| Term | Definition | Contributor | Modified |
|---|---|---|---|
| Plants, Reproduction in | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants, Respiration of | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants, Sex in | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants--Structure | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants, Textile | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants, Transmutation of | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants, Transpiration of | No definition provided | Christopher Rauch | 2023.12.01 |
| plant stress | No definition provided | Ryan McGranaghan | 2023.04.16 |
| Plants, Tropical | No definition provided | Christopher Rauch | 2023.12.01 |
| Plant structure | No definition provided | Christopher Rauch | 2023.12.01 |
| Plants, Useful | No definition provided | Christopher Rauch | 2023.12.01 |
| Plant uptake | No definition provided | Ryan McGranaghan | 2023.04.16 |
| plasma | A gas that is ionized sufficiently to be a good electrical conductor and be affected by magnetic fields. | Ryan McGranaghan | 2023.04.16 |
| plasma | a fourth state of matter where atoms are broken down into ions and separate electrons | Ryan McGranaghan | 2023.04.16 |
| plasma | No definition provided | Ryan McGranaghan | 2023.04.16 |
| Plasma | The material in the sun and its atmosphere -- as well as the material in Earth's ionosphere, aurora and fluorescent lights -- are all plasmas. Plasma is a state of matter much like solid, liquid and g as. Plasmas are so incredibly hot, that the electrons leave their atoms, making it essentially a gas of charged particles. While uncommon on Earth, 99% of the matter we can see in the universe is made of plasma. The electrical charge strongly affects how the particles move, since the particles are simultaneously governed by, and constantly creating, magnetic fields. For example, in close-up images of solar activity you can see the plasma very clearly following the magnetic field lines. Conversely, as plasma moves, it drags its own magnetic fields along for the ride. This constant interchange is one reason why studying the dynamics of plasma on the sun or in the magnetosphere is so challenging. | Ryan McGranaghan | 2023.04.16 |
| Plasma | No definition provided | Ryan McGranaghan | 2023.04.16 |
| Plasma and MHD instabilities | No definition provided | Ryan McGranaghan | 2023.04.16 |
| Plasma astrophysics | No definition provided | Ryan McGranaghan | 2023.04.16 |
| Plasma astrophysics | No definition provided | Ryan McGranaghan | 2023.04.16 |