Eksempler på brug af Migration to artificial på Engelsk og deres oversættelser til Dansk
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Computer
DIBP is solely identified through migration to artificial sweat.
Migration to artificial sweat Artificial sweat is produced according to DS/EN 1811:2000.
Assessment DEHP is identified in four products through migration to artificial sweat.
DIBP is found at migration to artificial sweat in 11 products in a maximum concentration of 88 µg/g.
Assessment 2-heptanone is identified in one product through migration to artificial sweat.
Phenol is found through migration to artificial sweat in 4 products in a maximum concentration of 3 μg/g.
Assessment Phenol is identified in the following four products through analyses and solely through migration to artificial sweat.
The substance is found through migration to artificial sweat in two products in a maximum concentration of 1 µg/g.
The seven products having the highest content of one or more of these substances- 4 car safety seats, 2 baby slings and1 baby mattress- were tested for migration to artificial sweat over a period of 3 hours.
BHT is primarily identified through migration to artificial sweat but also through evaporation from three erasers.
Migration to artificial saliva According to agreement with the Danish Environmental Protection Agency a migration analysis to artificial saliva is carried out on eraser 22.
Screening of release of organic compounds at migration to artificial sweat and saliva by GC-MS.
Results for migration to artificial sweat calculated in relation to sample area(Âμg extracted metal per cmÂ2) are presented in appendix J.
Furthermore, screening for organic parameters through migration to artificial sweat and artificial saliva.
The results for migration to artificial sweat calculated in relation to sample weight(Âμg extracted metal per gram sample) are presented in Table 4-1.
As mentioned earlier it is assumed that the results from migration to artificial sweat can be transferred directly to artificial saliva.
A risk assessment is carried out for the content of the following 11 substances being identified via headspace(i.e. evaporation from the products)and/or via migration to artificial sweat or saliva.
Heptanone is found through migration to artificial sweat in a single product in a maximum concentration of 20 µg/g.
DEHP is found in four of the examined products in concentrations between 17 and 44% andat the same time it is found at migration to artificial sweat in five products in a maximum concentration of 6 Âμg/g.
A-Methyl styrene is found through migration to artificial sweat in a single product in a maximum concentration of 2 Âμg/g.
A risk assessment of content of the following 11 substances has been conducted. These substances are identified through headspace(i.e. evaporate from the products)and/or through migration to artificial sweat or artificial saliva for one single eraser.
Isophorone is primarily identified through migration to artificial sweat but also through evaporation from two products.
Migration to artificial saliva The result of the migration analysis of eraser 22 is that 0.1%(w/w) DEHP or 1 mg/g eraser is emitted to artificial saliva, i.e. that the concentration in the saliva was 0.05 mg/ml.
Finally, a single eraser is examined through migration to artificial saliva where the emission is measured to 0.1% i.e. 1 mg/g.
Results for migration to artificial sweat calculated in relation to sample area(µg extracted metal per cm²) are presented in appendix J. Figure 4-1: Migration of respectively Cd, Cu, Ni and Pb in relation to the content of the respective metals(according to the XRF-screening) in the jewellery.
BHT is found partly through migration to artificial sweat in 7 products(maximum concentration of 70 μg/g) and partly through headspace analyses in 3 products maximum concentration of 0.35 μg/g.
Isophorone is found partly through migration to artificial sweat in 12 products(maximum concentration of 250 µg/g) and partly through headspace analyses in 2 products maximum contrition of 0.21 µg/g.
Cyclohexanone is found partly through migration to artificial sweat in 7 products(maximum concentration of 10 µg/g) and partly through headspace analyses in two products maximum concentration of 0.01 µg/g.
Linalool is found partly through migration to artificial sweat in a single product(maximum concentration of 35 µg/g) and partly through headspace analyses in a single product maximum concentration of 0.1 µg/g.