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FT-F3 Miniature Sensor: Overcoming Terrain with UAV Meteorological Surveys

FT-F3 Miniature Sensor: Overcoming Terrain with UAV Meteorological Surveys

Traditional meteorological monitoring stations are relatively fixed in distribution, making it difficult to comprehensively cover complex terrains and vast areas. There are also certain limitations in the timeliness of data. Mobile meteorological monitoring can flexibly penetrate different regions t...

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Water Level Monitoring System: Bridging Data and Action for Water Security

Water Level Monitoring System: Bridging Data and Action for Water Security

Water level warning is an important means of preventing flood disasters and ensuring the rational utilization of water resources. When the water level of rivers and lakes exceeds the safety threshold, it may trigger floods, submerge farmland, destroy houses, and pose a threat to people's lives a...

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3D Wind with Ultrasonic Anemometers

3D Wind with Ultrasonic Anemometers

In numerous meteorological monitoring and related fields, accurately measuring wind speed and direction is of great significance. From the perspective of large-scale meteorological research, understanding accurate data of wind speed and direction helps meteorological departments better predict weath...

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Agricultural Monitoring System: A Holistic Approach to Soil, Seedlings, Pests, and Disasters

Agricultural Monitoring System: A Holistic Approach to Soil, Seedlings, Pests, and Disasters

The four key aspects of agriculture, namely soil moisture condition, crop seedling condition, pest and disease condition, and disaster condition, are crucial elements in the agricultural production process. The soil moisture condition reflects the water status of the soil, and an appropriate soil mo...

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From Mechanical to Ultrasonic: The Evolution and Superiority of Wind Measurement Tools

From Mechanical to Ultrasonic: The Evolution and Superiority of Wind Measurement Tools

People have been measuring the wind for a long time, and the tools for wind measurement have been constantly upgraded. In the 15th century, Leonardo da Vinci designed a vane anemometer, marking the beginning of the era of scientific wind measurement. In 1846, Thomas Romney Robinson, a British naval...

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Full - Color Screen Negative Oxygen Ion Monitor

Full - Color Screen Negative Oxygen Ion Monitor

Negative oxygen ion monitoring plays a crucial role in ecological environment research and air quality management. Negative oxygen ions are negatively charged ions in the air, which are widely distributed in the natural environment. Their concentration levels are closely related to air quality. High...

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FT-WQX2 Mine-used Ultrasonic Wind Sensor: Ensuring Safety in Coal Mine Ventilation

FT-WQX2 Mine-used Ultrasonic Wind Sensor: Ensuring Safety in Coal Mine Ventilation

In the process of coal mine production, wind measurement work is of great importance. The space underground in coal mines is relatively enclosed, and there are flammable and explosive substances such as gas and coal dust. Reasonable ventilation can effectively dilute and discharge gas, reduce the ga...

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Ultrasonic Weather Stations: Precision, Durability, and Versatility

Ultrasonic Weather Stations: Precision, Durability, and Versatility

Traditional weather stations mostly use mechanical devices such as wind speed and direction indicators to measure meteorological elements. These devices have some limitations. For example, mechanical components are prone to wear and icing, requiring regular maintenance and calibration. Moreover, the...

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FT-F2 Weather Sensors for Drones: Ultrasonic Resonance Empowering High - Altitude Meteorological Monitoring

FT-F2 Weather Sensors for Drones: Ultrasonic Resonance Empowering High - Altitude Meteorological Monitoring

Ultrasonic resonance anemometry is a commonly used meteorological observation technology. Its principle is to utilize the propagation characteristics of ultrasonic waves in the air to measure wind speed and wind direction. When sound waves propagate in the air, their speed will be affected by the wi...

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From Data to Harvest: How FT-NQ8 Agricultural Weather Stations Drive Success in Facility Agriculture

From Data to Harvest: How FT-NQ8 Agricultural Weather Stations Drive Success in Facility Agriculture

Facility agriculture refers to an agricultural form that utilizes new production equipment, modern agricultural engineering technologies, and management techniques to regulate environmental parameter factors such as temperature, light, water, soil, air, and fertilizer for the growth of plants like v...

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