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玻璃中焊接切割检测方案(激光产品)

检测样品 建筑玻璃

检测项目 焊接切割

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方案详情

We investigated the effect of burstmode with nanosecond (ns) time delay between subpulses on sodalime glass volume machining. We observed in tight focusing configuration that the use of burstmode with ns time delay between subpulses does not increase the absorption efficiency and does not bring a significant effect on the heat affected zone diameter with respect to single pulse mode. On the contrary in loose focusing configuration the use of burst mode allows increasing the aspect ratio of the heat affected zone without extra energy absorption. This effect is highly interesting for filamentation glass cutting applications.

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We investigated the effect of burstmode with nanosecond (ns) time delay between subpulses on sodalime glass volume machining. We observed in tight focusing configuration that the use of burstmode with ns time delay between subpulses does not increase the absorption efficiency and does not bring a significant effect on the heat affected zone diameter with respect to single pulse mode. On the contrary in loose focusing configuration the use of burst mode allows increasing the aspect ratio of the heat affected zone without extra energy absorption. This effect is highly interesting for filamentation glass cutting applications.

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聚擘国际贸易(上海)有限公司为您提供《玻璃中焊接切割检测方案(激光产品)》,该方案主要用于建筑玻璃中焊接切割检测,参考标准《暂无》,《玻璃中焊接切割检测方案(激光产品)》用到的仪器有Amplitude紧凑型高重频高功率飞秒激光器Satsuma、Amplitude超高功率300W飞秒激光器Tangor300。

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