ZHANG Hua-yu1, XIE Feng-qin1, LI Qiang2. Application of the block correction interpolation technology in ultrasonic wave temperature field measurement[J]. 2012, 31(4): 146-148+152.
ZHANG Hua-yu1, XIE Feng-qin1, LI Qiang2. Application of the block correction interpolation technology in ultrasonic wave temperature field measurement[J]. 2012, 31(4): 146-148+152. DOI: 10.13873/j.1000-97872012.04.030.
块修正插值技术在超声波温度场测量中的应用
摘要
如何利用简单的测量系统实现精确的温度场测量
并快速而准确地重建温度场
重建算法的研究很重要。为了实现少量的声波渡越时间(ToF)较高精度的重建温度场
提出了一种新型的基于块修正插值技术的空气温度场重建算法
在被测温度场周围布置8只收发一体的超声波传感器
并将被测温度场划分为100个小区间
利用该新方法对实验室内的单热源空气温度场进行重建
重建结果与被测量的空气温度场符合。
Abstract
Research on how to use a simple measurement system for accurate temperature measurement
and fast and accurate reconstruction of temperature field
the reconstruction algorithm is very important.In order to achieve a small sonic transit time time of flight(ToF) and high precision temperature field
a new algorithm for reconstruction of air temperature based on block correction interpolation technology is proposed.Around the measured temperature field 8 transceiver ultrasonic sensors are evenly layout.The measured temperature field is divided into 100 small intervals
using the new approach
a single heat source of the laboratory air temperature field is reconstructed
and reconstruction results are coincidence with the measured air temperature field.