Phosphate is a used as a surface treatment method which is used for various purposes in the industry. In this case, Phosphate coated wire is used in the processes to achieve a desirable outcome. The reason to why Phosphate coated wire is used in the production process is because Phosphate acts as an accumulator, where it stabilizes the lubricant on the surface of the wire. Lubrication is important because it plays a major role in the roll quality and characterizes important benefits regarding the outcome.Currently, SKF has to wash away all Phosphates residues after extrusion process in an operation called tumbling. The main reason for this is simply because the surface has to be completely free from lubricants and coatings till the next step of process.

Phosphate is a used as a surface treatment method which is used for various purposes in the industry. In this case, Phosphate coated wire is used in the processes to achieve a desirable outcome. The reason to why Phosphate coated wire is used in the production process is because Phosphate acts as an accumulator, where it stabilizes the lubricant on the surface of the wire. Lubrication is important because it plays a major role in the roll quality and characterizes important benefits regarding the outcome.Currently, SKF has to wash away all Phosphates residues after extrusion process in an operation called tumbling. The main reason for this is simply because the surface has to be completely free from lubricants and coatings till the next step of process.

Phosphate is a used as a surface treatment method which is used for various purposes in the industry. In this case, Phosphate coated wire is used in the processes to achieve a desirable outcome. The reason to why Phosphate coated wire is used in the production process is because Phosphate acts as an accumulator, where it stabilizes the lubricant on the surface of the wire. Lubrication is important because it plays a major role in the roll quality and characterizes important benefits regarding the outcome.Currently, SKF has to wash away all Phosphates residues after extrusion process in an operation called tumbling. The main reason for this is simply because the surface has to be completely free from lubricants and coatings till the next step of process.

This paper deals with the question of when hill forts ? or enclosed mountains ? were built and to what purpose, by examining two enclosed mountains (RAÄ 78 and 79) in Grödinge parish in the province of Södermanland. A Phosphate analysis was conducted to trace anthropogenic activities. The analysis showed only a slight elevation of Phosphate content in the soil. A histogram indicated that the elevations were not normally distributed, which could suggest that they were caused by anthropogenic activities.

Phosphate is a used as a surface treatment method which is used for various purposes in the industry. In this case, Phosphate coated wire is used in the processes to achieve a desirable outcome. The reason to why Phosphate coated wire is used in the production process is because Phosphate acts as an accumulator, where it stabilizes the lubricant on the surface of the wire. Lubrication is important because it plays a major role in the roll quality and characterizes important benefits regarding the outcome.Currently, SKF has to wash away all Phosphates residues after extrusion process in an operation called tumbling. The main reason for this is simply because the surface has to be completely free from lubricants and coatings till the next step of process.

Phosphate is a used as a surface treatment method which is used for various purposes in the industry. In this case, Phosphate coated wire is used in the processes to achieve a desirable outcome. The reason to why Phosphate coated wire is used in the production process is because Phosphate acts as an accumulator, where it stabilizes the lubricant on the surface of the wire. Lubrication is important because it plays a major role in the roll quality and characterizes important benefits regarding the outcome.Currently, SKF has to wash away all Phosphates residues after extrusion process in an operation called tumbling. The main reason for this is simply because the surface has to be completely free from lubricants and coatings till the next step of process.

Eutrophication of lakes and streams are nowadays a well known environmental problem and implies an enrichment of the nutrients phosphorus (P) and nitrogen (N). Phosphorus is considered to be the most important component for the growth of aquatic plants and leads in too large quantities to an intensification of growth. Phosphate (PO4) is the fraction of phosphorus that can easiest be taken up by plants and thus have the greatest impact on eutrophication. Increased plant growth in lakes and unfavorable conditions for aquatic animals are two examples of negative consequences. A significant portion of the increased nutrient supply to nearby water can be derived to Phosphate leaching from agricultural areas, where private sewers and agriculture is two main sources.

This paper deals with archaeological prospecting for the purpose of finding a prehistoric settlement in Alsike hage, Alsike parish, Uppland. The methods being used are soil Phosphate analysis, electromagnetic survey and settlement analysis. Two 20x20 meters areas have been prospected. As Alsike hage contains several late Iron Age burial fields, large splendid zones for settlement location, closeness to water as well as farmland there was a hope of locating remains of prehistoric settlement in the area. None of the prospected areas showed any distinct evidence of settlement remains.

The focus of this study was to examine the nutrients and benthic organisms of the bay ?Mönsteråsviken?, which is influenced by eutrophication. The purpose was also to look at an interesting gradient forming in the bay, namely the distance from the river outflow of Lillån. At 18 sampling sites in the bay samples of water, sediments and benthic organisms were collected in late April of 2011. The water was analyzed for nitrate, Phosphate and chlorophyll.

The focus of this study was to examine the nutrients and benthic organisms of the bay ?Mönsteråsviken?, which is influenced by eutrophication. The purpose was also to look at an interesting gradient forming in the bay, namely the distance from the river outflow of Lillån. At 18 sampling sites in the bay samples of water, sediments and benthic organisms were collected in late April of 2011. The water was analyzed for nitrate, Phosphate and chlorophyll.

Eutrophication is an environmental problem that affects more than ten percent of Swedish lakes. Excess nutrients increase the growth of algae, and cause major problems in the ecosystem through oxygen-free bottoms, fish kills, and at worst dead bottoms. Agriculture accounts for 44% of human emissions of phosphorus to lakes and rivers. Leaching occurs of particle bound phosphorus and of dissolved Phosphate. The amount of Phosphate in the soil solution that may be leached is partly due to the prevailing pH in the soil solution. The purpose of this study was to investigate how the relationship between Phosphate solubility and pH was affected by liming.

The Earths climate is changing at a higher rate, i.e between 1861 and 1994 the annual mean temperature in Scandinavia increased with 0,68º C and according to recent climate models the annual mean temperature is likely to rise with another 3º C during this century.A warmer climate in many ways is associated with changing conditions for lake ecosystems. An expected higher water temperature and a stronger summer stratification of the water column increases the risk of anoxic conditions at the lake bottom. Thus anoxic conditions are likely to cause a Phosphate leakage from the sediment, i.e. a higher internal loading of Phosphate.In this project, the extremely warm summer of 2002 has been used as an example for a possible scenario for a future climate. By comparing levels of phosphorus in the summer of 2002 with a ten-year median value, a phosphorus related sensitivity to climate change has been analyzed for 55 Swedish lakes.

This essay discuss if Bronze Age cult houses were present at Gotland during the Bronze Age. Bronze Age cult houses are a well know phenomenon on mainland Sweden but because of inventory problems no Bronze Age cult houses have been found on Gotland. The main reason for the inventory problems are the Iron Age house foundations that are present in a large number on Gotland, the cult houses and the Iron Age houses have some design details that makes them difficult to separate from each other. In this essay a number of criteria are presented to help separate cult houses from the Iron Age house foundations. Three criteria?s regarding cult houses on Gotland is also presented in this essay.Two house foundations that PhD student Joakim Wehlin, University of Gothenburg and Gotland University, found in Vallstena parish, Gotland, are presented in this essay.

Joakim Schyman, 2009. Den gotländska vikingatida bebyggelsens rumsliga placering ilandskapet - En empirisk detaljstudie av Hemse socken (The spacial distribution of the VikingAge settlements on Gotland ? An emperical study of remains from Hemse Parish.)This essay investigates whether a relation between Viking age graves and Viking agesettlements in Hemse parish can be found. This was done by using database information onViking age findings, such as silver hoards, Phosphate levels and location of graves in Hemseparish. Literature and maps were also used.

Large amounts of phosphorus (P) are lost from the arable land due to water erosion. Both phosphorus attached to particles and dissolved phosphorus (mainly Phosphate) are transported away with drainage-water and surface runoff. Good soil structure is important in minimizing these losses. In this study, soils from 50 fields were analysed with respect to aggregate stability as measured by dispersion of clay together with the content of total phosphorus (TotP), particulate phosphorus (PP) and Phosphate phosphorus (PO4P) in the water phase. All soils were clay soils with clay content varying between 21 and 54%.