CAJ | 학술논문

文章介绍了一种在西藏大学＂大学生创新性实验计划＂项目的资助下,全部由西藏大学理学院06级应用物理班的学生自主设计和研制的自动跟踪太阳灶。它采用以光敏电阻为核心的控制电路,跟踪电路通过对双轴控制来实现对太阳仰角和方位角度的有效跟踪,从而实现太阳辐射能的高效率利用。文章主要从跟踪系统的设计思路和自动跟踪太阳灶的实际制作方面出发,进一步探索简易经济自动跟踪太阳灶的应用前景。
문장개소료일충재서장대학＂대학생창신성실험계화＂항목적자조하,전부유서장대학이학원06급응용물리반적학생자주설계화연제적자동근종태양조。타채용이광민전조위핵심적공제전로,근종전로통과대쌍축공제래실현대태양앙각화방위각도적유효근종,종이실현태양복사능적고효솔이용。문장주요종근종계통적설계사로화자동근종태양조적실제제작방면출발,진일보탐색간역경제자동근종태양조적응용전경。
This paper introduces a solar cooker with automatic tracking device which was designed and developed by students of 06 Applied Physics Class in Tibet University independently under the funding of students innovative experiment project of Tibet University.The photosensitive resistance as the core control circuit and track circuits,through controlling two-axis the elevation and azimuth tracking and efficiently use of the solar radiation can be achieved.In this paper,we further explore the implementation prospects of simple economic solar cooker with automatic tracking device,from the design ideas of the tracking system and the actual production of solar cooker with automatic tracking device.