221 to 230 of 281 Results
Unknown - 6,0 MB -
MD5: e494806e95b96b3be81c21d61facbabb
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 - 10,0 MB -
MD5: b49c83fbd3315b82cd254d2546ece046
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 - 6,2 MB -
MD5: b6d816a522a41a87c022dde983126837
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 - 6,4 MB -
MD5: b9e33ab06ccc1d8253239721cb4714c2
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: d1dbac53e75c40a4bacd89f1ea5cea78
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: b1dbbc011ca2cb9071dd1a235a72c3ac
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: d0389f78deaed882865a56a0365bfe7c
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 - 10,5 MB -
MD5: ba63e734389e248d2cc79c4f95c7fae7
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 - 6,2 MB -
MD5: ad6d0479d16740394b1e8daed09d5f5d
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: 2e25f8e959594092df03ffa8e4523146
One base per cotton (file name gives cotton name). This database contains tens to hundreds of 'force vs elongation' spectra, one per tested fiber. |