100 Examples of sentences containing the common noun "phosphor"

Definition

Phosphor is a noun that refers to a substance that exhibits the phenomenon of phosphorescence, which is the ability to emit light after being exposed to radiation. It is commonly used in various applications such as in lighting, displays, and fluorescent materials.

Synonyms

• Luminescent material
• Phosphorescent material
• Fluorescent substance

Antonyms

• Non-luminescent material
• Dark substance
• Absorptive material

Examples

1. The scientist discovered a new type of phosphor that emits a bright green light.
2. When exposed to UV light, the phosphor in the paint glows in the dark.
3. Engineers are developing a more efficient phosphor for LED lights.
4. The phosphor used in television screens significantly improves color quality.
5. Researchers are studying the properties of organic phosphor compounds.
6. The glow-in-the-dark stars on the ceiling are made of a special phosphor.
7. The phosphor in the monitor provides better visibility in low-light conditions.
8. Some phosphor materials can be reused after their initial glow fades.
9. The artist incorporated a phosphor into her paintings for a unique effect.
10. Phosphor technology is essential for modern display devices.
11. The phosphor layer in the bulb enhances its brightness.
12. He was fascinated by how the phosphor could change color under different lights.
13. The phosphor used in the experiment was highly sensitive to temperature changes.
14. She purchased a phosphor that would last for several hours after activation.
15. The phosphor in the alarm clock glows softly at night.
16. The researchers synthesized a novel phosphor that could revolutionize lighting.
17. The phosphor in the fluorescent tube is responsible for its bright output.
18. They compared the efficiency of different types of phosphor for various applications.
19. The phosphor in the watch dial allows it to be read in the dark.
20. A good phosphor can make a significant difference in display technology.
21. The phosphor used in the device was developed for high-performance applications.
22. The glow of the phosphor captivated everyone in the dark room.
23. They observed how the phosphor reacted to different wavelengths of light.
24. The phosphor coating on the glass made it appear magical.
25. The team focused on improving the durability of the phosphor materials.
26. A new phosphor has been discovered that can store light energy longer.
27. The phosphor in fireworks produces stunning visual effects.
28. She was amazed by the bright phosphor in the aquarium.
29. The phosphor technology is being adapted for use in mobile devices.
30. The phosphor particles were analyzed under a microscope.
31. The brightness of the phosphor can be adjusted for different settings.
32. He collected samples of various phosphor materials for his research.
33. The phosphor in the paint allowed the mural to glow at night.
34. The lab experimented with different phosphor compositions.
35. The phosphor emits light when it is stimulated by a radiation source.
36. The researchers found that the phosphor had a longer lifespan than expected.
37. The effectiveness of the phosphor is essential for the display's performance.
38. The phosphor was used in the creation of the latest smartphone screens.
39. They discovered a rare phosphor that could emit multiple colors.
40. The phosphor was coated on the inside of the tube to maximize light output.
41. The phosphor used in laser technology is critical for generating clear images.
42. The phosphor in the printer allows for vibrant color reproduction.
43. The product's success relied heavily on the quality of the phosphor used.
44. The phosphor glowed brightly when exposed to black light.
45. She explained how the phosphor works to her classmates.
46. The phosphor was carefully applied to ensure even distribution.
47. The team was excited to analyze the performance of the new phosphor.
48. The phosphor layer needs to be optimized for energy efficiency.
49. The glow from the phosphor provided a calming atmosphere.
50. They experimented with various phosphor formulations to enhance performance.
51. The phosphor characteristics were published in a scientific journal.
52. The exciting aspect of the phosphor was its ability to glow for hours.
53. He wanted to learn more about the properties of different phosphor types.
54. The phosphor in the toy made it a favorite among children.
55. The brightness of the phosphor could be adjusted for different environments.
56. The phosphor was an integral part of the experimental setup.
57. The phosphor absorbed energy from the light and released it slowly.
58. They conducted tests to measure the lifespan of the phosphor.
59. The artist chose a vibrant phosphor for her latest installation.
60. The phosphor used in the application demonstrated excellent energy retention.
61. The glow of the phosphor illuminated the room beautifully.
62. The phosphor was essential in creating the desired visual effect.
63. The researchers were thrilled to discover a new phosphor variant.
64. The phosphor can be incorporated into various materials for different uses.
65. The phosphor in the lamp was designed to last longer than traditional ones.
66. The phosphor technology has transformed how we view displays.
67. The team analyzed the chemical structure of the phosphor.
68. The phosphor particles reacted differently under varying temperatures.
69. The museum displayed art that featured a unique phosphor element.
70. The phosphor was applied in thin layers for effective light emission.
71. She marveled at the phosphor display during the science fair.
72. The phosphor used in the experiment was sourced from a reliable supplier.
73. The glow from the phosphor was mesmerizing during the demonstration.
74. The phosphor was mixed with other materials to enhance its properties.
75. The phosphor used in the device had to meet strict safety regulations.
76. The researchers documented the findings related to the new phosphor.
77. The phosphor provided a soft light that was easy on the eyes.
78. The phosphor was integral to the project’s success.
79. The phosphor could be utilized in various industries, including healthcare.
80. The artist used a special phosphor that changed color over time.
81. The phosphor emitted a faint glow, adding charm to the room.
82. They had to ensure the phosphor was compatible with other materials.
83. The phosphor created a stunning visual display during the presentation.
84. The team conducted a study to improve the efficacy of the phosphor.
85. The phosphor was selected for its unique light-emitting properties.
86. The scientists were excited to test the new phosphor under different conditions.
87. The phosphor in the display was engineered for maximum brightness.
88. The artist's innovative use of phosphor drew attention at the gallery.
89. The phosphor helped improve visibility in various applications.
90. The phosphor was carefully assessed for its long-term stability.
91. He explained the science behind the phosphor to the audience.
92. The phosphor used in modern technology is often synthesized in labs.
93. The glow of the phosphor added an enchanting effect to the setting.
94. The phosphor was crucial for enhancing the product's appeal.
95. The phosphor was activated by a specific light wavelength.
96. The team experimented with eco-friendly phosphor alternatives.
97. The phosphor coating improved the efficiency of energy use.
98. The phosphor was carefully chosen for its luminescent properties.
99. The glow from the phosphor created an inviting atmosphere.
100. The researchers published their findings on the new phosphor in a journal.