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Recent progress in infrared chalcogenide glass fibers
A. Bornstein, N. Croitoru,
E. Marom
Engineering General
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peer-review
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Dive into the research topics of 'Recent progress in infrared chalcogenide glass fibers'. Together they form a unique fingerprint.
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Mathematics
Chalcogenide Glasses
100%
Infrared
70%
Fiber
43%
Oxygen
32%
CO2 Laser
24%
Laser Beam
21%
Ablation
20%
Short Pulse
20%
Attenuation
16%
Atmosphere
16%
Glass
15%
Drawing
12%
Human
11%
Radius
10%
Engineering & Materials Science
Chalcogenides
80%
Glass fibers
50%
Infrared radiation
44%
Fibers
35%
Raw materials
24%
Oxygen
20%
Glass
20%
Crucibles
17%
Ablation
15%
Laser beams
14%
Tissue
10%
Air
7%
Physics & Astronomy
glass fibers
53%
chalcogenides
51%
fibers
28%
radiant flux density
23%
oxygen compounds
21%
gloves
19%
glass
14%
crucibles
14%
boxes
12%
ablation
12%
rods
10%
attenuation
9%
laser beams
9%
atmospheres
9%
radii
7%
oxygen
7%
air
7%
pulses
6%
Chemistry
Chalcogenide Glass
70%
Fiber
32%
Raw Material
21%
Cladding
16%
Crucible
15%
Ablation
14%
Dioxygen
12%
Rod Like Crystal
11%
Glass
8%
Length
7%