R©yû dl^ JT Ñ · 2012-04-24 · q! » ÷\ R©yû dl^ JT Ñ Figure 1. The beam is focused...
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Transcript of R©yû dl^ JT Ñ · 2012-04-24 · q! » ÷\ R©yû dl^ JT Ñ Figure 1. The beam is focused...
![Page 1: R©yû dl^ JT Ñ · 2012-04-24 · q! » ÷\ R©yû dl^ JT Ñ Figure 1. The beam is focused approximately 1.5 mm from the fiber tip. The red color is the aiming beam. The 2780 nm](https://reader033.fdocuments.co/reader033/viewer/2022060408/5f240ae35446146a1f46bde6/html5/thumbnails/1.jpg)
![Page 2: R©yû dl^ JT Ñ · 2012-04-24 · q! » ÷\ R©yû dl^ JT Ñ Figure 1. The beam is focused approximately 1.5 mm from the fiber tip. The red color is the aiming beam. The 2780 nm](https://reader033.fdocuments.co/reader033/viewer/2022060408/5f240ae35446146a1f46bde6/html5/thumbnails/2.jpg)
![Page 3: R©yû dl^ JT Ñ · 2012-04-24 · q! » ÷\ R©yû dl^ JT Ñ Figure 1. The beam is focused approximately 1.5 mm from the fiber tip. The red color is the aiming beam. The 2780 nm](https://reader033.fdocuments.co/reader033/viewer/2022060408/5f240ae35446146a1f46bde6/html5/thumbnails/3.jpg)
![Page 4: R©yû dl^ JT Ñ · 2012-04-24 · q! » ÷\ R©yû dl^ JT Ñ Figure 1. The beam is focused approximately 1.5 mm from the fiber tip. The red color is the aiming beam. The 2780 nm](https://reader033.fdocuments.co/reader033/viewer/2022060408/5f240ae35446146a1f46bde6/html5/thumbnails/4.jpg)