Index Catalog // MDR

1. Fiber fuse propagation and voids left behind (overexposed)

Resource Type:: Image
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

2. Fiber fuse propagation

Resource Type:: Image
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

3. Fiber fuse ignition

Resource Type:: Image
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

4. Fiber fuse propagation in unstable mode.

Resource Type:: Image
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

5. Animation of fiber fuse damage.

Resource Type:: Image
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

6. Original data for Fig.2.6(c), Unstable, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

7. Original data for Fig.2.6(c), Unimodal mode, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

8. Original data for Fig.2.6(c), 3.1(a) and 3.4; Cylindorical mode, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

9. Original data for Fig.2.6(a) and (b), Unstable mode, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

10. Original data for Fig.2.6(a) and (b), Unimodal mode, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

11. Original data for Fig.2.6(a) and (b), Cylindorical mode, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

12. Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 2/2

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

13. Original data for Fig.3.8(a), bare fibers immersed in water, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

14. Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

15. Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 1/2

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

16. Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

17. Original data for Fig.3.8(b), bare fibers, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

18. Original data for Fig.3.9, acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

19. Original data for Fig.3.9, bare fibers, in a NIMS Monograph titled "fiber fuse"

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

20. Fiber fuse damage in the optical fibers called LEAF, Corning

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

21. Fiber fuse damage in the optical fibers called TrueWave RS, OFS

Resource Type:: Dataset
Creator:: TODOROKI, Shin-ichi
Date Modified:: 15/06/2020

22. 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

23. 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

1. Fiber fuse propagation and voids left behind (overexposed)

2. Fiber fuse propagation

3. Fiber fuse ignition

4. Fiber fuse propagation in unstable mode.

5. Animation of fiber fuse damage.

6. Original data for Fig.2.6(c), Unstable, in a NIMS Monograph titled "fiber fuse"

7. Original data for Fig.2.6(c), Unimodal mode, in a NIMS Monograph titled "fiber fuse"

8. Original data for Fig.2.6(c), 3.1(a) and 3.4; Cylindorical mode, in a NIMS Monograph titled "fiber fuse"

9. Original data for Fig.2.6(a) and (b), Unstable mode, in a NIMS Monograph titled "fiber fuse"

10. Original data for Fig.2.6(a) and (b), Unimodal mode, in a NIMS Monograph titled "fiber fuse"

11. Original data for Fig.2.6(a) and (b), Cylindorical mode, in a NIMS Monograph titled "fiber fuse"

12. Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 2/2

13. Original data for Fig.3.8(a), bare fibers immersed in water, in a NIMS Monograph titled "fiber fuse"

14. Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

15. Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 1/2

16. Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

17. Original data for Fig.3.8(b), bare fibers, in a NIMS Monograph titled "fiber fuse"

18. Original data for Fig.3.9, acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

19. Original data for Fig.3.9, bare fibers, in a NIMS Monograph titled "fiber fuse"

20. Fiber fuse damage in the optical fibers called LEAF, Corning

21. Fiber fuse damage in the optical fibers called TrueWave RS, OFS

22. Fiber fuse propagation over the splice point from HI 1060 to SMF-28e fibers.

23. Fiber fuse propagation over the splice point from SMF-28e to HI 1060 fibers

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1. Fiber fuse propagation and voids left behind (overexposed)

2. Fiber fuse propagation

3. Fiber fuse ignition

4. Fiber fuse propagation in unstable mode.

5. Animation of fiber fuse damage.

6. Original data for Fig.2.6(c), Unstable, in a NIMS Monograph titled "fiber fuse"

7. Original data for Fig.2.6(c), Unimodal mode, in a NIMS Monograph titled "fiber fuse"

8. Original data for Fig.2.6(c), 3.1(a) and 3.4; Cylindorical mode, in a NIMS Monograph titled "fiber fuse"

9. Original data for Fig.2.6(a) and (b), Unstable mode, in a NIMS Monograph titled "fiber fuse"

10. Original data for Fig.2.6(a) and (b), Unimodal mode, in a NIMS Monograph titled "fiber fuse"

11. Original data for Fig.2.6(a) and (b), Cylindorical mode, in a NIMS Monograph titled "fiber fuse"

12. Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 2/2

13. Original data for Fig.3.8(a), bare fibers immersed in water, in a NIMS Monograph titled "fiber fuse"

14. Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

15. Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 1/2

16. Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

17. Original data for Fig.3.8(b), bare fibers, in a NIMS Monograph titled "fiber fuse"

18. Original data for Fig.3.9, acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"

19. Original data for Fig.3.9, bare fibers, in a NIMS Monograph titled "fiber fuse"

20. Fiber fuse damage in the optical fibers called LEAF, Corning

21. Fiber fuse damage in the optical fibers called TrueWave RS, OFS

22. Fiber fuse propagation over the splice point from HI 1060 to SMF-28e fibers.

23. Fiber fuse propagation over the splice point from SMF-28e to HI 1060 fibers

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