Abstract: A coaxial cable stripper, consisting of:—a cutting unit (1) comprising cutting means (7) for a plurality of sheaths, said cutting unit (1) being designed to surround a cable (5) and cut its sheaths simultaneously by rotation of said cutting means (7) about the cable (5),—an intermediate unit (2) designed to surround said cable (5) and comprising means (6, 29-31) for adjusting the rotation of said cutting means (7),—a fixing unit (3) comprising fixing means (8) for said cable (5), the three units (1-3) being adjacent to one another and aligned along a common axis defined by said cable (5).

Abstract: In a plug arrangement for optical waveguides, there is mounted on the end of the cable accommodating the optical waveguide a cable fixing sleeve that is bonded to the outside of the cable. The ends of the plastic fibers of the optical waveguide cladding are brought out of the cable end and laid back onto the external surface of the bonded-on cable fixing sleeve and a further sleeve being pushed onto said cable fixing sleeve, with the plastic fibers of the optical waveguide cladding being clamped and bonded between the two sleeves.

Abstract: A method for removing photoresists, particularly those stressed during etching is provided. Pursuant to the method, an electrolysis is performed in order to promote basic decoating bath, wherein the substrate carrying the stressed photoresist structure is wired as a cathode. Gases arising directly at the substrate surface or, respectively, at the exposed metallic surfaces, effect a complete decoating the photoresist structure that at the same time is dissolving in the basic bath.

Abstract: Not readily dissolvable nuclear fuel is dissolved in an airtight closed vessel or autoclave. Nitric acid is evaporated and condensed in the vessel and the nitric acid condensate trickles over the nuclear fuel disposed outside of the nitric acid undergoing evaporation.