Room-Temperature Ferromagnetic Sr3YCo4O10+δ and Carbon Black-Reinforced Polyvinylidenefluoride Composites toward High-Performance Electromagnetic Interference Shielding Subodh Ganesanpotti 268-341 minutes (source: https://pubs.acs.org/doi/1...
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Radiation around us has been categorized into two basic types by separating their frequencies. As can be seen in the diagram above, a substantial separation Ionizing και Non-Ionizing radiation is the visible light
Our company Aktinovolia measures all types of radiation starting from Low frequencies (50Hz High and Medium voltages, continuing at medium emission levels AM, KHz radio wave, to FM band, television frequencies, VHF / UHF and continuing on mobile phoning broadcasts 700 MHz - 29 GHz, (including 5G! and Satelitte and Military bands)
We also measure the energy of light UVA / UVB / UVC for each building and can undertake any shielding and protection works by applying e.g. UV protection films
Regarding Medical use of radiation: X-Rays and also can measure and protect you from radioactivity and radon gas...
Mobile phone systems, transmission systems and other communication systems are the main sources of electromagnetic radiation in this field.
Also Shows
AM, FM, VHF, UHF
Radio TV Broadcast
RADAR and military regulations
It is important for personnel to have access to telecommunications infrastructure or climbing towers with personal protective equipment to avoid overexposure.
Some international reference standards are:
Exposure of workers to electromagnetic fields must be monitored for their safety in a wide range of industrial areas, machinery and manufacturing processes.
Some examples include induction heating, welding systems and processes, radiofrequency heating (RF), curing and drying equipment, chemical processes (electrolysis) etc market.
Current reporting standards include:
Low frequency electromagnetic fields are mainly related to the supply of electricity through the generation, distribution and use of alternating current (AC) and are always present in our environment.
Electricity operates at a frequency of 50 Hz or 60 Hz, depending on the country. Electricity stations, high and medium voltage lines, transformers, electric motors and railways are the main sources of these electromagnetic fields.
Current reporting standards include:
Ionizing radiation is radiation that carries energy capable of penetrating matter, causing its ions to ionize, violently breaking chemical bonds, and causing biological damage to living organisms.
The best known ionizing radiations are the X-rays produced in the tubes of radiological machines and widely used in medicine, as well as the α, β, and γ radiations emitted by the unstable nuclei of atoms. Ionizing radiation is penetrating
Radon Gas - Odorless, invisible and tasteless as radon is, it can not be detected by the human senses. Ραδόνιο 222 decomposes into radioactive elements, two of which Polonium 218 και Polonium 214, emit alpha particles, which are extremely effective in damaging lung tissues
The spectrum of visible radiation. Ultraviolet radiation is the region of electromagnetic radiation whose wavelength in vacuum varies approximately between 380 and 60 nanometers
Risk assessment and control
Determine the UV type of the source (UV-A, UV-Β, UV-C)
From the information provided by the manufacturer.
The UV type determines the type of hazard (for the skin, eyes, etc).
Determine the source intensity
Specify the duration of exposure
In contrast to industry most people working in laboratories perform a random series of tests and exposure and exposure times will be sporadic.
We shield any kind of radiation with excellent shielding materials. How do I shield a space from radiation? From a special workshop with special shielding materials These materials reflect wireless radiation due to their conductive composition. (from 99% - 99.999%)
Where are wireless electromagnetic shielding solutions commonly used?
Vlachakis Michalis - Computer Science - School of Physics and Mathematics, University of Crete
Tsagarakis Antonis - Physicist / Radiophysicist - Aristotle University of Thessaloniki
Petroulakis Sotirios - Computer Science - School of Physics and Mathematics, University of Crete
Evangelos Stamateris - Biologist Environmentalist - University of Athens
Petrantonaki Maria - Radiophysicist - Medical Physicist - Ionizing Radiation Measurements
Zourbakis Aristidis - Physics - School of Physics and Mathematics, University of Crete - Measurements / Evaluation
Eleni Lampraki - Mathematician - School of Physics and Mathematics, University of Crete - Uncertainties
Darivianakis Georgios - Mechanical and Electrical Engineer - NTUA - Doctor of the Technical University of Zurich
Ergazakis Minas - Allergist Medical School of the University of Crete
Ergazakis Nikolaos - Radiologist Medical School of the University of Crete
Emmanouil Trigyris - Cardiologist Medical School of the University of Athens "Heart and Electromagnetic Charge"
Daskalakis Panagiotis - Special Breast Surgeon General Hospital "Elena Venizelou"
Emmanouil Atsalis - Lawyer - Legal coverage for Electromagnetic fields
Petros Lekakis - Lawyer - Legal coverage for Electromagnetic fields
Room-Temperature Ferromagnetic Sr3YCo4O10+δ and Carbon Black-Reinforced Polyvinylidenefluoride Composites toward High-Performance Electromagnetic Interference Shielding Subodh Ganesanpotti 268-341 minutes (source: https://pubs.acs.org/doi/1...
Electromagnetic Radiation and Safe Exposure Limits – The limits of safe exposure in Greece Limits & Measurements / Scientific Organizations EEKT Electromagnetic Radiation and Safe Exposure Limits From 1970 until today, scientists...
Ionizing radiation from tests Indicative list (just for the sake of knowing – and avoiding abuse – does not mean we should avoid them …) Radiological examination: tooth panorama typical active dose mSv 0.01 equivalent numb...
How much radiation do we receive from our home devices and how can we protect ourselves By ANTZIS SALTABASI, KOSTA DELIGIANNI Illustration: NIKOS KOURTIS Kathimerini Newspaper (14.11.2009) – www.kathimerini.gr How can our cell phone, ...
Removing a mobile phone antenna from a densely populated area With its decision no. 346/2018, the Single Member Court of First Instance of Corinth accepted the application for precautionary measures regarding the removal of a mobile telepho...
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