Search results

Conclusion Getting local chill on the cutting edge of the bit is achieved by heating the working surface to melt a thin surface layer of a predetermined thickness of high frequency current or an electric arc and then cooled with a water shower.
Kurbanov, Increasing the Wear Resistance of Tillage Workers by Structuring High-carbon Alloys, News of the Nizhnevolzhsky Agrouniversity Complex: Science and Higher Professional Education, 3 (2018) 283-291
Motorin, The Complex Effect of the Chemical Composition of Cast Iron on the Structure of the Chilled Chisel Plow Chisel layer, News of the Nizhnevolzhsky Agrouniversity Complex: Science and Higher Professional Education, 2 (2016) 221-228
Gapich, I.B.Borisenko, Problematic Issues of Operation of the Working Bodies of Chisel Tools and their Solutions, News of the Nizhnevolzhsky Agrouniversity Complex: Science and higher professional education, 3 (2015) 174-179
Borisenko, Problematic Issues of Operation of the Working Bodies of Chisel Tools and their Solutions, News of the Nizhnevolzhsky Agrouniversity Complex: Science and Higher Professional Education, 3 (2015) 176-179

Introduction The capital economic circle is developing rapidly with the increase and urbanization accelerate the process of urbanization and it has led some climate issues such as the deterioration of the traditional industries , water pollution, air pollution and global warming.
technology gap between China and other developed countries is not obvious compared to other industries.Therefore, the government should put special emphasis on measures to encourage technology innovation in low carbon technology.Beijing should actively use their advantages to enhance information exchange Capital Economic Circle of low carbon technologies.Governments need to actively explore the mechanism of technological innovation and promote various universities and research institutes and enterprises of horizontal cooperation.So it will promote low carbon technology research, development and popularization and application. 3.2 To strengthen the education and cultivating talents on low carbon The concept of low carbon is large including reducing energy consumption, pollution and emissions, new energy-saving materials, recycle economy theory research and application of the technology, involving materials, machine, environment and engineering subject construction, electricity, and other professional.To
develop the low carbon education it must have a certain discipline foundation.This kind of low carbon education layers should be implemented in stages, at school, professional, subject, the choice of teaching material, to planning, partial section.First, an increase in cutting-edge research related to low carbon disciplines doctoral degrees and other professional direction, training high-carbon talents.Meanwhile in vocational education and increase the share of low-carbon skills courses, training a lot with carbon conscious, low-carbon and low-carbon skills, knowledge and has engaged in comprehensive capacity and low-carbon work overall quality professional labor groups.Low carbon education popularization development has the profound significance to the future of green economy and low carbon economic circle itself. 3.3 Set up the brand It is important to pay special attention to the cultivation base brand or the brand in addition to corporate brand development.

The Xing'an ecological function area is an important water conservation forest ecosystems base of China, priority must be given to its planning sustainability of ecological benefits.
The Xing'an ecological function belonged water conservation type eco-functional area, with the multiple roles of water conservation, soil conservation and protection of biodiversity.
Just as On the mountain one lives by mountain products；near the water one lives by the products of the sea.
To carry on the community Co-management, the government should send professionals to educate communities first to make community residents to conduct in-depth knowledge and understanding of the ecological resources of the core area, and explicitly allows a range of economic activity and project.

Three Systems of Protection and Management about Waters Resource Wenxue He 1, a, Chaqing Li 2,b 1 Zhejiang Water Conservancy and Hydropower College, Hangzhou, China 2 Zhejiang Water Conservancy and Hydropower College, Hangzhou, China ahewx@zjwchc.com, blichqe@zjwchc.com Keywords: waters resource, waters protection, waters management, system construction.
"The People's Republic of China Water Law" (in 2002) for the first time keep abreast of “the water resources, the waters and the water project protection”, and has fully explained the waters resources conservation importance.
The main features of the waters resources investigation is a big workload, involving a wide profession, a high technical requirement, so the survey tasks should be completed by the specialized agencies and high-quality professional and technical personnel, but should not be implemented by the relevant government departments, because their technical level and work functions is impossible to meet the requirements of the waters resource investigation.
For example, “land for the waters and the water resources facilities” has been included in the investigation category during the 2nd national land survey, the nationwide water survey has also included the waters resources investigation, between both has the intersection, but also has the null set.
Journal of Jiangsu water conservancy, 2008,(9): p.8~11.

Usage Period Energy consumption in daily life, including heating, cooking, boiling hot water, using air-conditioner and other appliances, lighting and all that.
Specific to the current initial stage, recycling these construction wastes is consistent with the objective requirements of the transitional period. 3）Professional Technical Guidance for the Design and Construction of Residential Buildings In the design and construction process of new rural residential buildings, professional technical guidance is always insufficient.
Therefore, strengthening the professional technical guidance is the powerful means and important measure for improving the efficiency and energy-saving effect of new rural residential building construction.
Energy Consumption in the Usage Period of New Rural Buildings and Countermeasure In the usage period, the main sources of energy consumption of rural residential buildings are air-conditioner, hot water supply, lighting, cooking and other parts, and the proportion of these factors are as shown in Fig.1.

Introduction Many researches concerning estimation of leaf mass are difficult to operate and need professional knowledge.
Water capacity of larix olgensis is 55 %( generally believed to from 53% to 57%). 4.
The leaves to be weighed have no water. 5 .Larix olgensis chosen are within their normal life expectancy. 2.2 The Regression Model Given past experiences on biomass of trees, regression models like linear, logarithm and power function can be chosen to study the biomass of bushes.
The estimation method is too time-consuming for non-professionals.

Service management capability 0.2500 ISO quality authentication 0.2273 0.0568 Daily service for merchants 0.2727 0.0682 Added value service for merchants 0.1364 0.0341 Environment protection 0.0455 0.0114 Security 0.3182 0.0796 B5: Equipment and facilities 0.0833 Complete facilities 0.3333 0.0278 Complete equipment 0.1667 0.0139 Advancement and capabilities of equipment and facilities 0.5000 0.0417 B6: Space adaptability 0.0278 Transportation 0.5000 0.0139 Harmony with surrounding environment 0.1667 0.0046 Coordination with urban development 0.3333 0.0093 B7 : Informatization 0.0833 Network management 0.1111 0.0093 Construction and operation of logistics public information service platform 0.5556 0.0463 Added value service for informatization 0.3333 0.0278 Setting the weight of the evaluation indicators of highway freight terminals Based on statistical data from questionnaires designed in accordance with AHP and scaling method, with the criterion layer and index layer scaled by professionals
Study in this paper is still of limitations: firstly, though the evaluating indicators were chosen based on professional research, the choice is still subjective and one-sided; secondly, the calculating of the weight and score was relatively complicated, which is the limitation of the fuzzy-AHP analysis; thirdly, no detailed analysis of problems of freight terminals has been made and no solutions or suggestions have been reached, which are all in need of further exploring and research.
Application of fuzzy comprehensive evaluation based on AHP in quality evaluation of water environment[J].
Water Resource&Hydropower of Northeast China, 2003, 21(8): 24.

Water from reservoir rocks is salty.
As a subject of our research, we selected horizontal settlers used by oil producing and oil-field companies to separate water-in-oil emulsion into oil and oil-field water, mechanical admixtures and salts being simultaneously removed [15].
Jones, Corrosion and Water Technology For Petroleum Producers, Oil & Gas Consultants Int.
Fink, Oil Fields Chemicals, Gulf Professional Publishing, New York, 2003
Ghalambor, Petroleum Production Engineering, A Computer-Assisted Approach, first ed., Gulf Professional Publishing, 2007

The wall system performance was also evaluated in terms of its water-tightness.
Buildings hygrothermal performance has been a subject of great demand, by construction professionals, as regards the new construction and rehabilitation.
Water tightness test The water tightness test procedure applied is in accordance with the Brazilian standard NBR 15575-4, Annex C (2013).
Figure 3 – Hydro gypsum walls for water tightness tests.
Two walls of 1360x2600x100 mm3, in masonry of solid hydro gypsum blocks (see Figure 5), were used, one with 0.1% of water repellent additive and the other one with 0.3% of water repellent additive.

Even though energy efficiency at university campuses has already aroused high attention from university administrators and professionals during recent years, this topic is still not widely admitted [2-4].
The campus is supplied with three main energy resources: 1) heating for space heating and domestic hot water, 2) electricity, and 3) fresh water.
Roturier: Analysis of electricity and water end-uses in university campuses: case-study of the University of Bordeaux in the framework of the Ecocampus European Collaboration.