1975Rail engineering internationalRequires access

SIGNALLING THE NEW LYON LINE OF THE PARIS/SUB-EST NETWORK FOR 260 KM/H AND MORE

O Weber

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Abstract

Because fixed-aspect trackside signalling is not applicable for speeds of 250/300 kph, continuous cab signalling will be applied to the SNCF high-speed line. Braking distances of 7000 m are accommodated in five or six block-section increments conforming to the speed- curve/gradient characteristics of the line. Emergency stops within 5000 m are achieved with magnetic track brakes. The line is to be in operation by 1981.

About this research paper

What this paper is about

Because fixed-aspect trackside signalling is not applicable for speeds of 250/300 kph, continuous cab signalling will be applied to the SNCF high-speed line. Braking distances of 7000 m are accommodated in five or six block-section increments conforming to the speed- curve/gradient characteristics of the line. Emergency stops within 5000 m are achieved with magnetic track brakes. The line is to be in operation by 1981.

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Available abstract

Because fixed-aspect trackside signalling is not applicable for speeds of 250/300 kph, continuous cab signalling will be applied to the SNCF high-speed line. Braking distances of 7000 m are accommodated in five or six block-section increments conforming to the speed- curve/gradient characteristics of the line. Emergency stops within 5000 m are achieved with magnetic track brakes. The line is to be in operation by 1981.

Key concepts: Line (geometry), Track (disk drive), Block (permutation group theory), Engineering, Signalling, Automotive engineering, Electrical engineering, Mathematics

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