@fce.vutbr.cz Keywords: building structures, redevelopment, physico-chemical methods Abstract: The experience in building practice proves that in assessing and evaluating the state of reinforced concrete structures, also professional companies place a clear emphasis mainly on determining the strength characteristics of concrete, assessing the rate of corrosion and the distribution of reinforcements in assessed elements.
In the case of evaluating reinforced concrete structure, it is advantageous to apply procedures declared in professional literature, for example in TP SSBK III [1] or in [4] etc.
Examples of using physico-chemical analyses in building practice The importance of physico-chemical analyses in evaluating the state or life of building structures or design of their redevelopment can be illustrated on the following examples: 3.1 Evaluating the rate of degradation of concrete and predicting its further life Waters with a high content of sulphates cause the so-called type II or III corrosion in reinforced concrete structures.
From the view of changes in the physico-mechanical parameters of concrete based on Portland cement occurring due to the action of an increased temperature, particularly the following reactions are substantial: In the temperature range between 100°C and 200°C, the physically bound water evaporates from the concrete structure.

Pitlick, Variability of bed load measurement, Water resources research. 24 (1988), 173–177
Water resources research. 52 (2016b), 7760–7778
Colby, Scour and fill in sand bed Streams, United States Geological Survey Professional Paper 462-D. (1964), 39 p
Myrick, Channel and hillslope processes in a semiarid area, New Mexico, United States Geological Survey Professional Paper 352-G. (1966) 193-249
Hubbell, Transport and dispersion of labeled bed material: North Loup River, Nebraska, United States Geological Survey Professional Paper, 423-C. (1965), 55 p

Through a combination of advancements in CAM technologies, continuous developments in remote power sources, and the ubiquitous reach of telecommunications networks, design professionals in the near future will have the capacity to transmit construction aid – in the form of deployable building-making machinery – to refugee populations in dire need of the physical, economic, and cultural benefits of architecture.
Material aid is typically supplied to displaced populations in the form of food (priority one), clean water (priority two) and medicine (priority three).

In this case, water heating is included in other end uses category.
The final energy demand for domestic hot water, heating and cooling requirements totals about 3500 TWh per year.
A dehumidifier/absorber (generally with Water-Lithium Chloride or Water-Calcium Chloride absorbent solution) and a regenerator are replacing the desiccant wheel (Fig. 6).
The major impediments are the high installation cost and the low performance compared to the conventional cooling systems, the limited number of demonstration plants in the community, lack of awareness and knowledge about the benefits and technical details of the solar cooling among potential users and professionals (architects, engineers).
Moreover, solar cooling units become more cost-competitive if associated with solar heating systems (for space heating and domestic hot water preparation).

To be more specific, 1357 projects are located in water areas, accounting for 17.9% and 2448 located in populated areas, accounting for 32.4%.
Besides fire control, the firefighters also need to prevent explosion and the leakage of toxic chemical under professional guidance.
Therefore, water tower fire trucks, foam powder tenders and mobile fire monitors are necessary for remote control besides the regular fire-extinguishing water tankers.
Fourthly, for supplies, foam station, oil recycle belt and leaking stoppage sandbags are needed in addition to fire water supply and hydrant.
People of all walks of life – officers and soldiers in active service, government personnel, contract full-time workers, professional security personnel – all could be included in the staff members to make a more diversified formation.