Abstract: A method for characterizing energy stored in a vehicle, where the energy is delivered from an energy source to an energy store of the vehicle, the method includes acquiring information on energy supplied, processing information on the energy in order to establish an energy class of the energy, and assigning the energy that is delivered to the energy store to an energy class. A charging device, a control unit, and a vehicle are also disclosed.

Abstract: An adhesive medium for the bonding of surfaces in ammunition which contains explosive charges. The adhesive medium essentially consists of: 14 to 46% by weight of a binding resin non-hardening in oxygen, having a softening point below the melting point of the explosive; 6 to 26% by weight of a pigment composition; and 24 to 66% by weight of a polymeric solvent composition.

Abstract: A process for the production of a cast explosive charge which is fixedly adherent to a charge carrier, such as projectile casings, housings for explosives, warheads, mines, and the like, wherein a liquid explosive is applied onto the preheated charge carrier which is provided with a coating applied as a suspension, and the charge carrier is thereafter cooled down through regulating of the temperature. The suspension is applied on the charge carrier which has been brought to approximately room temperature, to a coating thickness of between about 10 .mu.m and 100 .mu.m, the suspension being essentially constituted of 14 to 46% by weight of a binding resin which is non-hardening in oxygen and having a softing point below the melting point of the explosive; 6 to 26% by weight of a pigment composition; and 24 to 66% by weight of a polymeric solvent composition.