hi im a 14 year old boy and i got this one...look... Plasma is often called the "Fourth State of Matter," the other three being solid, liquid and gas. A plasma is a distinct state of matter containing a significant number of electrically charged particles, a number sufficient to affect its electrical properties and behavior. In addition to being important in many aspects of our daily lives, plasmas are estimated to constitute more than 99 percent of the visible universe.
In an ordinary gas each atom contains an equal number of positive and negative charges; the positive charges in the nucleus are surrounded by an equal number of negatively charged electrons, and each atom is electrically "neutral." A gas becomes a plasma when the addition of heat or other energy causes a significant number of atoms to release some or all of their electrons. The remaining parts of those atoms are left with a positive charge, and the detached negative electrons are free to move about. Those atoms and the resulting electrically charged gas are said to be "ionized." When enough atoms are ionized to significantly affect the electrical characteristics of the gas, it is a plasma. In many cases interactions between the charged particles and the neutral particles are important in determining the behavior and usefulness of the plasma. The type of atoms in a plasma, the ratio of ionized to neutral particles and the particle energies all result in a broad spectrum of plasma types, characteristics and behaviors. These unique behaviors cause plasmas to be useful in a large and growing number of applications important to our lives and to the world around us. caleb crow. In an ordinary gas each atom contains an equal number of positive and negative charges; the positive charges in the nucleus are surrounded by an equal number of negatively charged electrons, and each atom is electrically "neutral." A gas becomes a plasma when the addition of heat or other energy causes a significant number of atoms to release some or all of their electrons. The remaining parts of those atoms are left with a positive charge, and the detached negative electrons are free to move about. Those atoms and the resulting electrically charged gas are said to be "ionized." When enough atoms are ionized to significantly affect the electrical characteristics of the gas, it is a plasma. In many cases interactions between the charged particles and the neutral particles are important in determining the behavior and usefulness of the plasma. The type of atoms in a plasma, the ratio of ionized to neutral particles and the particle energies all result in a broad spectrum of plasma types, characteristics and behaviors. These unique behaviors cause plasmas to be useful in a large and growing number of applications important to our lives and to the world around us.
Plasma physics is the study of the behavior and properties of a state of matter known as plasma, which is an ionized gas consisting of positively charged ions and free electrons. This field of physics explores the fundamentals of plasma as well as its applications in areas such as fusion energy research, space physics, and plasma processing technologies.
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Plasma Physics
No, the plasma in blister is the term in biology and is the fluid medium of the blood. The plasma in a television is the term in physics and is ionized gas in plasma state.
Plasma physics is the study of charged particles and fluids that make up plasma, the fourth state of matter. It deals with phenomena at high temperatures and pressures, such as those found in stars, fusion reactors, and some industrial processes. Plasma physics is crucial for understanding fundamental processes in nature and developing technologies like plasma TVs, fusion energy, and plasma processing for material manufacturing.
Plasma physics is the study of a state of matter in which gas molecules are stripped of their electrons, resulting in a collection of positively charged ions and free electrons. This field explores the behavior, properties, and dynamics of plasmas, which are commonly found in stars, lightning, and some man-made devices like fusion reactors. Plasma physics is crucial in understanding natural phenomena and developing technologies such as plasma TVs and particle accelerators.
Plasma physics is the branch of physics that deals with ionized gases, often referred to as plasmas. This field studies the behavior of charged particles in these states and their interactions with electromagnetic fields. Plasma physics has a wide range of applications, from astrophysics to nuclear fusion research.
A tokamak is a device used to confine high-temperature plasma for the purpose of studying nuclear fusion. It creates a magnetic field that confines the plasma in a toroidal shape, allowing for controlled fusion reactions to occur. Tokamaks are essential in advancing our understanding of plasma physics and developing fusion energy as a sustainable power source.
In physics and astronomy, a star is a huge globe of plasma that emits its own radiation.
Of course it is! Didn't you get your Ph.D. in Nuclear Physics?
Depends on which kind of plasma you're talking about, the one in physics or the one in blood. Plasma in physics occurs when a gas is heated to an extreme temperature... plasma (like a gas) has not definite shape or volume it will expand to fit its container although plasma is the most common state of matter...It is dangerous to humans and occurs in outer space....the stars, and sun are made of plasma It does occur in lightning though...
Condensed matter physics and material physics are both in high demand right now with regard to metamaterials, nanotechnology, semiconductors, and quantum computing. High-energy physics and plasma physics is in demand with regard to energy technologies, fusion, and ion plasma propulsion (big at JPL at the moment).