100 Examples of sentences containing the common noun "geosynchronous"

Definition

"Geosynchronous" refers to a specific type of orbit in which a satellite has an orbital period that matches the Earth's rotation period. This means that the satellite appears to remain in a fixed position relative to the Earth's surface, making it useful for telecommunications, weather monitoring, and other applications.

Synonyms

• Geostationary (when the orbit is circular and aligned with the equator)
• Orbital
• Satellite (in a broader context)

Antonyms

• Non-geosynchronous
• Geostationary (when used in a contrasting context)
• Low Earth orbit (LEO) (in terms of satellite positioning)

Examples

1. The satellite will geosynchronous with the Earth’s rotation.
2. Engineers designed the new communication device to geosynchronous with existing satellites.
3. The purpose of the mission is to ensure that the satellite can remain geosynchronous.
4. Many weather satellites are placed in geosynchronous orbits.
5. If the satellite fails to geosynchronous, it will drift out of the intended position.
6. The launch was successful, and the satellite is now geosynchronous.
7. They plan to geosynchronous their new satellite to enhance coverage.
8. The technology allows us to geosynchronous with multiple satellites at once.
9. To maintain a geosynchronous position, the satellite must make regular adjustments.
10. The research team is studying how to keep satellites geosynchronous despite atmospheric conditions.
11. The company specializes in geosynchronous satellite technology.
12. A geosynchronous satellite can provide uninterrupted service.
13. We need to ensure that our satellite can geosynchronous effectively.
14. The geosynchronous orbit allows for constant monitoring of the same area.
15. The engineers worked hard to make the satellite geosynchronous.
16. After several attempts, they successfully managed to geosynchronous the satellite.
17. Scientists are exploring new ways to keep satellites geosynchronous.
18. The geosynchronous nature of the satellite aids in signal stability.
19. A geosynchronous orbit can be achieved by launching at the right altitude.
20. We must track the satellite to confirm it is geosynchronous.
21. The design was adjusted to ensure the satellite would remain geosynchronous.
22. The satellite’s ability to be geosynchronous is critical for its mission.
23. It's essential to keep the satellite geosynchronous during its operational life.
24. The communication systems rely on geosynchronous satellites for efficient transmission.
25. The launch window is crucial for achieving a geosynchronous orbit.
26. The satellite can geosynchronous with multiple ground stations.
27. A malfunction could prevent the satellite from being geosynchronous.
28. The geosynchronous position offers a unique advantage for surveillance.
29. This satellite is designed to be geosynchronous for better data collection.
30. Engineers must ensure that all components allow the satellite to geosynchronous properly.
31. The geosynchronous orbit is a preferred choice for many applications.
32. The mission’s success depends on the satellite being geosynchronous.
33. They aim to launch several geosynchronous satellites in the coming years.
34. A geosynchronous satellite can continuously monitor weather patterns.
35. To be geosynchronous, the satellite must orbit at approximately 35,786 kilometers above the equator.
36. The geosynchronous orbit is advantageous for TV broadcasting.
37. The satellite's ability to remain geosynchronous is a technological marvel.
38. The project was initiated to create geosynchronous capabilities for national security.
39. The satellite will need to geosynchronous to maintain its operational parameters.
40. A geosynchronous orbit helps in reducing latency in communications.
41. The company's goal is to have a fleet of geosynchronous satellites.
42. The satellite's systems were tested to ensure they could geosynchronous effectively.
43. The team is focused on innovations that will allow them to geosynchronous more satellites.
44. The geosynchronous orbit is crucial for telecommunications infrastructure.
45. They are developing technology to help satellites geosynchronous despite orbital decay.
46. The satellite will be placed into a geosynchronous orbit to enhance its functionality.
47. For the satellite to remain geosynchronous, it must have a precise launch trajectory.
48. The geosynchronous aspect of the satellite makes it invaluable for disaster response.
49. Ground control will monitor the satellite to ensure it stays geosynchronous.
50. The geosynchronous satellites provide constant connectivity for users.
51. The satellite's primary objective is to geosynchronous for effective communication.
52. They are exploring ways to improve the stability of geosynchronous orbits.
53. The engineers were thrilled when the satellite successfully became geosynchronous.
54. The satellite can effectively geosynchronous with minimal energy consumption.
55. The launch site was selected to facilitate a geosynchronous orbit.
56. The geosynchronous orbit can help minimize the impact of atmospheric interference.
57. The satellite's mission is to remain geosynchronous over its entire lifespan.
58. New technologies are being developed to enhance geosynchronous capabilities.
59. The geosynchronous nature of satellites helps in real-time data retrieval.
60. The satellite's systems were calibrated to ensure it would geosynchronous.
61. They planned to geosynchronous the satellite to serve multiple regions.
62. The engineers were confident in the satellite's ability to geosynchronous.
63. A geosynchronous orbit allows for constant satellite visibility from the ground.
64. The satellite's performance is heavily reliant on its geosynchronous capabilities.
65. The team analyzed the satellite's trajectory to ensure it could geosynchronous.
66. The satellite's geosynchronous position provides a strategic advantage.
67. The project aims to create sustainable geosynchronous technology.
68. To geosynchronous effectively, the satellite must be equipped with advanced propulsion.
69. The satellite needs to geosynchronous to fulfill its mission requirements.
70. A geosynchronous orbit allows for uninterrupted service delivery.
71. The launch was carefully timed to ensure the satellite would geosynchronous.
72. Engineers are working on new methods to help satellites remain geosynchronous.
73. The satellite can be adjusted to ensure it remains geosynchronous even with changing conditions.
74. The geosynchronous capability of the satellite is vital for emergency services.
75. The satellite is expected to geosynchronous after a series of maneuvers.
76. The geosynchronous orbit is essential for broadcasting signals across vast distances.
77. The satellite’s mission plan includes several phases to ensure it can geosynchronous.
78. The team is developing algorithms to help predict when the satellite will geosynchronous.
79. The geosynchronous position allows for efficient use of resources.
80. The satellite's ability to geosynchronous is a key feature of its design.
81. They celebrated when the satellite successfully became geosynchronous.
82. The geosynchronous orbit is a critical component of modern satellite systems.
83. Engineers must regularly monitor the satellite to keep it geosynchronous.
84. The project focuses on improving the reliability of geosynchronous satellites.
85. The satellite is designed to geosynchronous with minimal fuel consumption.
86. The importance of a geosynchronous orbit cannot be overstated in modern technology.
87. The company's new satellite is expected to geosynchronous within hours of launch.
88. The satellite's systems are optimized to maintain a geosynchronous position.
89. The research aims to enhance the efficiency of geosynchronous satellites.
90. The satellite's geosynchronous orbit allows for accurate tracking of movements.
91. The engineers were thrilled to see the satellite geosynchronous successfully.
92. The geosynchronous nature of the satellite ensures it can provide continuous service.
93. The team is excited about the potential of their new geosynchronous technology.
94. The geosynchronous orbit is preferred for many types of satellites.
95. The satellite must constantly adjust to remain geosynchronous.
96. The mission’s success hinges on the satellite being geosynchronous.
97. Their goal is to enable more satellites to geosynchronous with less effort.
98. The geosynchronous satellite plays a crucial role in global communications.
99. They need to ensure the satellite can geosynchronous despite external factors.
100. The satellite’s geosynchronous capabilities are an important part of its design.