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Regenerated gratings seeded by type-I gratings are shown to withstand temperatures beyond 1000 °C. The method of regeneration offers a new approach to increasing temperature resistance of stable fibre Bragg and other gratings. These ultra-high temperature (UHT) gratings extend the applicability of silicate based components to high temperature applications such as monitoring of smelters and vehicle and aircraft engines to high power fibre lasers.
Regenerated gratings seeded by type-I gratings are displayed at temperatures above 1000 ° C. The method of regeneration offers a new approach to increasing temperature resistance of stable fiber Bragg and other gratings. These ultra-high temperature (UHT) gratings extend the applicability of silicate based components to high temperature applications such as monitoring of smelters and vehicles and aircraft engines to high power fiber lasers.