Radiation Detector: Light Meter Radiometer Test Ultraviolet Radiation Power Energy
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Revealed At Last:
🔹 Version from Nikola Tesla's "Magnifying Transmitter"
🔹 The "tension" for "Electricity segment" to occur is the Earth's Potential Potential. To be precise, it is the tension of the Ether, and the electricity is the dynamic polarization of the Ether.
🔹 During "Electricity segment", the magnetic field collapses several times in short periods of time. That leads the voltage V = Φ/t to reach infinity (V → ∞) when t → 0
- V - The electromotive force which results from the production or consumption of the total magnetic induction Φ (Phi). The unit is the “Volt”. Where t is the time of magnetic field collapse from maximum to complete collapse.
- Research scholars also call it Tesla's technology called Radiant Energy from Electronic Circuits, Impulse Technology.
🔹 There are also many other plans to create free energy generators including Self Powered AC Generator.
Radiation Detector is a kind of electronic equipment used to detect and measure the radiation intensity. It has high precision and good anti-jamming ability. The main types are Geiger Muller counter, scintillation counter and semiconductor detector. They all have their own characteristics and advantages.
The Geiger Muller counter is the earliest radiation detector. It uses a Geiger Mueller tube to detect alpha, beta and gamma radiation. The tube will produce an electric pulse when it is exposed to radiation. The pulse will be amplified by a transistor circuit and then counted by a digital circuit. This type of detector is simple, cheap and easy to use. However, it has low precision and cannot be used in strong magnetic fields.
The scintillation counter uses a photomultiplier tube to detect light from a radioactive source.
Related: Radiation Detector: Geiger Counter - Dose Detector β/γ/X-rays Radiation Meter
Ultraviolet radiation is an important physical quantity that is widely used in many fields. In order to accurately measure the ultraviolet radiation, a reliable and accurate instrument is needed. Recently, ultraviolet radiation meters have been developed that use light-emitting diodes (LEDs) as the point light source. These meters are small, lightweight, and consume little power. However, the size of the test hole used to measure the ultraviolet radiation has a significant impact on the accuracy of the measurement. In this paper, we investigate how the size of the test hole affects the measurement accuracy and propose a method for conveniently measuring ultraviolet radiation with an LED point light source.
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