Oyster Gape with Temperature Test Measurements at Gulf Coast Research Laboratory, 2018-08-10 to 2018-09-03

This dataset contains temperature observations and gape measurements obtained from six oysters using a newly-developed sensor and data transmission system. Testing was performed at the University of South Mississippi's Gulf Coast Research Laboratory (GCRL) in Ocean Springs, Mississippi, from 2018-08-10 through 2018-09-03. The system consists of a Hall Effect sensor and a small magnet affixed to the shells of the oyster; the sensor produces a voltage proportional to the distance to the magnet and thus the gape length. This dataset supports the publication: Ali, A., Ali, K., Ukpebor, A., Hasan, M., Addy, J., Ikome, O., & Abu-El Humos, A. (2019). Hardware and Software Components of an Oysters’ Gape Measurement System. American Journal of Engineering and Applied Sciences, 12(3), 319–328. doi:10.3844/ajeassp.2019.319.328

本数据集收录了通过新型传感器与数据传输系统，从6只牡蛎身上采集得到的温度观测数据与壳体间隙测量数据。相关测试于2018年8月10日至2018年9月3日，在美国密西西比州海洋斯普林斯市南密西西比大学墨西哥湾沿岸研究实验室（Gulf Coast Research Laboratory, GCRL）开展。该系统由固定于牡蛎壳体的霍尔效应传感器（Hall Effect sensor）与小型磁铁组成；传感器输出与磁铁间距成正比的电压，由此可推导得到壳体间隙长度。本数据集支撑以下已发表学术论文：Ali A、Ali K、Ukpebor A、Hasan M、Addy J、Ikome O与Abu-El Humos A（2019）。《牡蛎间隙测量系统的硬件与软件组件》，《美国工程与应用科学杂志》，12(3)：319-328。DOI:10.3844/ajeassp.2019.319.328