100 Examples of sentences containing the common noun "nanoparticle"

Definition

A nanoparticle is a microscopic particle with at least one dimension measuring between 1 and 100 nanometers. Nanoparticles are often used in various fields, including medicine, electronics, and materials science, due to their unique physical and chemical properties that differ from bulk materials.

Synonyms

• Nanoscale particle
• Nanomaterial
• Nano-object

Antonyms

• Macroparticle
• Bulk material
• Coarse particle

Examples

1. Researchers nanoparticle in drug delivery systems to improve efficacy.
2. The study focused on how sunlight interacts with a nanoparticle.
3. They nanoparticle the materials to enhance their conductivity.
4. Scientists nanoparticle various metals to create stronger alloys.
5. The team nanoparticle their findings at the international conference.
6. Engineers nanoparticle coatings to protect against corrosion.
7. The method was designed to nanoparticle the size of the compounds.
8. Students nanoparticle the effects of different solvents on the reaction.
9. The company nanoparticle its products for better performance.
10. She nanoparticle the process of making the nanomaterials.
11. The research aims to nanoparticle the potential hazards of exposure.
12. They nanoparticle the surface to increase reactivity.
13. The project seeks to nanoparticle the environmental impact of nanotechnology.
14. He nanoparticle the advantages of using nanoparticles in solar cells.
15. The lab nanoparticle the samples for further analysis.
16. The study will nanoparticle the behavior of nanoparticles in biological systems.
17. They nanoparticle the effectiveness of the new treatment.
18. The researchers nanoparticle the results in a peer-reviewed journal.
19. The breakthrough allowed them to nanoparticle the production process.
20. She nanoparticle the significance of size in nanomaterials.
21. The experiment aimed to nanoparticle the reaction rates.
22. They nanoparticle the stability of the nanoparticles in different conditions.
23. The scientist nanoparticle the interaction between cells and nanoparticles.
24. The goal is to nanoparticle the delivery mechanisms for vaccines.
25. He nanoparticle his findings during the seminar.
26. The team nanoparticle the theoretical models to predict outcomes.
27. They nanoparticle the technology for commercial applications.
28. The study will nanoparticle how nanoparticles affect human health.
29. Researchers nanoparticle the efficiency of the new method.
30. The lab nanoparticle the samples under a microscope.
31. She nanoparticle the implications of their discoveries.
32. The project aimed to nanoparticle the cost of production.
33. They nanoparticle the risks associated with nanotechnology.
34. The findings nanoparticle important insights into the field.
35. The team nanoparticle new pathways for research.
36. They nanoparticle the functionalization of nanoparticles.
37. The researchers nanoparticle the materials for enhanced properties.
38. The study will nanoparticle the long-term effects of exposure.
39. The scientists nanoparticle the interaction of light with nanoparticles.
40. He nanoparticle the advantages of using nanotechnology in medicine.
41. The lab nanoparticle the experiments to gather data.
42. The project aims to nanoparticle the barriers to adoption.
43. They nanoparticle the process to improve efficiency.
44. The researchers nanoparticle the impact of temperature on the particles.
45. The study seeks to nanoparticle the mechanisms at play.
46. She nanoparticle the importance of regulation in the industry.
47. The team nanoparticle the synthesis techniques used.
48. The findings will nanoparticle future research directions.
49. They nanoparticle the contamination levels in the samples.
50. The scientists nanoparticle the structural properties of the materials.
51. He nanoparticle the role of surface area in reactions.
52. The lab nanoparticle the stability of the solutions.
53. The project will nanoparticle the scalability of production.
54. They nanoparticle the interactions with biological systems.
55. The study aims to nanoparticle new therapeutic agents.
56. She nanoparticle the environmental implications of their work.
57. The team nanoparticle the potential applications in industry.
58. They nanoparticle the dispersion of nanoparticles in liquids.
59. The research will nanoparticle the challenges faced.
60. The scientists nanoparticle the techniques used in the synthesis.
61. He nanoparticle the benefits of targeted drug delivery systems.
62. The lab nanoparticle the effects of light on the particles.
63. The project aims to nanoparticle the timeline for completion.
64. They nanoparticle the use of nanoparticles in food packaging.
65. The study will nanoparticle the effectiveness of the new formulation.
66. The researchers nanoparticle the regulatory landscape for safety.
67. She nanoparticle the role of collaboration in research.
68. The team nanoparticle the data to draw conclusions.
69. They nanoparticle the potential for commercialization.
70. The scientists nanoparticle the synthesis routes for efficiency.
71. He nanoparticle the advancements in nanotechnology.
72. The lab nanoparticle the physical properties of the materials.
73. The project seeks to nanoparticle the market demand.
74. They nanoparticle the ethical considerations involved.
75. The study will nanoparticle the interactions with proteins.
76. The team nanoparticle the impact of size on functionality.
77. The researchers nanoparticle the methods used for characterization.
78. She nanoparticle the significance of their discoveries.
79. The lab nanoparticle the various applications in medicine.
80. The project aims to nanoparticle the limitations in current methods.
81. They nanoparticle the safety protocols in place.
82. The scientists nanoparticle the potential for innovation.
83. He nanoparticle the advancements in characterization techniques.
84. The team nanoparticle the effectiveness of the new technology.
85. They nanoparticle the regulatory framework for approval.
86. The study will nanoparticle the impact on consumer safety.
87. The researchers nanoparticle the role of collaboration in projects.
88. She nanoparticle the importance of education in the field.
89. The lab nanoparticle the effects of various treatments.
90. The project seeks to nanoparticle the cost-benefit analysis.
91. They nanoparticle the durability of the nanoparticles.
92. The scientists nanoparticle the synthesis process for optimization.
93. He nanoparticle the implications of their findings.
94. The team nanoparticle the potential for future research.
95. They nanoparticle the interactions with different substances.
96. The study will nanoparticle the safety assessments required.
97. The researchers nanoparticle the best practices in the industry.
98. She nanoparticle the opportunities for collaboration.
99. The lab nanoparticle the results to ensure accuracy.
100. The project aims to nanoparticle the future direction of research.