Translation of "Technologie de coulée directe de bandes " (French → English) :

To ensure coherence of Member States' obligations with Articles 9 and 9a of the Framework Directive, the obligation to safeguard use of the sub-700 MHz band applies to the provision of audiovisual media services to a mass audience and not to the type of the underlying wireless technology or the type of electronic communications service.

continuous casting (thin slab/thin strip and direct sheet casting (near-shape))

Near net shape strip casting means the continuous casting of steel to strips with thicknesses of less than 15 mm. The casting process is combined with the direct hot rolling, cooling and coiling of the strips without an intermediate reheating furnace used for conventional casting techniques, e.g. continuous casting of slabs or thin slabs.

Innovative approaches in areas such as public transport, the organization of public space and the protection of borders can be envisaged. Space, offers great scope for high technology innovation over time (in particular public investors in the application of Galileo [17] and GMES (Global Monitoring for Environment and Security), the Commission's flagship space programmes. These need to share their knowledge of the system and its scope for business with potential downstream users in the space and non-space sectors, to raise their awareness of potential space-based solutions). Transport, where the demand for energy efficiency provides great opportunitie ...[+++]s. Marine technologies and products allowing for new uses of the sea such as deep sea drilling, blue biotech exploitation, offshore mariculture and renewable energies, ocean space monitoring and surveillance technologies offer promising scope. Health, which has a huge growth potential for innovative products and services (including in particular e-Health, and the provision of customized solutions to allow elderly people to continue to live independently, pharmaceuticals and medical devices where innovation can bring direct benefits to patients and improve competitiveness), or well-being and culture (for instance creative content services, which gain a new dimension with the rollout of broadband networks, allowing citizens and businesses to access all kind of creative contents such as audiovisual, games, cultural information at home and in mobility) are examples of markets where the public sector has a role to play.

Innovative approaches in areas such as public transport, the organization of public space and the protection of borders can be envisaged. Space, offers great scope for high technology innovation over time (in particular public investors in the application of Galileo [17] and GMES (Global Monitoring for Environment and Security), the Commission's flagship space programmes. These need to share their knowledge of the system and its scope for business with potential downstream users in the space and non-space sectors, to raise their awareness of potential space-based solutions). Transport, where the demand for energy efficiency provides great opportunitie ...[+++]s. Marine technologies and products allowing for new uses of the sea such as deep sea drilling, blue biotech exploitation, offshore mariculture and renewable energies, ocean space monitoring and surveillance technologies offer promising scope. Health, which has a huge growth potential for innovative products and services (including in particular e-Health, and the provision of customized solutions to allow elderly people to continue to live independently, pharmaceuticals and medical devices where innovation can bring direct benefits to patients and improve competitiveness), or well-being and culture (for instance creative content services, which gain a new dimension with the rollout of broadband networks, allowing citizens and businesses to access all kind of creative contents such as audiovisual, games, cultural information at home and in mobility) are examples of markets where the public sector has a role to play.

(21) Whereas the second generation cellular digital mobile communications systems were originally defined in Council Directive 87/372/EEC of 25 June 1987 on the frequency bands to be reserved for the coordinated introduction of public pan-European cellular digital land-based mobile communications in the Community (12) as operating in the 900 MHz bands; whereas DCS-1800 has to be considered as part of the GSM family and of such second generation; whereas the Community should build on the success of the current generation of mobil ...[+++]e digital technology including GSM both in Europe and in the world, taking into consideration interworking between UMTS and second-generation systems; whereas there should be, pursuant to Community law, no discrimination between GSM operators and new entrants in UMTS markets; whereas UMTS should develop in one seamless environment including full roaming with GSM as well as between the terrestrial and satellite components of UMTS networks, which is likely to make hybrid terminals such as dual mode/band GSM/UMTS terminals and terrestrial/satellite terminals necessary;