i think its static electricity.
1500v From ESD Association ESD Handbook ESD TR20.20 section 5.3.2.1: "When people are charged with static electricity, they can release stored energy to conductive objects such as doorknobs and electronic circuits. This transfer of energy is called an electrostatic discharge. Sometimes the electrostatic discharge causes visible sparks, but more often, it is both unseen and unfelt. Electrostatic discharges can damage ESD sensitive components used in modern electronics. Static electricity is a natural phenomenon that occurs in all climates and at all levels of relative humidity year round. Most people cannot feel an electrostatic discharge unless the static voltage is greater than 2000 volts. However, some electronic circuitry can be damaged by ESD that is less than 2000 volts. The damage can be done without people having any sensation of the ESD event. When a wrist strap is worn properly and connected to ground, the person wearing it will stay near ground potential."
A Van de Graaff generator is an electrostatic machine that uses a moving belt to accumulate electric charge on a metal dome, creating high voltages. It operates on the principle of electrostatic induction, allowing it to generate voltages up to several million volts. Commonly used in physics demonstrations and experiments, it illustrates concepts such as electric fields and discharge phenomena. The device is named after physicist Robert J. Van de Graaff, who invented it in the 1930s.
Discharge pipe ends are commonly referred to as "outlets" or "discharge outlets." They are the points where fluid exits the piping system and can be fitted with various types of fittings, such as flanges or nozzles, to facilitate connection to other systems or equipment. In specific applications, they may also be called "discharge heads" or "outlet fittings."
1500v From ESD Association ESD Handbook ESD TR20.20 section 5.3.2.1: "When people are charged with static electricity, they can release stored energy to conductive objects such as doorknobs and electronic circuits. This transfer of energy is called an electrostatic discharge. Sometimes the electrostatic discharge causes visible sparks, but more often, it is both unseen and unfelt. Electrostatic discharges can damage ESD sensitive components used in modern electronics. Static electricity is a natural phenomenon that occurs in all climates and at all levels of relative humidity year round. Most people cannot feel an electrostatic discharge unless the static voltage is greater than 2000 volts. However, some electronic circuitry can be damaged by ESD that is less than 2000 volts. The damage can be done without people having any sensation of the ESD event. When a wrist strap is worn properly and connected to ground, the person wearing it will stay near ground potential."
Alternating current of gradually decreasing amplitude which, under certain conditions, flows through a circuit containing inductance, capacitance, and resistance when a voltage is applied is known as Oscillatory discharge.
static electricity
A scary electrostatic discharge is commonly known as a lightning strike.
An atmospheric discharge of static electricity is commonly known as lightning. Lightning is a sudden electrostatic discharge that occurs during a thunderstorm when there is a buildup of electric charge in the atmosphere.
afraid
their is only one other name of electrostatic that is electromagnetism
A transistor
Static discharge is the spark associated with static electricity that is caused by electrostatic discharge.
grounding strap
That might refer to a lightning.
Frightening Lightning
They are shoes that are made to dissapate ElectroStatic Discharge which can damage electronics and computer parts.
There are three main types of electrostatic discharge (ESD): direct discharge, indirect discharge, and field-induced discharge. Direct discharge occurs when a charged object comes into direct contact with another object. Indirect discharge happens when the charged object interacts with another object that is not in direct contact. Field-induced discharge occurs when the electric field between objects causes a discharge without direct contact.