Conduction example sentences
Related (9): heat, electricity, convection, thermal, transfer, insulation, conductor, temperature, resistance
"Conduction" Example Sentences
Common Phases
1. Heat conduction occurs through physical contact between objects at different temperatures.
2. Electrical conduction takes place through the flow of electrons in metals and charged particles in liquids and electrolytes.
3. Nerve impulses are conducted along neurons through electrochemical conduction.
4. Sound conduction occurs through vibrations transmitted through a medium, like air or water.
5. They studied conduction in different materials and measured their conductivity.
6. The heat conduction depends on the material's thermal conductivity.
7. Metals make good conductors due to electron mobility and free electrons for electrical conduction.
8. Loss of conduction along nerve fibers can lead to loss of sensation or paralysis.
9. Conduction can be aided by modifications to the material's surface area and thickness.
10. Studies in nerve conduction aim to diagnose nerve damage and diseases.
11. Good insulators minimize conduction to reduce loss or transfer of energy.
12. Electrical conduits provide enclosed pathways for electrical wire conduction.
13. Strong ionic compounds tend to exhibit good electrolytic conduction.
14. Liquids are often better heat conductors than gases due to particle density.
15. Metal rods are commonly used for heat conduction in cooking appliances.
16. The process of conduction involves the transfer of energy without movement of mass.
17. Conduction bands allow for electron conduction in semiconductors and doped silicon.
18. Gases exhibit poor thermal conduction and are often used for insulation.
19. Wrapping an object in foil reduces heat conduction to and from the environment.
20. Conductance is a measure of a material's ability to allow conduction to occur.
21. Fluids make good heat conductors due to molecular movement and frequent collisions.
22. Magnetic fields can interfere with electrical conduction in nearby wires.
23. Nerve conduction studies evaluate speeds of nerve signal transmission.
24. The experiment demonstrated principles of heat conduction and convection.
25. Ionic substances readily allow electrolytic conduction during solution.
26. Poor conduction prevents efficient transmission of energy through a substance.
27. Conduction requires a potential difference, like a temperature or voltage gradient.
28. Crystals exhibit anisotropic conduction with different rates along different axes.
29. Heat is conducted through direct molecular contact and collisions between particles.
30. Audio cables provide pathways for conduction of electrical audio signals.
31. Liquids exhibit better heat conduction due to higher molecular collision rates.
32. His work focused on advancing theories of heat conduction and diffusion.
33. Electrical cables enable long-distance conduction of electrical signals and power.
34. They studied the conduction of heat in different materials and insulators.
35. Copper has one of the highest conductivities of any metal for electrical conduction.
36. Propagation of action potentials involves conduction along neuron axons and dendrites.
37. Gases have low thermal conductivities due to infrequent molecular collisions.
38. The wire is designed to maximize conduction of electrical current within its gauge.
39. Heat sinks maximize surface area to optimize conductive heat transfer.
40. Lamellar structures limit conductive heat transfer perpendicular to their planes.
41. X-rays indicated areas of poor electrical conduction through the neural tissue.
42. Conduction accounts for the majority of heat transfer between solid objects.
43. Semiconductor doping modifies conduction band structure to improve conductivity.
44. Anisotropic crystals can exhibit different conductive properties along axes.
45. Conduction refers to the process of transferring energy via direct contact.
46. He pioneered our current understanding of heat conduction and diffusion rates.
47. Electrical conductivity depends on available charge carriers and mobility.
48. His experiments aimed to improve our understanding of heat conduction mechanisms.
49. Conduction velocity is the speed at which impulses travel along nerve fibers.
50. The network provides pathways for conduction of electrical signals between devices.
51. Conduction block can occur when myelin sheaths fail to conduct nerve impulses.
52. Electrical signals are conducted along transmission lines through the network.
53. The scientists studied how anisotropy affects conductive properties in crystals.
54. The cable provides circuit continuity to allow current conduction within the loop.
55. His work clarified the role of anatomy on neural conduction in damaged nerves.
56. She developed techniques to measure conduction velocities in peripheral nerves.
57. The wire gauge affects its ability to conduct electrical current over distances.
58. Thermal conductivity is a material's property indicating its ability for conduction.
59. Magnetic shielding can help reduce interference with electrical signal conduction.
60. Reduced conduction velocity is a sign of demyelination and nerve fiber damage.