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Green construction refers to the construction process that in the precondition of the basic requirements of quality and safety and so on, through scientific management and technological progress to maximize the conservation of resources and reduce the negative environmental impact of construction activities and achieve energy-saving, land, water, materials and environmental protection.But in real life, in order to achieve the construction time not harass the people and damage the environment is not possible if not very good planning.
In the high-rise reinforced concrete shear wall and frame structure construction, the roof template construction of high-rise structure engineering still use bamboo glue formwork or multilayer board with primary and secondary wood keel with the bowl frame forming roof formwork support system to meet the water demand with the further construction mechanization degree and fine management.the normal construction generally need three layer turnover materials to meet the water demand(that is bamboo glue formwork, bowl rack, secondary keel wood)especially timber, because the actual need of building construction (size does not fit) part of overlap coefficient or wood to be truncated which will increase the amount of loss and the board can utilization rate is very low, so resulting in a large waste of wood.
In August 2010, the project applied to the Hawthorn home 1 #, 2 #, 3 #, 4 # Building Project, and was a complete success, the construction is simple and does not require professional operators, safety, construction progress is quickly,make the construction ahead of schedule to complete about 30 days.

Deionised water was used throughout the experiments. 2.2 Methods 2.2.1 Synthesis The amine functionalized CoFe2O4 and NiFe2O4 nanoparticles were prepared by thermal decomposition method as reported elsewhere [23].
This procedure, as compared with our earlier techniques of synthesis, is found to yield reasonably stable dispersions in water. 2.2.2 Characterization X-ray diffraction patterns of the dried powder samples were recorded on a Rigaku Ultima IV diffractometer equipped with Cu/Kα radiation at a scanning rate of 2o/min in the 2θ range of 20 to 80 degrees (λ = 0.15405nm) (40 kV, 40mA).
Blood samples were collected from healthy donors through venepuncture by a qualified professional, using disposable materials throughout the procedure.
UV-Visible spectra of the CoFe2O4 and NiFe2O4 nanoparticles dispersed in water are compared in Fig (4a & b).

It makes real-time and automatic polling of the dispatching automated systems and key network nodes, and timely detects the network anomalies according to the response. [5] It monitors the operating conditions of the links between the important network devices, network management system in the network and the professional network management and network elements, and if it finds the faults, it will display the alarm information at the system alarm window and store it in the system log.
The water leakage detection function The water leakage detection function is to detect in real time the water leakage of the pipes and joints of the air conditioning system in the automated computer room and the power grid control center computer room, and make automatic alarm.

Professional engineers are required in the process of installation, integrated wiring construction and post-commissioning of a relatively complete smart home system.
In this layer, intelligent terminals can manage household equipments, such as security sensors, smart meters, water meters, ammeters and so on.
Household equipments layer: a variety of security sensors, smart sockets and smart three tables (water, electricity and gas meters) are installed in all households, connected with intelligent terminal through a wireless network.
Users can also view the "three table information," which includes the real-time data of electricity, water, and gas meters.

Mahajan2,e aDepartment of Physics, Madhyanchal Professional University, Bhopal, India,462044 bDepartments of Applied Physics, Samrat Ashok Technological Institute, Vidisha 464001, MP, India arenukabairagi2689@gmail.com, b*ansarigf@rediffmail.com, ckkankitsolanki@gmail.com, dyaseenlone786@gmail.com, esachin_k_mahan@rediffmail.com Keywords: Frequency upconversion; photoluminescence; lanthanide ions ; energy transfer.
Taking distilled water as the immersion liquid, the following equation was used to evaluate the density measurement: d = w1w1-w2 ×d1 (1) where w1 is the weight of sample in air, w2 is the weight of sample in distilled water, and d1 is the density of distilled water[20].

The flood accident includes two kinds of accidents: flooding accident, collapse of water and plup accident.
Statistics of 22 massive colliery mine blasting accidents in Guizhou province show that the number of blasting member without license and non-professional staff reaches 86.4%.
Analysis of unsafe acts of blasters Among the 133 massive colliery accidents of coal mine blasting, 72 accidents were caused by blasters , after analysis these accidents(refer with: Table 1), finding the frequency of all the unsafe acts of blasters from high to low is: open fuse(electric)blasting, ignore omen, not using qualified taphole mix(coal cinder, loess), not using qualified explosive, burden deficiency, blasting in a condition of not understanding coal face(hydrogeology conditions), sealing clay deficiency, not using qualified blasthole(dip angle, spacing), blasting busbar bare drain, not using qualified water stemming, not sealing, Overcharge, reverse blasting(under the state of excess of gas concentration), not using qualified exploder, unfavorable blocking of boreholes, using the exploder in unsafe conditions, improperly using exploder, and improperly connecting blasting bus.
Table 1 Unsafe Acts of Blasters num unsafe acts of blasters f num unsafe acts of blasters f 1 Not using qualified taphole mix(coal cinder, loess) 5 10 Blasting in a condition of not understanding coal face 5 2 Not using qualified water stemming 3 11 Improperly connecting blasting bus 1 3 Not using qualified explosive 5 12 Not using qualified blasthole 4 4 Open fuse(electric) blasting 13 13 Improperly using exploder 1 5 Overcharge 3 14 Reverse blasting 3 6 Not using qualified exploder 2 15 Sealing clay deficiency 4 7 Unfavorable blocking of boreholes 1 16 Using exploder in unsafe conditions 1 8 Burden deficiency 5 17 Blasting busbar bare drain 4 9 Ignore omen 9 18 Not sealing 3 Note: f stands for accident frequency 5.

Shlyapin Federal State Budgetary Educational Institution of Higher Professional Education "Moscow Polytechnic University", Moscow, Russian Federation 6883412@mail.ru Keywords: Aluminum, oxides, alloys, molybdenum, vanadium, zirconium, chemical dispersing Abstract.
The resulting precipitate was washed with distilled water and filtered by vacuum filtration.
%Mo T=1200[ºC] Gibbsite Al(OH)3 86   Corundum Al2O3   240.3 Powellite CaMoO4 33 92.5 It is seen that the main crystalline phase is gibbsite (α - Al2O3 · 3 H2O) being the powdered sample after chemical dispersion, and there is also 1% vol. molybdate of calcium, the appearance of which, apparently, is connected with the interaction of the powder with the calcium present in the water.
In powder samples made of Al-Mo alloy after chemical dispersion main crystalline phase is gibbsite (α - Al2O3 · 3 H2O); there is also 1wt.% of calcium molybdate, the appearance of which is apparently connected with the interaction of the powder with calcium present in water.

All samples were stored on supportive plates in water (ISO 3696:1987, Grade 3) at 37 ± 2 ํC for 24 ± 2 h, and the supportive plate was removed while maintaining the extended condition of the sample and immediately placed in water at 23 ± 2 ํC for 30± 2 s.
They were taken out of water and transferred without relaxation on the test rod, and positioned apart at 3x ID.
Levine, Latex Allergy: A Review For The Dental Professional.

They were then washed five times with sterilized deionized water before cell seeding.
Antimicrobial nanomaterials for water disinfection and microbial control: potentialapplications and implications, Water Res. 42 (2008) 4591-4602
Brook (Eds), Chapter 11: Equilibrium Diagrams, Reed Educational and Professional Publishing Ltd., 1992

In this process, advanced foreign technology was introduced and GIS technology and methodology and water related professional theoretical knowledge was used to establish a mathematical model of Kunming's underground drain pipelines.
Meanwhile, further water-related data will be collected and managed to provide scientific, rational and objective decision support for the urban storm water and foul water diversion reconstruction, urban flood control, and water-related planning and management in Kunming.
That is to say, it is possible to make scientific and rational evaluation on various proposals for storm water and foul water diversion of underground drain pipelines.
Storm water management model, version [5] Liong S Y, Chan W T.
[J] Water Supply and Drainage, 2008 (5), 106-109 [7] Wastewater Planning Users Group.