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Professional monitoring has been conducted, including ground surface displacement monitoring, sliding body displacement monitoring at depth, monitoring of water table, GPS monitoring and manual inspections.
The layout of the measuring points is show in Fig.1.There is 3 monitoring section line and 6 surface displacements monitoring points, those are monitoring point ZG93 and ZG118 setting in June 2003, XD1 and XD2 setting in May 2005 and XD3 and XD4 setting in October 2005.Preliminary findings from sustained monitoring was showed that Baishuihe landslide was totally get worse in stability by the impact of water storage, water table fluctuation and precipitation, which presented the deformation characteristic of retrogressive landslide with obvious sign of surface deformation and big displacement variation[4,5].
These inputs are called lagged variables and other attributes, such as precipitation ，water level and temperature that are also relevant for forecasting the series can be added in the same fashion.Fig.3 displays the whole procedure of ODM SVM regression modeling.
The deficiency of the study is that data such as temperature, precipitation and water table has not been collected completely, and the data mining process carried out only based on displacement data.
The further work is building the model considered the displacement related data such as temperature, precipitation and water table and implementing the cross prediction process, and to validate the SVM model further on accuracy and reliability.

The latex is an anionic water dispersion of a styrene-butadiene copolymer with an antifoam agent.
After mixing, several specimens (10 cm and 15 cm cubes; 10 cm x 20 cm cylinders) were moulded and stored in a conditioning chamber (20ºC/95 % r.h.) for a day, after which they were demoulded and stored in water at 21ºC until testing.
Constituents Concrete [kg/m3] Cement 448 Sand 840 Course aggregate 840 Water 224 w/c 0.50 Methodology The research was performed in two phases: the first refers to the assessment of mechanical properties of concrete with varying percentages of both additives, and the second the analysis of the microstructure by SEM and XRD.
The chitosan has fixed electrostaticaly the calcium from Portland cement (chelation), which implies lower mobility of water, thereby increasing the resistance of the interfacial transition zone, increasing the tensile strength and promoting the pore refinement by the elimination of excess water of hydration.
New York, McGraw-Hill Professional (2005)

So ADM1 can hardly be applied directly to engineering calculation and decision analysis without professional computer programs.
At beginning of the experiment, experimental sample of 1.5kg and seed sludge of 0.75kg were inoculated into reactor, then water was added to about 3L.
The temperature and flow of system was controlled at 33-37℃ and 10~12ml-1.min respectively by external circulating pool and water pump.
The water-in pump run 10min per 1h regularly.
Wu, Modifying ADM1 to include formation and emission of odourants, Water Science and Technology, 54(2006), pp.111-117

A large number of grains with different orientations formed at the interface between the initial phase of the separator and the water-cooled chill.
The equiaxed grains nucleated and grown at the water-cooling chill were randomly oriented, which was demonstrated by the test results.
A large number of nucleation occurs when the metal liquid and water-cooled crystallizer came into contact as shown in Fig. 7.
The results showed that the number of grains decreased roughly linearly as the distance to the water-cooling chill increased.
[12] ProCAST-The Professional Casting simulation system user manual, Universal Energy Systems, Inc., Ohio, 1988 [13] R.

Many industries function smoothly by dumping the waste, toxic chemicals, biodegradable products frequently in the drains, which results in clogging of drains and thus preventing the water flow from the pipes.
Pipe cleaning and inspection robot is one of the new concepts of professional service robots.

An experimental study of the Zhao He grassland soil wind erosion characteristics on the northern foothills of Yin Shan Mountain Jianqiang Chen1,2, b, Manquan Zhao*,1,a , Zhi Chen1, c 1College of Mechanical Electrical Engineering of Inner Mongolia Agricultural University, Huhhot, 010018, China 2Department of Control and Mechanical Electrical Engineering of Inner Mongolia Chemical Engineering professional College, Huhhot, 010010, China a nmgzmq@yahoo.com.cn, b chenjianqiang228@163.com, c chz6653@sohu.com *Corresponding author: Manquan Zhao Key words: test, wind erosion characteristics, sustainable development Abstract.
Taking the grassland of the experimental base of water and soil conservation ecological inspection of the Pastoral Water Conservancy Scientific Research Institute to be subordinated to the Chinese Academy of Water Conservancy, the Chinese Ministry of Water Conservancy as the target of the study, the wind speed variation law and soil wind erosion rate and so on have been determined at different wind speed under different arrangement of different moisture content and different vegetation coverage of ground surface.
It is suggested based on the testing result that the number of grazing times and the number of herd of livestock should be lessened as far as possible during the dry season of winter and spring to avoid the shriveled vegetation being excessively trodden, even during the summer and autumn, the times of grazing and the number of livestock herd should also be properly limited for the sustained utilization and development of water source and pasture.
Zhao Guangcai, Zhang Wen: Water and Soil Conservation Journal Vol. 19(1) (2005), p. 28-31.

LEED has an integrated system, the entire system include professional certification, providing services support and training, implementation of third-party verification and so on, its development is completely controlled by market freely (or “free market”), also does not have any mandatory.
In the categories: the weight of three categories such as Sustainable Site, Water Efficiency, Energy and Atmosphere are all increased, Energy and Atmosphere have the biggest rise, which can shown that LEED have more attention to energy, source, pollution and sustainable development.
Table 2 The score changes of various categories from LEED version 2.2 to 3.0 1, Sustainable Site (14points→26 points) 2, Water Efficiency (5 points→10 points) 3, Energy and Atmosphere(17 points→35 points) 4, Materials and Resources(13 points→14 points) 5, Indoor Environmental (15 points→15 points) 6, Innovation in Design (5 points→6 points) 7, Regional Priority (0 point→4 points) Total (69 points→110 points) Fig.1 The weight of various categories between LEED3.0 and LEED 2.2 2.2 The comparison between the two versions on the content changes of various categories criteria
(2) The comparison on Water Efficiency: The weight of the category from 7% of version 2.2 to 9% of version 3.0(the score changed from 5 points to 10 points), the weight increased slightly.
In the content, it added a prerequisite of water saving, the aim is to make a minimum standard requirement on water saving, and the category of version 3.0 sum up the scattered subentry of version2.0, main content and standard did not change, the score of each subentry all doubled, which lead the assessment of water saving more quantitative

Various meteorological disasters (typhoon, storm, flood, low temperature, etc.) will change the environment of water aquaculture and cause great economic losses to aquaculture.
According to aquaculture’s demand for meteorological information service, the system takes aquaculture in Zhanjiang as the research subject to develop the aquaculture GIS electronic map, construct the professional database of aquaculture, collect and sort out the basic geographic information of aquaculture and finally realize the functions of basic information query and space analysis in aquaculture industry, the GIS-based meteorological information monitoring and warning, disaster management, spatial analysis and visualization of meteorological data.

Therefore, water washing is a simple and effective method to solve the pre-pollution of fresh tea leaves.
According to research reports, water washing technology has been used in tea processing in China.
In order to reduce the test error and ensure the scientific validity of the test, it is necessary to strictly control the use time, dosage, procedure and mechanical equipment in the process of tea sample preparation, and strictly control the same sampling method, sampling quantity and detection method in the process of project detection. 2.5 Test Methods 2.5.1 Determination of Indicators for Cleaning Water Samples of Fresh Leaves Water samples for testing: Drink tap water, mix and mix fresh leaves before cleaning, then take water samples Q1 before cleaning, and water samples Q2 after cleaning fresh leaves after mixing and mixing.
Detection of tea water extract: Total method GB/T8305-2002[24].
Experiment on Improving the Quality of Summer Green Tea by Hot Water Soaking [J].

Introduction Consider the flow of water through a porous and saturated medium (e.g. the soil), where a certain mass of a contaminant is found.
Then, the concentration of this contaminant in water decreases.
Ogata, A Numerical Inversion of the Laplace TransformSolution to Radial Dispersion in aPorous Medium, Water Resources Research. 17(1) (1981) 250-252
Zhan, On different numerical inverse Laplace methods for solute transport problems, Advances in Water Resources. 75 (2015) 80-92
Banks, A Solution of the Differential Equation of Longitudinal Dispersion in Porous Media, Geological survey professional paper 411-A.