利用低频高功率探地雷达探测Trhlovca洞穴后(向西南)Divaška Jama走廊

IF 1 4区 地球科学 Q4 GEOSCIENCES, MULTIDISCIPLINARY
P. Kalenda, R. Tengler, S. Šebela, Matej Blatnik, A. Gosar
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Dolocitev rovov Divaske jame v JZ smeri za Trhlovco z uporabo zelo mocnega nizkofrekvencnega georadarja Nizkofrekvencni georadar (GPR), imenovan »Roteg«, smo uporabili pri zaznavi znanih in neznanih rovov Divaske jame in Trhlovce v JZ Sloveniji. »Rotegove« glavne znacilnosti so izjemna moc (20 MW) in visoka napetost do 20 kV na antenah, kar omogoca penetracijo, ki je vec kot desetkrat globlja, kot jo dosežejo obicajni georadarji. Med meritvami smo uporabili 3 m dolgi anteni (50 MHz) s srediscno frekvenco 50 MHz. Tako smo po obdelavi podatkov jasno zaznali odboje iz globine 200 m. Med terenskimi meritvami smo izmerili 22 profilov s skupno dolžino 4490 m. Pretnerjeva in Žibernova dvorana v Divaski jami sta bili dobro vidni na georadarskih profilih. Nove velike jame, ki smo jih zaznali pod profili P18, P21 in P22, so skoraj vse na istem nivoju, 350–400 m nad morjem. Druga skupina jam na nadmorski visini 420–450 m ustreza Trhlovci. 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引用次数: 2

摘要

名为“Roteg”的探地雷达(GPR)用于探测斯洛文尼亚西南部的Divaska Jama和Trhlovca洞穴的已知和未知通道。“Roteg”的主要特点是极高的输出功率(20兆瓦)和天线上的高电压(高达20千伏),这使得穿透深度比普通GPRs深十倍以上。在测量过程中,我们使用了3米长的天线(50 MHz),中心频率为50 MHz,经过数据处理后,我们清晰地探测到了200米深处的反射。在现场调查中,共完成了22条剖面,总长度为4487.97 m。普雷特纳耶娃和Žibernova Dvorana在Divaska Jama的室在x光片上清晰可见。在P18、P21和P22剖面下发现的新的大空腔几乎都位于350 ~ 400 m a.s.l.的同一高度,在420 ~ 450 m a.s.l.的另一组空腔与Trhlovca相对应。两个岩洞群被垂直方向延伸的裂口隔开,可能是一个构造带,在射线图上也可以看到。通过在喀斯特表面使用“Roteg”,我们能够探测到地表以下200米的已知洞穴,新的未知洞穴和构造带。关键词:探地雷达;洞穴;喀斯特;Dolocitev rovov Divaske jame v JZ smeri z Trhlovco z uporporo zelo mocnega nizkofrekvencenga georadarja nizkofrekvencenga geadar (GPR), imenovan»Roteg»,smoporabili i zaznavi znanih rovov Divaske jame in Trhlovce v JZ Sloveniji。“Rotegove”glavne znacilnosti so izemna moc (20 MW)在visoka napetost上做20 kV na天线,kar omogoca pentracijo, ki je vec kot desetkrat globja, kot jo dosežejo obicajni georadarji。Med meritvami smo支持3 m dolgi天线(50 MHz), sdisc频率为50 MHz。Tako smo po obdelavi podatkov jasno zaznali odboje globine 200米。Med terenskimi meritvami smo izmerili 22 profilov s skupno dolžino 4490 m。prenerjeva in Žibernova dvorana v Divaski jami sta bili dobro vidni na geadarskih profile。novelike jame,在P18, P21和P22中发现了zaznali pod剖面,因此,skoraj - vna系统nivoju, 350-400 m和morjem。药物skupina jam na nadmorski visini 420-450 m ustreza Trhlovci。Obe skupini jam sta loceni z vrzeljo v navpicni smeri, ki je verjetno tektonska cona in je dobro vidna na geadarskih profilih。zuporabo»Rotega»na kraskem povrsju smo dolocili znamenjame,在tektonske中移动znamenjame,在全球运行200米pod povrsjem。kljune: geadar (GPR), james, kras, Divaska jama, Trhlovca, Slovenija。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection of Divaška Jama corridors behind (to the SW) Trhlovca cave using low frequency high power ground penetrating radar
Ground penetrating radar (GPR) named “Roteg” was used to detect known and unknown passages of Divaska Jama and Trhlovca caves in SW Slovenia. “Roteg’s” main characteristics are an extraordinary high power output (20 MW) and high voltage on antennas (up to 20 kV), which allows penetration more than ten times deeper than common GPRs. During the measurement we used 3-m long antennas (50 MHz) with a central frequency of 50 MHz and we clearly detected the reflections from the depth of 200 m after data processing. During field survey 22 profiles were completed with a total length of 4487.97 m. Pretnerjeva and Žibernova Dvorana chambers in Divaska Jama were well visible on radarograms. New big cavities, which were detected below profiles P18, P21 and P22, are almost all at the same level of 350 – 400 m a.s.l. There is another group of cavities at a level of 420 – 450 m a.s.l., which corresponds to Trhlovca. Both cave groups are separated by the gap which extends in the vertical direction, and probably presents a tectonic zone, which is as well visible on the radarograms. By the use of “Roteg” at the karst surface we were able to detect known caves, new - unknown caves and tectonic zones up to 200 m below the surface. Key words: ground penetrating radar, caves, karst, Divaska Jama, Trhlovca, Slovenia. Dolocitev rovov Divaske jame v JZ smeri za Trhlovco z uporabo zelo mocnega nizkofrekvencnega georadarja Nizkofrekvencni georadar (GPR), imenovan »Roteg«, smo uporabili pri zaznavi znanih in neznanih rovov Divaske jame in Trhlovce v JZ Sloveniji. »Rotegove« glavne znacilnosti so izjemna moc (20 MW) in visoka napetost do 20 kV na antenah, kar omogoca penetracijo, ki je vec kot desetkrat globlja, kot jo dosežejo obicajni georadarji. Med meritvami smo uporabili 3 m dolgi anteni (50 MHz) s srediscno frekvenco 50 MHz. Tako smo po obdelavi podatkov jasno zaznali odboje iz globine 200 m. Med terenskimi meritvami smo izmerili 22 profilov s skupno dolžino 4490 m. Pretnerjeva in Žibernova dvorana v Divaski jami sta bili dobro vidni na georadarskih profilih. Nove velike jame, ki smo jih zaznali pod profili P18, P21 in P22, so skoraj vse na istem nivoju, 350–400 m nad morjem. Druga skupina jam na nadmorski visini 420–450 m ustreza Trhlovci. Obe skupini jam sta loceni z vrzeljo v navpicni smeri, ki je verjetno tektonska cona in je dobro vidna na georadarskih profilih. Z uporabo »Rotega« na kraskem povrsju smo dolocili znane jame, nove neznane jame in tektonske cone do globine 200 m pod povrsjem. Kljucne besede: georadar (GPR), jame, kras, Divaska jama, Trhlovca, Slovenija.
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来源期刊
Acta Carsologica
Acta Carsologica 地学-地球科学综合
CiteScore
1.50
自引率
14.30%
发文量
0
审稿时长
>12 weeks
期刊介绍: Karst areas occupy 10-20 % of ice-free land. Dissolution of rock by natural waters has given rise to specific landscape and underground. Karst surface features and caves have attracted man''s curiosity since the dawn of humanity and have been a focus to scientific studies since more than half of millennia. Acta Carsologica publishes original research papers and reviews, letters, essays and reports covering topics related to specific of karst areas. These comprise, but are not limited to karst geology, hydrology, and geomorphology, speleology, hydrogeology, biospeleology and history of karst science.
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