100 Examples of sentences containing the noun "convection"

Definition

Convection refers to the process of heat transfer through a fluid (liquid or gas) caused by the motion of the fluid itself. It occurs when warmer parts of the fluid rise while cooler parts sink, creating a circulation pattern. In a more general sense, convection can also refer to the movement of heat through different mediums, such as in cooking or atmospheric phenomena.

Synonyms

• Circulation
• Transfer
• Movement
• Flow
• Dispersion

Antonyms

• Conduction
• Radiation
• Stagnation
• Stillness
• Immobility

Examples

1. The chef used convection to evenly cook the roast in the oven.
2. The convection of air in the room helped distribute the heat from the radiator.
3. Scientists study convection currents in the ocean to understand climate change.
4. The convection process in the atmosphere is crucial for weather patterns.
5. To improve efficiency, the engineers designed a system that utilizes convection to heat water.
6. The boiling water showed signs of convection as bubbles rose to the surface.
7. The convection oven cooks food faster than a traditional oven.
8. In weather systems, convection plays a key role in cloud formation.
9. The convection of magma beneath the Earth's crust causes volcanic activity.
10. The convection currents in the room kept the temperature stable.
11. We learned how convection differs from conduction and radiation in science class.
12. The convection method is often preferred for baking pastries.
13. During the lecture, the professor explained the principles of convection.
14. Convection in fluids is essential for many natural processes.
15. The convection heat transfer is more efficient than conduction alone.
16. The convection system in the furnace distributes warmth throughout the house.
17. In the lab, we observed convection in the heated liquid.
18. The convection of air is responsible for the formation of wind.
19. The effects of convection are evident in the rising smoke from the fire.
20. Engineers utilize convection principles to design better cooling systems.
21. The convection in the atmosphere can lead to severe weather events.
22. Understanding convection is crucial for meteorologists predicting storms.
23. The convection process is vital for maintaining temperature in aquariums.
24. The heat from the stove creates convection currents in the pot.
25. The convection model explains how heat travels through fluids.
26. She noticed convection patterns while boiling soup on the stove.
27. The convection of heated air made the room feel cozy.
28. The convection current helped disperse the fragrance of the candles.
29. The convection in the Earth's mantle drives tectonic plate movements.
30. The convection method is ideal for roasting vegetables.
31. In cooking, convection allows for even browning of the food.
32. The convection currents can create turbulent flow in the atmosphere.
33. He explained how convection is used in industrial heating processes.
34. The convection currents in the water helped mix the ingredients.
35. Her experiments demonstrated the principles of convection.
36. The room temperature increased due to convection from the heater.
37. The convection in the atmosphere can cause temperature fluctuations.
38. The convection of heat is fundamental in meteorology.
39. The convection process is also used in some types of refrigerators.
40. The convection patterns influenced the flight of the birds.
41. The convection of air is essential for the operation of wind turbines.
42. The convection in the ocean affects marine ecosystems.
43. The convection method is often used in commercial kitchens.
44. The increased convection led to a more even temperature distribution.
45. She studied the impact of convection on heat loss in buildings.
46. The convection currents were visible in the boiling pot.
47. The convection of air helps to regulate the temperature inside a greenhouse.
48. They observed convection in the liquid during the experiment.
49. The convection oven has a fan that circulates hot air.
50. The convection of air can lead to the formation of clouds.
51. The convection currents help distribute nutrients in the ocean.
52. The convection process is critical in many engineering applications.
53. The convection model explains how heat is transferred in fluids.
54. The convection cycle is a key concept in fluid dynamics.
55. She utilized convection to improve the cooking process.
56. The convection currents in the atmosphere can influence flight paths.
57. The convection of heat is more effective than conduction alone.
58. He designed the experiment to study convection in different fluids.
59. The convection process is essential for understanding global warming.
60. The convection of warm air created a comfortable environment.
61. The convection currents in the sky gave rise to beautiful cloud formations.
62. The chef preferred convection cooking for its speed and efficiency.
63. The convection currents were responsible for the swirling patterns in the liquid.
64. The principles of convection are applied in various scientific fields.
65. The convection in the ocean influences weather patterns.
66. The convection oven's design allows for even cooking.
67. The convection of heat in the room kept everyone warm.
68. The convection currents can affect the behavior of boats on the water.
69. The convection of liquids is a fascinating subject in physics.
70. The convection method is commonly used in baking.
71. The convection currents allowed the heat to spread quickly.
72. She explained the role of convection in climate systems.
73. The convection of air can impact the efficiency of heating systems.
74. The convection patterns were evident in the swirling smoke.
75. The convection of hot air helped dry the wet clothes.
76. The convection in the atmosphere is responsible for weather changes.
77. The convection currents were strong enough to move the boat.
78. He studied convection as part of his physics course.
79. The convection process is often overlooked in everyday life.
80. The convection of heat can lead to energy losses.
81. The convection currents created by the heater made the room feel warm.
82. The convection of fluids is a critical aspect of many natural processes.
83. The convection of air is integral to the operation of heating systems.
84. The convection oven is a popular choice for many home cooks.
85. The convection currents caused the soup to boil rapidly.
86. The convection process is essential for maintaining temperature in reactors.
87. The convection of air affects the distribution of pollutants.
88. The convection method allows for precise cooking temperatures.
89. The convection currents helped mix the ingredients thoroughly.
90. The convection in the atmosphere is a fascinating topic in meteorology.
91. The convection of heat is crucial for effective cooking techniques.
92. The convection currents were responsible for the weather changes.
93. The convection process can lead to efficient energy use.
94. The convection of warm air contributed to a comfortable indoor climate.
95. The convection in the ocean can impact marine life.
96. The convection method improved the overall cooking quality.
97. The convection of air is important for ventilation systems.
98. The convection currents helped to evenly distribute the heat.
99. The convection process is vital for many industrial applications.
100. The convection of heated air created a pleasant atmosphere.