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Filtering by: Resource type Image Rights Statement Sim Creative Commons BY-NC Attribution-NonCommercial 2.1 Japan

Fiber fuse ignition and propagation.

Resource Type:

Image

Data origin:

experiments

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse self-termination in unstable mode

Resource Type:

Image

Data origin:

experiments

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse ignition trials on a highly Co-doped borosilicate glass surface with 1480 nm light for 5 sec.

Material/Specimen:

14/0903/040001, 14/0903/040002, 14/0903/040004, 14/0903/030001, 14/0903/040006

Resource Type:

Image

Data origin:

experiments

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse propagation over the splice point from SMF-28e to HI 1060 fibers

Material/Specimen:

10/0226/261500

Resource Type:

Image

Data origin:

experiments

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse propagation over the splice point from HI 1060 to SMF-28e fibers.

Material/Specimen:

10/0819/191200

Resource Type:

Image

Data origin:

experiments

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Animation comparing void formation with/without self-pumping effect

Material/Specimen:

11/0128/280007, 11/0128/310015, 11/0128/030039, 11/0128/280004,, 10/1207/070007, 10/1207/070004, 10/1207/070002, 10/1207/070001, 10/1207/080025, 10/1130/060048

Resource Type:

Image

Data origin:

experiments

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse propagation in unstable mode.

Resource Type:

Image

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse ignition

Resource Type:

Image

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse propagation

Resource Type:

Image

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020
Fiber fuse propagation and voids left behind (overexposed)

Resource Type:

Image

Creator:

TODOROKI, Shin-ichi

Date Modified:

15/06/2020