Recently, optoelectronic methods measurement and control are successfully applied for quantitative and qualitative analysis substances and materials. High precision and sensitivity, economy and safety are their advantages in compared with other physico-chemical analysis methods. The essence of the optoelectronic analysis method that any substance reflects or absorbs, or emits light.Moreover, in depending on the chemical composition of the substance and quantitative ratio of components its elements changes in intensity light absorption, angle of reflection and others
light interaction characteristics radiation and matter.
Please specify what you want to know. What technical parameters do optoelectronic systems currently have or what characteristics can be achieved?
Best regards
Victor
Thank you for your reply, dear colleague!
More specifically, how easily it is technically possible to implement a pressure sensor based on optoelectronic sensors with an accuracy of 0.1%.
General answer: yes, fiber optic pressure sensors with absolute accuracy plus or minus 0.1% of full scale can be manufactured and sold by a number of companies. Here, the technical requirements are more important: the range of pressure measurements, operating temperatures, etc. .....
Best regards
Victor
To put the question more specifically, the first thing that interests me first is the range 100 - 1200 mm Hg.
At the same time, he is even more interested in the possibility of implementing a sensor based on fiber optic cable in ordinary laboratory conditions. I tried it somehow until I got the desired results.
I'm considering an ideal case. Those. I mean that the temperature stability in the sensors used is very high. And so -50 ... +50.
If you need a ready-made sensor, I can give a link.
If you want to develop for a specific task - let's think about how to do it. (We are now developing pressure sensors for oil wells and even passed the first field tests. But there are not the same accuracy. And the temperature range is much larger. And we do without a membrane).
Thank you very much for the detailed answer. I immediately realized that your laboratory deals with these issues at a professional level. One of the main tasks that I set myself: to develop an optoelectronic sensor for the aircraft air data system. I conducted certain analyzes and calculations and proposed a model. However, this is only the beginning.
I think maybe in the future we can cooperate in the development of such sensors. And if by joint efforts we can convince some airline, then for sure it will be possible to undertake the development of an on-board pressure sensor. Based on the on-board pressure sensors (traditional mechanical and currently with an integrated electronic converter), air speed, vertical speed and barometric altitude measuring systems are being built.
Regards, Islam
Thank you, if you have questions and need to consult - always contact. We also provide samples of special fibers if you need.
Best Regards
Victor
I am very glad to have a fruitful and close cooperation. I hope that this cooperation will be of great benefit in special fields of application of optoelectronic sensors.
By the way, you undoubtedly know that optical transformers exist based on the magneto-optical Faraday effect with the use of fiber-optic sensors. I have done some research in this direction, there are already industrial designs of such current sensors. I aim to build such a sensor without a polarizer and analyzer. All the same, I hope that using the Kerr effect will work out.
Regards and best wishes, Islam.
- Badges
- Science topic