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| PubMed | |
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Article by Yu Q |
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Article by Xu C |
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Article by Qi D |
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Article by Lou J |
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Article by Yuan L |
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Article by Qi J |
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Article by Shao F |
[2] ������,Ф��Ծ,����,��.���ܶȵ編�ڹ������ܿ�̽�е�Ӧ��[J].���̵�������ѧ��,2013,10(3):389-393. JIANG Fu-peng, XIAO Hong-yue, LIU Lei, et al. Application of high-density electrical method to karst exploration[J]. Chinese Journal of Engineering Geophysics, 2013,10(3):389-393.
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[5] �.�ۺ���̽������·��������̽���Ӧ���о�:˶ʿѧλ����[D].�ɶ�:�ɶ�����ѧ,2016. YU Kai. The research of application of the comprehensive physical methods to detect the railway roadbed in the karsts area:master's degree thesis[D]. Chengdu:Chengdu University of Technology, 2016.
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[8] ��ƽ��,����.���ܷ������ۺ���̽������Ӧ��[J].���̿���,2010(����1):598-602. HE Ping-yi, DING Yong. Application of synthetic geophysical methods in karst area[J]. Geotechnical Investigation & Surveying, 2010(Suppl.1):598-602.
[9] �ܳ���,��ʤ��,��¼��,��.����������ʯ����Cd��ָ̬ʾ���弰��������:�Թ���ë��Ϊ��[J].���ִ�ѧѧ��:�����ѧ��,2016,46(2):552-562. ZHOU Chang-song, ZOU Sheng-zhang, LI Lu-juan, et al. Implications of cadmium and risk assessment of calcareous soil in karst area:a case study of Maocun in Guilin, China[J]. Journal of Jilin University:Earth Science Edition, 2016,46(2):552-562.
[10] ������,������,��־��.���ڸĽ����ģ�͵�������������������:�����ݵ���Ϊ��[J].�й�����,2015,34(1):64-71. CUI Yu-liang, WANG Gen-hou, LI Zhi-yong. Risk assessment of karst collapse areas based on the improved fish bone model:an example of the Liuzhou area in Guangxi Province[J].Carsologica Sinica, 2015,34(1):64-71.
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