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The systematization and disclosure of information about the treatment techniques of rising damp, in the form of files / catalogue allows professionals, technicians and students instant access to the most relevant information on this matter.
The treatment techniques of rising damp usually used are based on four principles of intervention: Stop the access of water to the walls; Remove the excess of water in the walls; Stop the ascension of water in the walls and Concealing anomalies.
Stop the access of water to the walls - In order to stop the access of water to the walls, peripheral drainage may be a possibility.
Ventilating the Wall base - Creating ventilated peripheral channels, in addition to diminishing water contact with porous walls, increases the evaporation of absorbed water.
The files of the treatment techniques of rising damp are grouped according to their intervention principle: prevent access of water to the walls, remove the excess water in the walls, stop the ascension of water in the walls and concealing anomalies.

Therefore professional information provided to the public concerning their harmful impact not only on construction materials but also on human health, is very necessary.
The survey of the object revealed many places (practically in all open areas of the ground floor) with traces of intense ingress of water through peripheral constructions (mainly the ceiling), some places include biological stains (mildew) and deteriorated coating.
In both cases we can conclude that direct infiltration of rain water into the construction is the primary source of excess humidity.
Conclusion The primary reason for mildew occurrence on the indoor surfaces in the examined rooms is the infiltration of moisture caused by rain water during the reconstruction of the roof.
After stopping the ingress of water, apt handling of surfaces aimed at mildew removal and proper usage of the inner rooms with respect to temperature-humidity mode, further occurrence and spreading of mildew can be prevented.

The concentration of inhibitor was used of 15, 20, 25 and 30 g/ 350 mL of water.
Water-based drilling fluids were prepared with and without adding potassium citrate clay expanding inhibitor.
The low FV value obtained for this fluid is due to the addition of filtrate reducers used in its composition: starch (12 g/350 mL of water), CMC LV (3.5 g/350 mL of water) and calcite (25 g/350 mL of water).
Peng, Filtration properties of water based drilling fluids.
Caenn., Composition and properties of drilling and completion fluids, sixth ed., Gulf Professional Publishing Company, Houston, Texas, 2011

Watt-hour meter, water meter, gas meter and other meters from the factory, calibration, installation, every process need to add seal to identify the status of controlled, confirm whether the measurement instruments are calibrated or damaged artificially, and ensure the accuracy and fairness, without causing harm to the state and the user.
Aluminum alloy seal manufacture with professional equipment, professional production process (as shown in fig.5), cavity die extrusion molding.
We both aluminum alloy seal is according to the meter measuring seal, the anti-counterfeiting pry proof characteristics for watt-hour meter, water meter, gas meter and other meters seal requirements.
Water Resources and Power. 2012,30(10): 183~185

Because of the destructiveness of liquefaction, professionals, planners and engineers have sought mitigative measures to reduce damage from this unwelcome occurrence.
Saturated sand and saturated silty soilwith the following conditions can be considerednon-liquefaction or without thinking about the affection of liquefaction. 1)The geological time is late quaternary or before, it can be thought ofnon-liquefactionwith seismic intensity of 7and 8. 2)When the clay content of silt - the particle diameteris less than 0.005mm- is 10 with seismic intensity of 7, 13 with seismic intensity of 8, and 16 with seismic intensity of 9, it can be identified asnon-liquefaction. 3)When the overlying formations and the ground water depth of structureswhich are located on shallow buriedfoundationsmeet any of the following criteria,such as Eq. 1 ,Eq. 2and Eq. 3, the affection of liquefactioncan be ignored
(1) (2) (3) is theground water depth, it is suitable to usethe highest average valuein design benchmark period; is the thickness of overburden, it is proper to deduct thesilty and muddy-siltyoverlay; is the embeded depthof foundation, assigning it a value of 2 when it is less than 2; is the characteristic depth of liquefiable soil, it could be fetch its value in accordance with Table1.
Liquefiable soil in the range of 20m should fulfil the following requirement showed in Eq. 4: (4) Table 1.The characteristic depth of liquefiable soil (m) Saturated soil category Intensity of 7 Intensity of 8 Intensity of 9 Silt 6 7 8 Sand 7 8 9 The criticalitynumber of standard penetration in the range of 20m can be calculated according to Eq. 5: (5) is the criticalitynumber of standard penetration test; is the baseline valuesof standard penetration test, takeing values based on Table2; is the depth of standard penetration point for saturated soil; is theground water depth; is the clay content, assigning it a value of 2 when it is less than 2 or it it sand soil; is the adjusting coefficient, it is 0.8 in the first group, 0.95 in the second group, 1.05 in the third group.

However, the exposer to radiation poses potential risks to both patients and healthcare professionals.
Glass code Glass Chemical composition Bi0 70P2O5: 15NaF: 5ZnF2: 10AlF3: 0Bi2O3 Bi3 67P2O5: 15NaF: 5ZnF2: 10AlF3: 3Bi2O3 Bi6 64P2O5: 15NaF: 5ZnF2: 10AlF3: 6Bi2O3 Bi9 61P2O5: 15NaF: 5ZnF2: 10AlF3: 9Bi2O3 Bi12 58P2O5: 15NaF: 5ZnF2: 10AlF3: 12Bi2O3 Bi15 55P2O5: 15NaF: 5ZnF2: 10AlF3: 15Bi2O3 The density (ρ) was determined using Archimedes', by measuring samples in both air and water.
The measurements were taken with a microbalance, and the density was calculated using appropriate formula. (1) [11] ρglass=WaWa-Wb×ρwater (1) where ρglass is density of glass (g/cm3), Wa is weight in the air (g), Wb is weight in water (g), and ρwater is density of water (1.0000 g/cm3).

Establishing tourism environment detection system, listed the variety factors and indicators that easily make influence on the environment, such as: vegetation, animals, water, air, and so on.
On this basis, summed up the protection measures of water resources, atmospheric environment, geomorphology environment, soil environment, sound environment and forest resources.
Changing of hotels and restaurants and other service industries emissions Human impacts Attractions damage Changing of attractions of the building and area Cultural change Changing of non-material cultural heritage Ecological resources and environment protect measures Water Resources Protection.Protect and construct river basins and lakes and other natural water environment nearby the scenic spots.
Prohibit industrial and mining enterprises and residents living aquatic drain pollute water to scenic water environment.
Eco-tourism area management research has been more systematic, detailed, professional, and not only how to stay in the development and construction of the ecological level, it is changing from develop management to protect management.

The project team (made up of professionals and managers from Group B) carried out discussions and worked out the weightings for the three factors, which are 0.462, 0.462 and 0.076 separately.
The following aspects are considered to calculate the cost of supply chain in this case, · Taxes, · Customs cost, · Environmental protection costs, · Labor cost, · Logistics cost (which includes the warehouse cost in plant, cost of distribution centers and the transport cost), · Production cost, · Land cost, · Energy cost, · Water cost, · Waste disposal cost, · Total inventory cost, · Building costs.
Table 3: Basic data for the evaluation of quality Basic data S01 S02 S03 S04 S05 S06 Unit Number of qualified local 3PL 5 12 2 7 15 5 Number of people aged between 18 and 60 years old 665,5 4200 3200 2200 9180 4500 103 Number of local research institutes / colleges / universities 1 7 19 49 60 11 Number of cultural infrastructure (cinema, theater, museum) 26 110 15 49 494 100 How many health care facilities are located at this site (clinics, hospitals, emergency service organization) 173 700 636 746 2571 345 Average housing costs (using area = 100m2) 300 650 400 600 2000 700 103￥ Total crime rate 0,15% 0,28% 0,25% 0,20% 0,10% 0,26% Pro 104 Power price 0,698 0,63 0,48 0,8 0,61 0,6 ￥/kw Gas price 3,3 2,52 2 2,7 3,58 5 ￥/m3 Water price 2,35 3 1,62 1,9 1,55 1,55 ￥/m3 Waste water treatment price 0,9 1,15 0,6 0,8 0,7 1,05 ￥/m3 Waste disposal price 0,8 1 1 1 1 2 ￥/t.

Serious environmental pollution in recent years, the city's environmental assessment of the project for the construction of very strict, but for small towns from management and inadequate funding aspects, it is impossible to meet stringent environmental requirements, often directly harmful gases and wastewater discharge, causing serious air, water and soil pollution, to the production and living near the village of causing great harm.
Small towns in rural community planning and construction of the road has a long-term, complex, multi- faceted, determines the levels of local leaders and rural planning and construction professionals to be consistent, there is now "the next government, a plan" phenomenon, no form a perfect "government decision last evaluation mechanisms" and "the continuation and development of the new government coordination mechanisms" , especially in the areas of traditional agricultural production, local government and related planning and construction units do not have a clear understanding of the rural and urban settlements compared to the presence of relatively dispersed population live, basically there is no public transport, farming requires farmers farming issues reasonable radius.
Small towns in rural communities have a better urban environment system, you can get environmental benefits, agriculture, business, sustainable spatial development of urban facilities to avoid shortage of land and water resources, loss of resources and environmental pollution increase, eventually leading to the living environment deterioration in the quality of such phenomena.
Such as: critical infrastructure ( water, electricity, heating, transportation, waste disposal, health care, gas, etc.) supporting level, to enhance the absorptive capacity of the small town and the bearer capabilities of rural communities.

OVERVIEW Feng-shui (literally wind and water), Chinese geomancy, emerged gradually over thousands of years.
The Chinese characters for feng-shui, can be directly translated as "wind" and "water", To avoid wind and to have water is the basic premise in feng-shui site selection.
Yet most professional designers have little understanding of the methods of these traditional practitioners of the art.
The whole water network consisting of these streams also protects the city from flooding by releasing storm water.
Thus, water becomes the soul of the city.