"Solenoidal" Example Sentences
1. The magnetic field can be visualized as a solenoidal flow of charged particles.
2. The solenoidal component of the magnetic field can be found by taking the curl.
3. The solenoidal nature of the electric field is important in understanding induction phenomena.
4. The solenoidal system of equations describes the behavior of an incompressible fluid.
5. A solenoidal pump is used to move fluids without contact or contamination.
6. The solenoidal geometry of certain magnetic materials can be used in nanoscale devices.
7. The solenoidal distribution of electrical charge can cause interesting interactions between particles.
8. Solenoidal fields are important in many areas of physics and engineering, including plasma physics and electromagnetic shielding.
9. There are many ways to generate solenoidal magnetic fields, including using permanent magnets or electrical current.
10. The solenoidal flow of a fluid can be modified by changing the geometry of the channel or adding obstacles.
11. Solenoidal waves are a type of traveling wave that maintains its shape as it propagates through a medium.
12. The solenoidal deformation of a solid object can be used to control its mechanical properties.
13. Solenoidal actuators are used in robotics and automation to control the position or motion of mechanical components.
14. The solenoidal component of the magnetic field is important in controlling the behavior of charged particles in fusion reactors.
15. Solenoidal induction heating is a technique used to heat metal parts without contact or contamination.
16. The solenoidal component of the magnetic field can be used to power electric generators in renewable energy systems.
17. Solenoidal turbulence is a complex phenomenon that arises in many natural and engineered systems.
18. The solenoidal structure of magnetic fields in the universe is thought to play a role in the formation of stars and galaxies.
19. Solenoidal flows in the atmosphere can drive weather patterns and affect climate.
20. The solenoidal distribution of electrical charges in biological systems is important in many physiological processes.
21. Solenoidal vortices are a type of fluid flow that can be observed in many natural and engineering systems.
22. The solenoidal stress in a material can be used to predict its failure behavior under mechanical loading.
23. Solenoidal electric fields can be used to trap and manipulate particles in microfluidic devices.
24. The solenoidal configuration of magnetic fields in laboratory plasmas can be used to study the behavior of fusion fuels.
25. Solenoidal imaging is a technique used to visualize the blood flow in medical imaging.
26. The solenoidal magnetic fields in magnetic confinement fusion devices can be controlled to optimize fusion performance.
27. Solenoidal resonators are used in microwave and radio frequency circuits to filter or amplify signals.
28. The solenoidal component of the magnetic vector potential is important in calculating the magnetic field in electromagnetic systems.
29. Solenoidal currents can produce interesting effects in biological and electronic systems, such as magnetoreception and electromagnetic interference.
30. The solenoidal geometry of electromagnetic coils is important in many practical applications, such as electric motors and transformers.
Common Phases
1. The
solenoidal magnetic field was generated by the coils;
2. The
solenoidal geometry of the plasma confinement device ensured efficient particle confinement;
3. The
solenoidal torque acting on the rotor caused it to rotate;
4. The
solenoidal loop of wire produced a strong magnetic field;
5. The
solenoidal compression of the gas increased its temperature and pressure.