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A simple hole-type secondary scintillation structure (2 mm-hole, 5 mm-pitch,5 mm-thickness) is introduced and its operation demonstrated in pure xenon inthe pressure range 2-10 bar. The new device, characteristically translucent,has been manufactured through a collaboration between IGFAE and the CERNworkshop, and relies entirely on radiopure materials (acrylic and copper),being extremely rugged in the presence of sparks, mechanically robust, andeasily scalable, yet made through a relatively simple process. With an overallfigure (at 10 bar) characterized by an energy resolution of 18.9%(FWHM) for$^{55}$Fe x-rays, an optical gain of m$_\gamma$ = 500 ph/e, and a stableoperation at reduced fields more than twice those of some of the presentlyrunning experiments ($E_{EL}=3$ kV/cm/bar), this family of structures seems toshow great promise for electroluminescence readouts on large scale detectors.As argued below, further improvements have the potential of bringing the energyresolution close to the Fano factor and increasing the optical gain.

A new amplification structure for time projection chambers based on electroluminescence