por Alibava Systems | Jul 20, 2021 | news, Uncategorized
por Alibava Systems | Jul 19, 2021 | news, Uncategorized
Alibava Systems is proud to announce the new partnership with Conveyi. A company that sells imported precision instruments, remote sensing equipment, high and low voltage power supplies.
Conveyi will distribute our detection instruments and facilitate the acquisition of our products to customers in China.
Special thanks to Justin Lee for being the intermediary between both companies.
If you are in China and interested in learning more about the Alibava Systems catalog, please do not hesitate to contact him: sales@conveyi.com
por Alibava Systems | Jul 19, 2021 | news, Uncategorized
«This portable device for automated radon detection will be marketed in different countries around the world where building regulations require an active radon concentration monitoring or control system.
In addition to the possibility of data storage in the cloud, the final device will have communication protocols to communicate with the most commonly used intelligent ventilation systems in the building.» – Juan Herranz, director of Alibava Systems, S.L., and coordinator of the CARE project.
To read the complete press release, please visit: https://www.imb-cnm.csic.es/en/outreach/news/new-portable-device-automated-radon-detection
por admin | Jun 16, 2021 | news
Tony Weidberg, Professor of Particle Physics and Jeffrey Lidgard, Teaching Laboratories Senior Technician, have answered the following questions about their experience using the Educational Alibava System EASy:
Tony Weidberg, Professor of Particle Physics
1. What is the education level of the students who have used EASy?
We have been using it in our undergraduate labs within the physics department.
2. How does the device help you teach physics of detectors?
This detector is discussed in lectures. It helps teach detector physics because it brings the theoretical idea to life. It is great the students are able to experiment with this type of detector.
3. How does education differ from before to now using this device?
We have a range of different detectors in our teaching laboratories. Having a detector with this technology adds to the skills and experiences the students learn from the course.
4. What level of difficulty do students present when using the device?
I’ve only used the detector in the laser calibration mode, but I was impressed with the balance between being easy to use but still being ‘hands-on’ and doing something with the detector, rather than just changing software options (which is all some other detectors offer).
5. Would you describe the EASy as efficient? Do you prefer the laser or do you also use it with a radiation source?
We find the laser and radiation sources complement each other. We wrote an exercise which first calibrates the system with the laser. Calibration is an important experimental concept, and demonstrates how the detector works. The students then measure radiation with a detector they understand.
6. Would you be interested in a specific EASy course? On which topic?
It would be interesting to learn how to write out raw data for subsequent offline analysis.
7. Would you be willing to register your students in an online course?
If there were on-line resources available, we would definitely have a look and see how we could apply them.
Would you like to be the next using EASy?
For more information please contact us
por admin | Jun 16, 2021 | news
Alibava Systems coordinates the research project CARE – Development of an automatic control system for radon concentration in buildings. This project is part of the RETOS-COLABORACION 2016 program and involves 2 research centers together with 4 technology companies (one of them Alibava Systems). This project is financed by the State Research Agency, Ministry of Science, Innovation and Universities and FEDER funds (Operational Program 2014-2020).
Alibava Systems coordina el proyecto de investigación CARE – Desarrollo de un sistema de control automático de la concentración de radón en edificios. Este proyecto forma parte del programa RETOS-COLABORACION 2016 y en él participan 2 centros de investigación junto con 4 empresas tecnológicas (una de ellas Alibava Systems). Este proyecto está financiado por la Agencia Estatal de Investigación, Ministerio de Ciencia, Innovación y Universidades y fondos FEDER (Programa Operativo 2014-2020).
por admin | Feb 19, 2016 | news
Alibava Systems was at the 2016 VCI (14th Vienna Conference on Instrumentation) to present our Educational Alibava System designed to teach how radiation detectors work. The conference in Vienna took place between 15th and 17th February, and presented the newest developments of detectors for particle, astro-particle and nuclear physics and its applications in biology, medicine, neutron scattering and synchrotron radiation at that time. We had a stand together with D+T Microelectronics, our partner in the production of detectors.
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