Betekenis van:
olefin

Voorbeeldzinnen

1. Hydrogenated poly-alpha-olefin
2. C 14/16 alfa Olefin sulphonate
3. C 14/18 alfa olefin sulphonate
4. C 14/18 alfa Olefin sulphonate
5. in gas networks (transporting natural gas or olefin gases), to:
6. In the light of potential synergies between natural gas networks and olefin networks, due importance should be placed on the development and integration of olefin networks in order to meet the olefin gas consumption needs of industries in the Community.
7. SODIUM C14-18 OLEFIN SULFONATE Sulfonic acids, C14-C18-alkane hydroxy and C14-C18-alkene, sodium salts Surfactant/cleansing/foaming SODIUM C16-18 OLEFIN SULFONATE
8. Amorphous poly-alpha-olefin copolymer blend of poly(propylene-co-1-butene) and petroleum hydrocarbon resin
9. Developing and integrating the olefin gases transport capacity needed in order to meet demand within the internal market:
10. Synthetic poly-alpha-olefin having a viscosity of at least 38 × 10-6m2s-1 (38 centistokes) at 100 °C measured using the ASTM D 445 method
11. Synthetic poly-alpha-olefin having a viscosity of at least 38 × 10-6m2 s-1 (38 centistokes) at 100 °C measured using the ASTM D 445 method
12. Synthetic poly-alpha-olefin having a viscosity of at least 38 × 10-6m2 s-1 (38 centistokes) at 100 °C measured using the ASTM D 445 method
13. Synthetic poly-alpha-olefin having a viscosity of at least 38 × 10-6m2s-1 (38 centistokes) at 100 oC measured using the ASTM D 445 method
14. Developing natural gas connections in order to meet the needs of the internal market or strengthening the security of supply, including connection of separate natural gas and olefin gas networks:
15. Synthetic poly-alpha-olefin having a viscosity of not less than 38 x 10 6m2 s-1 (38 centistokes) at 100 °C measured using the ASTM D 445 method