As, Norway

Ammonium nitrate (NH NO, also known as Norway saltpeter ) is mainly used as a fertilizer. It is also known as the chemical that was mixed with diesel fuel to create the explosion that demohshed the Murrah Federal Building in Oklahoma City in 1995. 

SINTEE. 1997. Flandbook for Fire Calculations and Fire Risk Assessment in the Process Industry. 3rd Edition. SINTEF - NBE. Scandpower AS, Norway. 

In spite of the effects of cold storage on fish quality, how fish are handled from the time of harvesting dramatically affects palatability. Countries such as Norway and Iceland have strict handling procedures, mandated by law, which has... 

The protein-based control samples used were Quality Serum, Abtrol, Nortrol and Select-ion Electrolyte Controls (level high, normal, low) supplied by Thermo Fisher Scientific, Finland, and Seronorm (Human), Pathonorm L and H by Sero AS, Norway. Water-based Calibrators (Cal 1, 2 and 3) were provided by Thermo Fisher Scientific, Finland. 

The technology to do so already exists, as Norway s Statoil has used it for years at its natural-gas wells in the North Sea. The sequestered carbon can be pumped underground, under the sea or mineralized for burial. It can also be used by oil and gas companies to force oil out of wells. However, the process of sequestration is extremely expensive, adding as much as 50% to the overall cost of a coal plant. 

The 2 x 128 channels from each detector are connected to two self-triggering VA2-TA amplifiers developed in collaboration with IDE AS (Norway). The 256 channels are readout sequentially with a frequency of 5 MHz and are fed... 

Data on the emission of (mixtures of) chemicals may also be obtained from the European Pollutant Emission Register (EPER), which is the first European-wide register of industrial emissions into air and water (http //eper.ec.europa.eu/ (last accessed November 2009)). EPER gives access to information on the annual emissions of approximately 9200 industrial facilities in the member states of the European Union as well as Norway mostly for the year 2001, and approximately 12,000 facilities for the year 2004. It has the option to group information by pollutant, activity (sector), air and water (direct or via a sewerage system), or country, and even gives access to data on individual facilities. Such information thus has value for developing realistic emission scenarios for diffuse release and also at the local scale. 

Control by attempting to remove infested trees from the forest is particularly difficult because only 4-6 weeks are available from the time the infested trees can be identified by their yellowing crowns until the broods begin to emerge. In a country such as Norway with large forest areas and difficult, often steep terrain, the removal of infested trees in such a short period is often impractical. The need for more effective and economic control measures was urgent. 

The arc process was used only in areas of very cheap electricity such as Norway and the United States. Air was passed through an electric arc raising the temperature to 3,000°C and forming NO. The process was very energy intensive using 700 GJ/ton nitrogen, which is about 17-times more than the consumption of a modern ammonia plant. 

Not only functional properties of the colom must be considered but also local legislation should be taken into account. The EU Directive 94/36/EC, often referred to as the Colours Directive, is implemented throughout the member states. Here the approved colours ate listed together with conditions for their use. Several non-EU countries such as Norway and Tmkey have adopted this directive and some Eastern European countries ate also preparing to follow it, as their membership of the EU moves closer. 

In addition, a separate European Environment Agency (EEA), located in Copenhagen, that includes all of the members of the EU plus several other countries that cooperate closely with the EU economically, such as Norway and Switzerland, has the role of information gathering and dissemination related to acid rain and other European environmental problems. Many of the reports assessing the progress of Europe in meeting its acid rain goals have been conducted by the EE A. 

The main structural features of yessotoxin (YTX, 1) (Figure 13.1) consist of a ladder-shaped polycyclic ether skeleton, an unsaturated terminal side chain of nine carbons, and two sulfate groups. It was first isolated from scallops, Patinopecten yessoensis, that were implicated in a DSP episode in Japan. The planar structure of YTX was elucidated by means of 2D nuclear magnetic resonance (NMR) techniques, and confirmed by fast atom bombardment mass spectrometry/mass spectrometry (FAB MS/MS) experiments " the stereochemical details were successively determined by assigning the relative and then the absolute stereochemistry. YTX has subsequently been isolated from shellfish collected along the coasts of several different countries such as Norway, Chile, New Zealand, Italy, suggesting the spread of this toxin worldwide. 

Abrahamsen, G., K. Bjor, R. Horntvedt, and B. Tviete. 1976. Effects of acid precipitation on coniferous forest. In F. H. Brackke (ed.) Impact of acid precipitation on forest and freshwater ecosystems in Norway. F.R. 6/76, Oslo-As, Norway, pp. 33-63. 

The UK regime does, however, seem to have drawn the same conclusion as Norway about the need to have a measure of the performance of the industry -operationalised in its Key Programme monitoring activities. It is worth consideration to see if these two monitoring actions and their constituent indicators could be harmonised so that, in addition to assessing the trends in one jurisdiction, they could allow comparison across jurisdictions and regimes, however carefully such comparisons would need to be made. 

The Norwegian University of Science and Technology - NTNU, Norway Institut National de I Environnement industriel et des Risques - INERIS, France S[Pg.1603]

B Saibu, Agricultural University of Norway, As, Norway E Holm, Lund University, Lund, Sweden... 

Astruc, C., Blumenthal, D., Delarue, J., Danzart, M. and Sieffermann, J.M. (2006). How to construct a global driving procedure for dynamic hedonic tests In 8th Sensometrics Conference, 2-4 August 2006, As, Norway. 

Suppliers of thermoexpandable microspheres are Expancel (Eka Chemicals AB, Akzo Nobel), Sweden Matsumoto Yushi-Seiyaku Co. Ltd, Japan Sekisui Chemical Company Ltd, J apan, and Kureha Chemical Industry Co. Ltd, Japan. Suppliers of solid microspheres are Microbeads AS, Norway Matsumoto Yushi-Seiyaku Co. Ltd, Japan, and Sekisui Chemical Company Ltd, Japan. Supplier of microcapsules for release purposes is Microbeads AS, Norway. Supplier of phenolic microspheres is Asia Pacific Microspheres, Malaysia. Supplier of EPS particles Kaucuk a,s-Unipetrol Group, Czech Republic Dow Chemical Company, Michigan, USA BASF SE, Germany. Suppliers of metal coated microspheres Microbeads AS, Norway and Sekisui Ghemical Gompany Ltd, Japan. 

Microbeads AS, Norway, website accessed on August 25, 2008 www.micro-beads. com. 

Anna K. Sonesson and Herve Chavanne Nofima AS P.O. Box 210 1431 As Norway... 

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