Traduction de «Rampe en alliage léger à haute résistance » (Français → Anglais) :

41. Calls on the Commission to implement an ambitious innovation policy which clears the way for the development of high-quality, energy-efficient and innovative products and processes enabling the EU to hold its own in the face of ever more severe global competition; emphasises that innovation in new products, such as mass steel products, including high-strength, high-resistance steel sheets for car production as well as high-alloyed steels with different physical and chemical properties, and new production processes, especially hydrogen metallurgy and re-melt metallurgy, hold the key to improving the competitiveness of the European st ...[+++]eel industry vis-à-vis third-country suppliers, and that this area should receive particular support;

Innovation facilitated by research and development includes: ultra-light high-strength steels for the auto industry that improve fuel efficiency while continuing to ensure passenger safety; new high-strength steels for construction, allowing buildings to be erected with 35% less steel than 30 years ago; high-performance steels for bridge construction, resulting in 20% savings in material and easier fabrication; steel-framed houses; and appliance manufacturers note that the increased longevity of appliances is attributable to highe ...[+++]r-quality steel.

(iii) Any other equipment specially designed, built or installed for the operation of the facility as a chemical weapons production facility, as distinct from a facility constructed according to prevailing commercial industry standards for facilities not producing any chemical specified in Article II, paragraph 8 (a) (i), or corrosive chemicals, such as: equipment made of high-nickel alloys or other special corrosion-resistant material; special equipment for waste control, waste treatment, air filtering, or solvent recovery; special containment enclosures and safety shields; non-standard laboratory equipment used to analyse toxic chem ...[+++]icals for chemical weapons purposes; custom designed process control panels; or dedicated spares for specialized equipment.

Mining puts innovation to work for Canadians every day, from developing leading edge mining technologies such as telemining, to using high strength steel, aluminum and magnesium to manufacture lighter weight automobiles.

The excellent mechanical resistance properties of light aluminium alloys makes them suitable for a wide range of industrial applications, especially in aeronautics.

In the framing of this proposal, two primary objectives of the Community's Framework Programme for Science and Technology, adopted in 1982, have been kept in view, namely the strengthening of industrial competitiveness and better management of raw materials. To meet the needs of Europe's mining and steel industries, the European Community must promote research projects aimed at supporting and improving these fundamental components of the economy. This is more than ever necessary in a time of economic crisis when industry itself is often compelled to forego technological innovation and to cut back ...[+++] on investment in research and development activities (1) COM(85) 399 - 2 - In the production and utilization of wood, the resources of Europe's forests are to be turned to account and safeguarded in accordance with ecological principles. Methods of wood processing, inccluding paper production, will also be rationalized. In the development of advanced materials, the Community is to help the industrial companies concerned (mainly small to medium- size undertakings) to hold their own in competition with their opposite numbers in the United States and Japan, many of whom receive substantial public aid. Advanced materials will be a key factor in the further technological development of the European Community. Materials science and engineering are advancing rapidly. Materials such as technical ceramics, light alloys and composites are vital to progress in many traditional and new sectors of industry.