201 to 210 of 281 Results
Unknown - 6,2 MB -
MD5: 50008c4c8eef06388f0a7c00d88bd353
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 - 10,2 MB -
MD5: 699d9f296970c23c7038cd314e85a397
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 - 6,1 MB -
MD5: 67d5aefb7c8432966234084100b7722f
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 - 6,0 MB -
MD5: b589536061b70d0e3a5f51b5f5b9b484
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 - 6,3 MB -
MD5: 7c12aadac2480d44888ea428c0efde41
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 - 6,1 MB -
MD5: cd2afefe984eb00d71b7254ec9f7a6d8
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 - 6,1 MB -
MD5: c69541318fe38d37cb368936da40502e
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 - 6,1 MB -
MD5: 9feea2f1ddf6d3522616824c64aada23
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 - 10,2 MB -
MD5: cb254c569215fbc2351e23d05c9ea733
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 - 6,1 MB -
MD5: c0419e15dc42f8dbf70d921118b84743
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |