An Comprehensive Automatic Monitor under the Conditions of Deepwater Environment

Yun Shi; Xue Liang Zhao; Kang Li; Guang Hua Wei

doi:10.4028/www.scientific.net/AMR.945-949.2115

Paper Titles

Mathematical Model and Simulation for Testing Aspheric Surface Using the Digital Moiré Patterns by Circular Sub-Region Stitching Method
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Design and Implementation of a Kind of Ship Underwater Electric Field Signal Collection Equipment Hardware
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Study on Resolution Capability of Beam Space MUSIC Estimation Algorithm
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Design of Intelligent Dynamic Weighing Instrument Based on AT89S52
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An Comprehensive Automatic Monitor under the Conditions of Deepwater Environment
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Research of pH Value Temperature Compensation Module Based on the Least Squares Method
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Research on Power and Brake Detection Integration of Wheeled Construction Machinery
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The Research on Dynamic Torque Test of Overrunning Clutch Based on Load Identification Technology
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Design of Surface Contour Detection System Based on SCM
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 945-949An Comprehensive Automatic Monitor under the...

An Comprehensive Automatic Monitor under the Conditions of Deepwater Environment

Abstract:

pH value, temperature and pressure are very important parameters in understanding the subsurface distribution and leakage in the geological storage of carbon dioxide. the in-suit access technology of pH value, temperature and pressure for deepwater environment have been a common concern in the field. In the article the hardware and software design of Comprehensive automatic monitor including is described based on MSP430 in detail. The experiment results show that it can be used in the deepwater environment to monitor the pH value, temperature and pressure in-suit with the advantages of high reliability, low power consumption, long-distance transmission, anti pressure, multi-node, anti temperature and so on.