CAJ | 학술논문

在山区进行地质勘查测量中，由于受高差变化大、地形复杂多变、通视条件差等不利因素的影响，传统测量方法存在诸多不便。 GPS-RTK技术具有实时性强、操作简便、无须通视、定位精度高等优点，提高了测量工作效率，充分保证测量精度，在山区地质勘查测量中得到了广泛应用。本文以江西某地质勘查项目为例，通过利用GPS-RTK技术对勘查区内地质钻孔进行孔位定测。最终测量结果表明：GPS-RTK技术在复杂地形条件下的测量成果均满足地质勘查测量规范要求。
재산구진행지질감사측량중，유우수고차변화대、지형복잡다변、통시조건차등불리인소적영향，전통측량방법존재제다불편。 GPS-RTK기술구유실시성강、조작간편、무수통시、정위정도고등우점，제고료측량공작효솔，충분보증측량정도，재산구지질감사측량중득도료엄범응용。본문이강서모지질감사항목위례，통과이용GPS-RTK기술대감사구내지질찬공진행공위정측。최종측량결과표명：GPS-RTK기술재복잡지형조건하적측량성과균만족지질감사측량규범요구。
In geologic survey of mountainous areas, due to the influence of unfavorable factors, such as signifi-cant change of elevation differences, complex terrain and poor visibility conditions, traditional measurement meth-ods have many inconveniences. GPS-RTK technology, with the advantages of real-time, easy to operate, no need of visual communication and high positioning accuracy, increases efficiency, fully guarantees the measurement accu-racy, and has been widely applied in geological exploration surveying of mountainous areas. By taking Jiangxi geo-logical prospecting project as an example, this paper uses GPS-RTK technology to survey the borehole's final loca-tion in the area. Final measurement results shows that the results by GPS-RTK technique in complex terrain condi-tions meet the requirements of geological exploration.