it's called a solar wind.
Light is a form of electromagnetic radiation. It is composed of bundles of particles called photons.
A stream of charged particles is called an electrical current.
A stream with gravel and rocks typically has a higher sediment load. The presence of gravel and rocks indicates that the stream has the ability to transport larger particles, which increases its sediment load compared to streams with smaller particles like sand or silt.
A+ Solar Eclipse (amosc@ marriyunmoneym)
The broad stream of electron particles bursting upward from the surface of the Sun is known as solar wind. Solar wind consists of charged particles, primarily electrons and protons, that are ejected from the Sun's corona due to its high temperatures. This continuous flow of particles travels through the solar system and can interact with planetary magnetic fields and atmospheres.
A fast-moving stream of particles released into space is called a solar wind. It is composed of charged particles, such as protons and electrons, that are expelled from the Sun and can interact with planetary magnetospheres.
Moving surface water. A+
Rubbing against rocks along the stream channel
The "jet stream".
Light is a form of electromagnetic radiation. It is composed of bundles of particles called photons.
A stream of charged particles is called an electrical current.
A stream with gravel and rocks typically has a higher sediment load. The presence of gravel and rocks indicates that the stream has the ability to transport larger particles, which increases its sediment load compared to streams with smaller particles like sand or silt.
A stream of charged particles moving outward from the sun is known as solar wind. These particles consist mainly of electrons and protons that are emitted by the sun's outermost layer, called the corona, at high speeds. Solar wind interacts with Earth's magnetic field and can cause phenomena such as auroras and geomagnetic storms.
For a given mass of stream water, its kinetic energy is proportional to the speed of flow squared. So, for example, if we double the speed of the stream its kinetic energy will increase by four fold. And kinetic energy can be found from the average force acting on some mass (e.g., those "particles") over a distance. So one can conclude that a faster moving stream can exert more force on the stones and debris in that stream. Which means the faster moving stream is more likely to be able to actually lift and carry larger heavier particles than the slower stream can. NOTE: This discounts particles that can float in a static stream, like wood chips, as they are carried without the stream flowing.
The different types of loads in a stream include bed load (particles moving along the stream bed), suspended load (fine particles carried in the water column), and dissolved load (chemical substances carried in solution). These loads contribute to the overall sediment transport and water quality of the stream.
A+ Solar Eclipse (amosc@ marriyunmoneym)
We typically think of surface water as primarily existing in lakes and rivers. Moving surface water would primarily be in the form of rivers and streams. Subsurface water moves as well, though slowly, in many aquifers. Indeed, even a glacier moves water in its solid form. There is, of course, turnover of water in any lake or swamp that has an outlet, so that water moves in a technical sense, though the characterization of moving water would typically be reserved for water moving fast enough to be noticeable. There does not seem to be a scientific criterion for how fast water needs to move to be considered "moving" in the macroscopic sense. a stream A+