100 Examples of sentences containing the common noun "supersaturation"

Definition

Supersaturation refers to a state in which a solution contains more solute than it can theoretically hold at a given temperature and pressure. This condition can lead to the formation of crystals or precipitates as the excess solute comes out of solution. It can also describe states in other contexts, such as in atmospheric science, where the air holds more moisture than it can sustain, leading to phenomena like fog or dew.

Synonyms

• Over-saturation
• Excess saturation
• Hyper-saturation

Antonyms

• Undersaturation
• Saturation
• De-saturation

Examples

1. The chemist noted that the solution had reached a point of supersaturation.
2. When the temperature dropped, the liquid supersaturated and crystals began to form.
3. The weather report indicated a supersaturation of moisture in the air.
4. To study the phenomenon, the scientists deliberately supersaturated the solution.
5. The experiment failed because the solute was pushed into supersaturation too quickly.
6. During the cooling process, the solution became supersaturated with sugar.
7. The concept of supersaturation is crucial in understanding crystal growth.
8. The artist used supersaturated colors to create a vivid painting.
9. In the lab, we observed how supersaturation affects solute behavior.
10. The humidity levels were so high that they caused supersaturation in the atmosphere.
11. The supersaturation of the sugar solution led to rapid crystallization.
12. Engineers must account for supersaturation when designing cooling systems.
13. The air became supersaturated, resulting in heavy dew the next morning.
14. After adding more salt, the water was on the verge of supersaturation.
15. The supersaturation process can be used to create high-purity crystals.
16. As the temperature increased, the solution lost its supersaturation.
17. The phenomenon of supersaturation can be observed in nature, like in cloud formation.
18. They carefully controlled the conditions to achieve supersaturation.
19. The supersaturation of the environment led to unexpected weather patterns.
20. In geology, supersaturation can influence mineral deposits.
21. The experiment demonstrated how quickly a liquid can reach supersaturation.
22. Supersaturation is often a key factor in the production of certain pharmaceuticals.
23. The team studied how supersaturation affects the rate of crystallization.
24. Understanding supersaturation is essential for developing effective cooling techniques.
25. The supersaturation of the air resulted in dramatic changes in weather.
26. As it cooled, the solution became increasingly supersaturated.
27. The supersaturation of fats in the diet can lead to health issues.
28. A sudden change in temperature can trigger supersaturation.
29. The researchers found that supersaturation was critical for their study of solubility.
30. The recipe called for supersaturating the solution to create the desired flavor.
31. The supersaturation of pollutants in the water was alarming.
32. Plants often rely on supersaturation for nutrient absorption.
33. The supersaturation of the saltwater environment impacted marine life.
34. They learned that supersaturation is a delicate balance.
35. The supersaturation of the environment can lead to heavy rainfall.
36. The project aimed to harness supersaturation for energy production.
37. The team was surprised by the rapid supersaturation of the solution.
38. He explained how supersaturation is a natural occurrence in some ecosystems.
39. The supersaturation of the solution was monitored closely.
40. They observed how the supersaturation changed with varying temperatures.
41. The supersaturation in the atmosphere contributed to fog formation.
42. She conducted experiments to determine the effects of supersaturation.
43. The supersaturation process is crucial in industrial applications.
44. A dramatic drop in temperature can lead to supersaturation.
45. The study focused on the effects of supersaturation on crystal size.
46. Supersaturation can occur in various chemical processes.
47. The phenomenon of supersaturation is used in meteorology to predict storms.
48. The project's goal was to study supersaturation in different environments.
49. The supersaturation of the solution was unexpected.
50. They needed to avoid supersaturation to maintain the integrity of their solution.
51. A key aspect of the research was understanding how supersaturation works.
52. The supersaturation of nutrients in the soil affected plant growth.
53. The rapid supersaturation of the solution surprised the scientists.
54. They were able to control the supersaturation levels precisely.
55. The supersaturation of the gas led to the formation of bubbles.
56. Understanding supersaturation is important for climate studies.
57. The supersaturation in the air was indicative of an incoming storm.
58. The experiment was designed to maximize supersaturation.
59. The supersaturation of the solution caused it to become unstable.
60. They observed that supersaturation could lead to unpredictable outcomes.
61. The supersaturation of a solution is a critical factor in crystallization.
62. The phenomenon of supersaturation can have significant implications for industry.
63. They documented the effects of supersaturation on different materials.
64. The supersaturation of the air created ideal conditions for ice formation.
65. The researchers theorized that supersaturation could be harnessed for new technologies.
66. The study highlighted the role of supersaturation in natural processes.
67. A careful balance is required to prevent supersaturation in chemical reactions.
68. The supersaturation of the solution was achieved through careful manipulation.
69. They discovered that supersaturation can enhance certain reactions.
70. The supersaturation of the solution was a key finding of the study.
71. The supersaturation of the environment can drive ecological changes.
72. The researchers were fascinated by the effects of supersaturation.
73. The supersaturation of moisture in the air was palpable.
74. The team aimed to explore the limits of supersaturation.
75. The supersaturation levels were recorded throughout the experiment.
76. They learned how to prevent supersaturation in their processes.
77. The supersaturation of the ocean can influence weather patterns.
78. As the solution cooled, it reached a point of supersaturation.
79. The supersaturation of the atmosphere contributed to the formation of clouds.
80. The study revealed the complexities of supersaturation.
81. They investigated how temperature fluctuations affect supersaturation.
82. The supersaturation of the solution was a pivotal moment in the experiment.
83. The team developed a method to control supersaturation effectively.
84. The supersaturation in the air created a thick mist.
85. The experiment demonstrated the risks of supersaturation.
86. The supersaturation levels fluctuated throughout the day.
87. Researchers are studying the implications of supersaturation on mineral formation.
88. The supersaturation of the environment can lead to extreme weather.
89. The scientists aimed to replicate the conditions that lead to supersaturation.
90. A sudden drop in temperature can cause supersaturation in liquids.
91. The supersaturation of the solution was essential for the desired reaction.
92. They monitored supersaturation to ensure the experiment's success.
93. The supersaturation of the air was a precursor to the storm.
94. The team was intrigued by how supersaturation can enhance solubility.
95. The supersaturation of carbon dioxide in the ocean is a growing concern.
96. They discovered that certain conditions can lead to supersaturation unexpectedly.
97. The supersaturation of the atmosphere was visible in the morning haze.
98. The researchers focused on the role of supersaturation in crystallization.
99. The supersaturation of the solution was critical for achieving the desired purity.
100. They learned to control supersaturation to optimize their results.