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So the employment-driven effect of the SPR could be measured by the employment contribution based on Chinese Input-Output Table. 2.1 The Employment Contribution Firstly, in the light of the standards of national reserve storage engineering construction, we choose 23 relative industry sectors, such as (1)Petroleum and nuclear fuel processing,(2)Raw chemical materials,(3)Synthetic material manufacturing,(4)Chemical products manufacturing, (5)Cement and asbestos products manufacturing, (6)Refractory products manufacturing, (7)Steel rolling processing, (8)Metal working machinery, (9)Pump, valves and compressor manufacturing, (10)Other special industrial equipment,(11)Motor manufacturing, (12)PTD and control equipment manufacturing,(13) Wires, cables, fiber optic cable and electrical equipment manufacturing, (14)Electronic computer, (15)Construction, (16)Railway transport, (17)Highway transport, (18)Water transport,(19)Pipeline transport,(20)Insurance, (21)Expertise service, (22)Scientific
Eventually, we use the investment, the average wages of the 23 sectors and the data in Table 2 with the employment–driven models to count the direct and indirect employment effect, and then get the total effect, as shown in Table2, thereinto, the effects on some sectors are more obvious, such as Chemical products manufacturing, Cement and asbestos products manufacturing, Refractory products manufacturing, Metal working machinery, Pump, valves and compressor manufacturing, Motor manufacturing, Construction, Railway freight transport, Highway freight transport, Water freight transport, Pipeline transport, Expertise service, Scientific exchange and services promotion and Environment management.
The construction of SPR has great pulling effect on Computer manufacturing, Professional services and Science exchange and promotion service, so the government should encourage innovation and focus on the development of high-tech sectors to drive employment.

(2) Remarkable livable brand construction Taking “China Green City”, “China Water City” as the fulcrum, start Nanning city brand.
The city has formed good habits of stressing social morality, professional ethics and family virtue
With the rapid expansion of Nanning City, infrastructure needs covering urban transport, water supply, electricity, energy and other needs expand exponentially, and the contradiction between demand and supply is gradually reflected.

Substituting S(r) with the latent heat of fusion during solidification process, Eq. (1) can be expressed as: ( / ) [ ] [1 ( )] p s C T t K T L f T ρ δ δ ρ = ∇ ∇ + − (3) Heat is removed efficiently at the beginning of solidification by water-cooled copper chill.
Fig. 1 Schematic drawing of the finite element meshing of investment turbine blade The shell mold is mounted on a water cooled copper chill in the center of the hot chamber and preheated to a pre-determined temperature above the liquidus of the DD6 superalloy.
Shapiro, TOPAZ: A finite element heat conduction code for analyzing 2-D solids, (Lawrence Livermore Laboratory, California 1984) [7] ProCAST-The Professional Casting Simulation System User Manual, Universal Energy Systems, Inc., Ohio, 1988 [8] R.

Whatever, we also have participated in National Water Resources Competition as to Hydraulic CAD of Vocational colleges from the First to the Third and we will engage in the Forth which will be hold in GUANGZHOU City in early in December.
First of all, teachers should have high professional standards and can guide students.
We have achieved good results not only in National College of Advanced Graphics Modeling Competition and Innovation, but also in Henan Province during 2009 and 2010 in Water Conservancy Major.

., soil, groundwater and surface water) due to the release of chemicals to the environment by human activities such as industrial operations or waste management practices.
For the exposure data and the site data, some collected from contaminated site located in Beijing, some obtained from references, and others depended on the professional experiences. 3 Results and discussion 3.1 SSLs development for selected substances SSLs for 88 compounds are established for three scenario: residential, parkland/greenbelt, and inductrial/commercial land (Table 1).
I; Husain, T., Evaluation of a petroleum hydrocarbon contaminated site for natural attenuation using ‘RBMNA’ methodology, Environmental Modelling & Software, 18 (2003) 179–194 [5] National Research Council (NRC-1997), Innovations in Ground Water and Soil Cleanup:From Concept to Commercialization, National Academy Press, Washington, DC

The ingot was cast into a water-cooled copper mould with a size of 100 × 40 × 20 mm3 provided casting a cooling rate of about 15 K/s.
Specimens were prepared by mechanical grinding, polishing in colloidal silica based suspension, and anode oxidizing in water solution of 10 % (HF in H3BO4) in case of the analysis in polarized light.
The superplasticity characteristics were determined using uniaxial tensile tests on a Walter Bay 100N machine and a professional program service to control the traverse motion.

Paste compound was prepared by dilluting distilled water with powder compound by 1 to 1 weight ratio.
The micrograph images were captured using IMAPS ver 4.0 Professional Edition software, on Olympus BX 41M Microscope with magnification x50.
Water-Based Pack Carburizing Technique: A Heat Treatment Practice for Sustainable Environment.

Before bioscouring treatment the samples were washed with hot water at 100 0C in the standardized AATCC Lander-Ömeter, model M228-AA from SDL Atlas Company, United States.
After the bioscouring treatment, the samples were washed with hot (70 0C) and cold water and dried at room temperature.
The central, rotatable second order compound program has the following mathematical expression presented by Eq. 2: Y = f(x,y) = b0 + b1x + b2y + b12xy + b11x2 + b22y2 (2) For the experimental data processing the Mathcad Professional and Excel software were used, resulting the regression equations [3],[4],[5].

The test rig was realized by using a brine/water (propylene glycol/water mixture) heat pump.
Österreichische Akademie der Wissenschaften, Wien (2009) [2] Hartl M., Biermayr P., Schneeberger A., Schöfmann P., Österreichische Technologie-Roadmap für Wärmepumpen, NACHHALTIGwirtschaften, Bundesministerium für Verkehr, Innovation und Technologie (2016) [3] National Instruments, LabVIEW Professional Development System, LabVIEW 2013, 2013 [4] Klein, S.A. et al., TRNSYS 17 – a TRaNsient System Simulation program, Solar Energy Laboratory, University of Wisconsin-Madison, 2012, information on http://sel.me.wisc.edu/trnsys [5] Stutterecker W. et. al., Development of a Hardware-in-the-Loop test method for heat pumps and chillers.

According to this study, after the long-term professional training, their mechanics have become highly automatic and their actions are of high consistency.
China Water Sports. 01(2001) 28-31
China Water Sports. 04(2001)42