(EP960441-A1)      A process is claimed for sealing a radiation detector array consisting of an amorphous silicon-coated glass panel including a scintillator material layer (24) and an array (RM) of elementary detectors (pmn) which are formed on a central zone of an insulating substrate (10) and which are connected to peripheral connection zones (3), on which flexible multi-conductor cables are fixed. The process involves depositing a layer (6) of atmosphere humidity-tight material which simultaneously covers the peripheral connection zones (3) and at least the periphery of the scintillator material layer (24).    Preferably, the sealing layer (6) is deposited by screen printing or by a mechanical dispenser. Also claimed is a radiation detector array which is sealed by the above process.    USE -   Especially for hermetically sealing a large X-ray detector array (e.g. as described in FR2687494), used in radiology.    ADVANTAGE -   Process permits simultaneous protection of connection zone and scintillator against ingress of atmospheric humidity.    (JP2001509317-W)      A process is claimed for sealing a radiation detector array consisting of an amorphous silicon-coated glass panel including a scintillator material layer (24) and an array (RM) of elementary detectors (pmn) which are formed on a central zone of an insulating substrate (10) and which are connected to peripheral connection zones (3), on which flexible multi-conductor cables are fixed. The process involves depositing a layer (6) of atmosphere humidity-tight material which simultaneously covers the peripheral connection zones (3) and at least the periphery of the scintillator material layer (24).    Preferably, the sealing layer (6) is deposited by screen printing or by a mechanical dispenser. Also claimed is a radiation detector array which is sealed by the above process.    USE -   Especially for hermetically sealing a large X-ray detector array (e.g. as described in FR2687494), used in radiology.    ADVANTAGE -   Process permits simultaneous protection of connection zone and scintillator against ingress of atmospheric humidity.