BL-SCB風蝕自動觀測采集系統產品介紹
中文版：
BL-SCB風蝕自動觀測采集系統是一款專為地表風蝕過程研究設計的智能化監測設備，通過多維度數據采集與分析，為生態環境評估、土地資源保護等領域提供可靠的科學依據。系統采用模塊化設計理念，能夠適應不同地形環境和氣候條件下的長期觀測需求。
本系統集成多種傳感單元，可實時獲取風速、風向、顆粒物運動軌跡、地表濕度等關鍵參數，采樣頻率可根據研究需求靈活調整。創新性的抗干擾算法能有效區分自然風蝕與人為活動影響，確保數據的客觀性和有效性。設備內置大容量存儲模塊，支持離線工作模式，同時配備無線傳輸接口，便于研究人員遠程獲取實時數據。
在硬件設計方面，采用復合型防護結構，主體部件經過特殊工藝處理，可在-30℃至60℃環境溫度范圍內穩定運行。低功耗設計配合太陽能供電方案，使系統在無市電供應的野外環境仍能保持連續工作。觀測支架采用可調節式安裝設計，可根據地表特征進行高度和角度調節，確保傳感器陣列的最佳觀測位置。
系統配備專業數據分析軟件，支持多維數據可視化呈現與趨勢分析，內置風蝕強度計算模型，可自動生成階段性觀測報告。廣泛適用于荒漠化防治工程效果評估、礦區生態修復監測、農田防風林效能研究等多個場景，為相關領域工作者提供持續的數據支撐。
English Version:
The BL-SCB Aeolian Erosion Automatic Observation System is an intelligent monitoring solution specifically developed for studying surface wind erosion processes. By integrating multidimensional data collection and analysis capabilities, it delivers reliable scientific support for ecological environment assessment and land resource conservation.
This system incorporates multiple sensor modules to capture real-time parameters including wind speed, wind direction, particulate movement trajectories, and surface moisture content. Its adaptive sampling frequency allows flexible configuration according to research requirements. The innovative anti-interference algorithm effectively distinguishes between natural erosion and anthropogenic influences, ensuring data objectivity and validity. Equipped with high-capacity storage and wireless transmission capabilities, the system supports both offline operation and remote data access.
Constructed with composite protective materials, the core components feature specialized surface treatment, enabling stable operation within -30℃ to 60℃ temperature ranges. The low-power consumption design coupled with solar power supply ensures continuous functionality in field environments without grid electricity. The adjustable mounting bracket allows height and angle customization to optimize sensor positioning across varied terrains.
The system comes with dedicated analysis software providing multidimensional data visualization and trend analysis. Its built-in wind erosion intensity calculation model automatically generates phased observation reports. Applicable to desertification control evaluation, mining area ecological restoration monitoring, and agricultural windbreak effectiveness studies, this system offers continuous data support for environmental management and research initiatives.
The BL-SCB system embodies practical design considerations, combining durable hardware with intelligent data processing to meet the evolving demands of modern environmental monitoring applications.
