101 to 110 of 290 Results
Unknown - 9,1 MB -
MD5: 576e935587e4cc38c53f4a44682468d0
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,1 MB -
MD5: 02e681b503440d250abd308a1ae70caa
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,1 MB -
MD5: 1a49696c8c677a5cfdb6aad536b123c9
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,1 MB -
MD5: d22ffcb7c72f6394813382988b2e76ce
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,1 MB -
MD5: 527b61c21f90618cdeb2383212a45424
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,2 MB -
MD5: 49fef8df234e2ad8b12d17324816cd2c
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,1 MB -
MD5: 5ad200a108dacfbcff985062ce2d18dd
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,2 MB -
MD5: 4361e972a0e32f1d4091c8abbed8aac7
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 9,1 MB -
MD5: 4430a560894116ed00815c6352e39b6f
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |
Unknown - 16,5 MB -
MD5: 6957079a20aabed0409d625fe245f261
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |