To measure blood flow rate in ex-vivo circulation, we propose an optical Doppler flowmeter based on the self-mixing effect within a laser diode (SM-LD). Advantages in adopting SM-LD techniques derive from reduced costs, ease of implementation and limited size. Moreover, the provided contactless sensing allows sensor reuse, hence further cost reduction. Preliminary measurements performed on bovine blood are reported, thus demonstrating the applicability of the proposed measurement method
We have developed a blood velocimeter based on the principle of self-mixing in a semiconductor laser...
We have developed a blood velocimeter based on the principle of self-mixing in a semiconductor laser...
A laser Doppler module easily integrated into a commercial ophthalmic microscope is proposed. Such s...
To measure blood flow rate in ex-vivo circulation, we propose an optical Doppler flowmeter based on ...
A Doppler velocimeter exploiting a self-mixing laser diode is proposed. The system has been design t...
In the present paper, recent experimental advances obtained with a laser Doppler self-mixing velocim...
In the present paper, recent experimental advances obtained with a laser Doppler self-mixing velocim...
Intra-arterial measurements of the velocity and the average flow of red-blood cells were investigate...
We demonstrate a flow-meter sensor using a bare laser diode (LD) as a self-mixing interferometer and...
Theoretical and experimental analysis of the spectral characteristics of the signal acquired from se...
A theory is developed to study the spectral characteristics of the signal acquired from self-mixing ...
A novel diode-laser Doppler velocimeter based on self-mixing feedback of Doppler-shifted light in th...
The velocimetry method of self-mixing, i.e., the feedback of Doppler-scattered light into the laser ...
We have developed a blood velocimeter based on the principle of self-mixing in a semiconductor laser...
We have developed a blood velocimeter based on the principle of self-mixing in a semiconductor laser...
A laser Doppler module easily integrated into a commercial ophthalmic microscope is proposed. Such s...
To measure blood flow rate in ex-vivo circulation, we propose an optical Doppler flowmeter based on ...
A Doppler velocimeter exploiting a self-mixing laser diode is proposed. The system has been design t...
In the present paper, recent experimental advances obtained with a laser Doppler self-mixing velocim...
In the present paper, recent experimental advances obtained with a laser Doppler self-mixing velocim...
Intra-arterial measurements of the velocity and the average flow of red-blood cells were investigate...
We demonstrate a flow-meter sensor using a bare laser diode (LD) as a self-mixing interferometer and...
Theoretical and experimental analysis of the spectral characteristics of the signal acquired from se...
A theory is developed to study the spectral characteristics of the signal acquired from self-mixing ...
A novel diode-laser Doppler velocimeter based on self-mixing feedback of Doppler-shifted light in th...
The velocimetry method of self-mixing, i.e., the feedback of Doppler-scattered light into the laser ...
We have developed a blood velocimeter based on the principle of self-mixing in a semiconductor laser...
We have developed a blood velocimeter based on the principle of self-mixing in a semiconductor laser...
A laser Doppler module easily integrated into a commercial ophthalmic microscope is proposed. Such s...