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Based on the airline network, water network, railway network and motorway network, take the main road of the city as the distribution road system, build Yunnan logistics transport platform with highway main hub for freight stations, railway freight stations, airports, water freight stations systems, distribution system, to form integrated transport system including roads, railways, waterways and air.
Construction of four-level logistics distribution system Choose a reasonable layout, and radiate a wide area, well functional transportation hub terminal and wholesale markets, upgrading into a modern high-class wholesale markets, logistics distribution center, form integrated logistics network with professional high-class wholesale and logistics distribution center .
Select a number of storage enterprises, and large specialized wholesale markets with good condition, good location as pilot projects, upgrading into professional modern large-scale logistics distribution centers.

Background Information From ocean bed to road bed, from foundations on soft soils to land slide control, from waste disposal site to water reservoir, Geo-synthetics have found an important place for themselves in engineering and construction projects.
No Description Particulars 1 Field density 1.636 g/cc 2 Water content 3.33% 3 Specific Gravity 2.56 4 Grain Size Analysis Gravel 0.2% Sand 96.8% Silt and Clay 3% 5 Classification SP 6 IS Light Compaction OMC 14% Maximum Dry Density 1.8g/cc 7 CBR at OMC 2.11 Table 2: Typical Range of Properties for Geo-textiles Properties Particulars Physical Properties Specific Gravity 0.9 - 1.7 Mass per unit area 135 – 1000g/sq.m Thickness 0.25 – 7.5mm Stiffness 0 – 25000 mg-cm Mechanical Properties Tensile strength (grab) 0.45 – 4.5 kN Tensile strength (wide-width) 9 – 180 kN/m Confined tensile strength 18 – 180 kN/m Seam strength 50 -100% of tensile Cyclic failure strength 50 -100% of tensile Burst strength 350 – 5200kPa Tear strength 90 – 1300N Impact strength 14 – 200 J Puncture strength 45 – 450 N Friction behaviour 60 -100% of soil friction Pullout behaviour 50 -100% of soil friction Hydraulic Properties Porosity (non woven) 50 – 90% Percent open area (woven) 0 – 36 % Apparent opening
[4] You-Chang Hu, Hai Song and Zheng-Jun Zhao (2009), “Experimental Study on Behavior of Geo-textile-Reinforced Soil”, Ninth International Conference of Chinese Transportation Professionals (ICCTP)

Chemistry can contribute to solving challenges in many fields, such as renewable energy and energy efficiency, water use and sanitation, renewable resources, healthcare, nutrition, quality control of production chains, process (re)design, and catalysis [3].
Some questions in theoretical examination are listed below: （1） In the process of experiments, concentrated lye soaked to the skin accidentally, immediately rinse with plenty of water, and then apply boric acid solution. (√ ) （2） Colorful fireworks bring joy to people, of which red caused by strontium salt, green caused by copper salts, purple caused by potassium salt.（×） （3） In "SARS" period, people often use the "84" solution's main component is（ B ） A．NaCl B．NaClO C．H2O2 D．phenol （4） The material caused salt deliquescence is（ D ） A．KCl B．Na2SO4 C．AlCl3 D．MgCl2 （5） Common food packaging material is（ A ） A．polyethylene B．
Wu Hongyang took his biological professional advantage major and cooperated with Wang June to study the reduction of chloride ion concentration in fulvic acid by the methods of biological semi-permeable membranes and colloids gel.
Many non-chemistry professional students melt their expertise into the project and achieved good results.

Select measure points and experiment instruments Select five kinds of underlay in the test area: floor tile, grassland, concrete ground, permeable brick ground and water.
From the professional software Image Processor Pro II, we can read the bright temperature on the infrared image.
Then analyze the correlation between the two kinds of temperature of floor tile, grassland, concrete ground, permeable brick ground and water.
Fig. 13 The linear relationship between the two kinds of temperature of water Fig. 13 shows that the linear equation to the water is: Ta = 0.9965 Ts - 0.6392
The two kinds of temperature of water have a high-grade linear correlation.

Compared with traditional irrigation methods, crop water use efficiency of 22.6% Introduction Water shortage is a bottleneck restricting the development of arid zone agriculture, and precision irrigation is an effective way to achieve the sustainable development of dryland agriculture.
With the situation growing shortage of water resources in China, the increasingly widespread application of information technology in the field of agriculture [1], research and promote the use of intelligent water-saving irrigation will be an important direction for future agricultural development in arid areas.
In this paper, the ZigBee wireless communication technology-based research arid zone intelligent irrigation key technologies, in order to improve the diagnostic accuracy of the irrigation water deficit, intelligent level and irrigation water use efficiency.
The laying program of water pipes Layout of piping take main drains and sub-drains water.
NET development server side functionality, the use of C + + component development component of the professional program.

Investigation on the Optimization of the Synthesis Processes of Morpholine from Residual Liquid of Morpholine Industry WANG Lei1, a, XIAO Peng1, b 1 Jilin College of Professional Industry and Technology, China, jilin a wanglei03@163.com,b xp0614@163.com Keywords: industrial morpholine residual.morpholine. hydrolysis reaction.catalyst.
Morpholine residual liquid and water were mixed and putted into a beaker, and after adding the catalyst, the beaker was placed into the 500 mL high pressure reactor.
The effect of the volume ratio of materials on reaction Residual :water/V:V 1:0.8 1:1.2 1:1.6 1:2.0 Yield rate/% 15.3 19.8 21.2 22.3 The results exhibited in Table 2 indicated that the increasing of water volume promotes the reaction.
But when the volume ratio of water to residual liquid exceeded 1.5, the increase of yield rate of reaction became limited.
Based on the experimental data, It is suggested that 1:1.2 is the best volume ratio of residual to water.

But most of them were comprehensive utilization of industrial solid wastes, the technology which utilized industrial waste gas and water comprehensively developed slowly, the utilization rate of waste gas and water was lower.
Firstly, water environment went from bad to worse.
In 2008 the total emission of waste water was 7.47 hundred million tons, among them the industrial waste water emission was 2.29 hundred million tons, most of them were discharged directly without being treated, the security of drinking water was threatened, the ecological water was shortage.[4] Secondly, the atmospheric environment was unpromising.
The development of comprehensive utilization field of resources needs advanced technology, professional talent and abundant capital, it is not enough to rely on Xinjiang's own strength and existing foundation.
It not only needs to have a high quality, professional and strong technical team, but also more needs some special funds for security.

.; structural engineers are usually pay more attentions to optimization of structural system, material selection and other aspects of sustainable structure design; yet mechanical engineers are considering from conservation of energy, water and other materials to achieve sustainable demands.
Based on the organization model above owner invites one or more professional contracting agencies or consultants with strongly specialized ability to charge sustainable design management work.
The design task with technical monopoly should be separated, to reduce the technical difficulties and risks of monopoly contents, in order to ensure high-quality professional services.

The review results can help engineers, researchers, and wastewater treatment professionals to find the best corrosion inhibitors for various municipal wastewater applications, increasing the sustainability and efficiency of wastewater treatment processes.
Water, 2021. 13(24): p. 3480
Water, 2023. 15(19): p. 3344
Water Research, 2022. 220: p. 118629
Water, 2020. 12(2): p. 495

Zhang Jizhou [10] made a circulated freezing-thawing test on three rocks in two water chemistry environments (saturated distilled water, and soaked and corroded with nitric acid solution of 1%), finding the freezing-thawing damage to rocks was more much more severe under the acid condition than that under the pure water chemistry condition.
Testing study on macroscopic mechanics effect of chemical action of water on rocks [J].
[16] The Professional Standards Compilation Group of People’s Republic of China.
SL 264-2001 Specifications for rock tests in water conservancy and application[S].
Beijing: China Water Power Press, 2001.