Patent AT-E400804-T1: [Translated] METHOD FOR ANALYZING A SCATTERING SAMPLE BY TIME-RESOLVED MEASUREMENT
A method for analyzing a diffusing sample comprises steps of: a) illuminating the sample with temporally coherent and wavelength-modulated incident light beam; b) producing a succession of interference signals with the diffuse light; c) combining each interference signal with a reference signal (Ref(t,tau0)) generating a time port; d) extracting the continuous component of each signal characteristic of the predetermined delay (tau0) derived form c); applying a nonlinear function on each of the continuous components of the signals characterizing the predetermined delay (tau0); and f) averaging each of the images, with the non-linear function, of the continuous components of the signals characterizing the predetermined delay (tau0). The invention is useful for observing organs of the human body.
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| accessLevel | public |
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"009:25"
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| description | A method for analyzing a diffusing sample comprises steps of: a) illuminating the sample with temporally coherent and wavelength-modulated incident light beam; b) producing a succession of interference signals with the diffuse light; c) combining each interference signal with a reference signal (Ref(t,tau<SUB>0</SUB>)) generating a time port; d) extracting the continuous component of each signal characteristic of the predetermined delay (tau<SUB>0</SUB>) derived form c); applying a nonlinear function on each of the continuous components of the signals characterizing the predetermined delay (tau<SUB>0</SUB>); and f) averaging each of the images, with the non-linear function, of the continuous components of the signals characterizing the predetermined delay (tau<SUB>0</SUB>). The invention is useful for observing organs of the human body. |
| distribution |
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|
| identifier | https://healthdata.gov/api/views/whwt-84q6 |
| issued | 2025-09-05 |
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| modified | 2025-09-06 |
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| publisher |
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| theme |
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| title | Patent AT-E400804-T1: [Translated] METHOD FOR ANALYZING A SCATTERING SAMPLE BY TIME-RESOLVED MEASUREMENT |
