Abstract: The method for determining a quality factor of an accelerating superconducting cavity of a particle accelerator, in particular a linear particle accelerator, the method includes determining a heat load to which a cryomodule having the accelerating cavity and a bath of cryogenic fluid is subjected, then determining a quality factor based on the determination of the heat load during the operation of the particle accelerator.

Abstract: The method for determining a quality factor of an accelerating superconducting cavity of a particle accelerator, in particular a linear particle accelerator, the method includes determining a heat load to which a cryomodule having the accelerating cavity and a bath of cryogenic fluid is subjected, then determining a quality factor based on the determination of the heat load during the operation of the particle accelerator.

Abstract: Method for configuring a control device of a thermodynamic system, in particular a thermohydraulic system, especially of a cryorefrigerator system, wherein the method comprises the following phases: Implementation of a method of determination of a model of a thermodynamic system, wherein the determination method comprises a decomposition of the system into sub-systems each having boundary conditions, wherein: output, respectively input, boundary conditions of a sub-system are linked to input, respectively output, boundary conditions of a neighbouring sub-system, the boundary conditions pertain at least to an amount of fluid per unit time and to a pair of physical quantities defining the thermodynamic state of the fluid; Generation of an observer by using the model determined in the previous phase.

Abstract: A method for automatically testing a software program; which is provided with a TEST DATA file including all data to test the functions of the program, a SCREEN FIELD MAP file including screen field marks such as field number, title, screen position, etc. and an INTER-SCREEN NAVIGATION file for describing inter-screen relations, includes the following steps: identifying the screens needed for the test data, getting the identified screens, carrying out the tests and logging all discrepancies.

Abstract: A method for automatically testing a software program; which is provided with a TEST DATA file including all data to test the functions of the program, a SCREEN FIELD MAP file including screen field marks such as field number, title, screen position, etc and an INTER-SCREEN NAVIGATION file for describing interscreen relations, includes the following steps: identifying the screens needed for the test data, getting the identified screens, carrying out the tests and logging all discrepancies.