This is a practical textbook of geophysical exploration focusing on readers of mining engineers and economic geologists. The book is 438 pages, hardcover and 225 × 280 …
This article delves into the applications of geophysics in gold exploration, highlighting its historical development, methods, and contributions to modern mining practices.
World-class UNIQUE geophysical exploration services utilising the latest disruptive technologies in magnetic, radiometric and photogrammetry surveys
The challenge to coal geophysics is to adapt to these economic constraints and provide cost-effective, reliable methods for exploration and mining requirements. The geophysical methods which have been used in the reconnaissance, pre-development, and operational stages of coal exploration and mining are reviewed in terms of their …
When mining geophysics is discussed at international meetings, one group is mentioned early and often—the members of the Canadian Exploration Geophysical Society (KEGS) which is headquartered in Toronto. This year KEGS will celebrate its 50th anniversary as a professional organization and its 30th anniversary as a section of SEG. KEG is …
Key features. Explains the cutting-edge current practice in exploration and mining geophysics for the discovery of 'blind' mineral deposits Includes presentation and analysis of new petrophysical data, giving geologists and geophysicists key information on the physical properties of rocks
Mining Geophysics; Principles of Geophysics; Authors. William J. Hinze, Purdue University, Indiana William J. Hinze is Emeritus Professor of Geophysics at Purdue University and has taught exploration geophysics for 40 years. His extensive teaching and research experience is complemented by industrial consulting experience in the …
Exploration can also be related to the expansion of mineral resources at active mine sites or to re-processing of waste material. After initial geophysical investigations have been made, a more detailed phase starts, including targeted geophysical investigations, often in boreholes and also by a program of coring and physical sampling.
To obtain information that is really needed for exploration, specifically: IP effect of sulfide minerals associated with mineralization, i.e. practical spectral IP (SIP); …
Explains the cutting-edge current practice in exploration and mining geophysics for the discovery of 'blind' mineral deposits. Includes presentation and analysis of new …
Explains the cutting-edge current practice in exploration and mining geophysics for the discovery of 'blind' mineral deposits Includes presentation and analysis of new petrophysical data, giving geologists and geophysicists key information on the physical properties of rocks
Electrical methods of geophysics are fundamental in mineral exploration because they can directly detect and delineate conductive sulfide minerals. Electromagnetic methods are used in exploring for massive sulfides because of their high conductivity.
This Special Issue aims to highlight novel geophysical techniques, modelling approaches, and applications to address mining related issues—including mineral exploration, mine planning, tailings and mine waste characterisation and monitoring, slope stability assessment and groundwater management.
Geophysical exploration for gold and associated minerals, case study: Wadi El Beida area, South Eastern Desert, Egypt Sultan Awad Sultan, ... two suggested borehole sites were selected before carrying out any future mining projects. mineral exploration, magnetic, resistivity, dipole–dipole, SP and IP.
Mining - Prospecting, Exploration, Resources: Various techniques are used in the search for a mineral deposit, an activity called prospecting. Once a discovery has been made, the property containing …
Exploration geophysics aims at determining the mechanical, magnetic, and electric properties of rocks with the aim of conducting geological explorations of ore minerals and other resources. Scientific and technological progress has revolutionized methods of exploration geophysics.
Exploration geophysics plays a major role in the areas of mineral and petroleum exploration, marine geology, groundwater exploration, and engineering construction, …
Besides exploration and mine development, various geophysical methods were carried out experimentally to examine their applicability to the exploration of concealed low-sulfidation epithermal gold deposits (Kawasaki et al. 1986; Okada 1995).
Publishes research on exploration and applied geophysics including minerals, petroleum, mining and environmental geophysics.
In exploration geophysics, on the other hand, geophysical techniques are used to search for hydro-carbon (oil and gas), mineral (gold, silver, lead, zinc, Figure 1. The discovery of pegmatites, and of gem-bearing pockets in a peg-matite dike, is one of the greatest challenges in gem exploration. These bicol-ored tourmalines from the Himalaya ...
The word "geophysics" in oil exploration is often used synonymously with "seismic", overlooking many other fruitful techniques. In mineral exploration and engineering projects, applicability of seismic imaging is often limited and other geophysical methods take the …
This paper shows how the application of Geophysics in two small-scale mining operations, a limestone and manganese mine, resulted in reduced exploration time with satisfactory results for the ...
Clients Say: they have reduced exploration risk and enhanced drilling returns to create more successful drill programs by doing Quantec Geophysical surveys first. Geophysical Services Geophysical Surveys : for rugged, remote, hard-to …
Geophysical exploration methods are employed throughout the mineral exploration field to identify ore bodies and geologic features. Some of these methods include: core drilling, seismic, magnetic techniques, electrical techniques, and remote sensing methods.
Geophysical technologies have undergone significant advancements in recent years, providing new insights into the subsurface and enhancing the exploration of mineral and hydrocarbon resources.
Thus, as a fast and nondestructive exploration technology, in-mine geophysical techniques, which rely on close prox-imity to the exploration target to detect geophysical anoma-lies, along with strong empirical evidence obtained during exploration and mining, plays an important role in predict-ing and preventing mine disasters (Liu et al. 2014).
Mineral exploration is a multifaceted process aiming at narrowing down the search space for discovering new mineral deposits. Conducting several surveys, be they geochemical, geological, or geophysical, is a prerequisite to selecting …
Over the past 40 years, coal mining geophysics has moved on from being a niche discipline developed to assist with the deep coal mines of Europe, to an activity applied around the world in a large range of mining and related situations. These include exploration for coal, mine planning, mine operations and environmental monitoring.
In an emerging digital mining age, such a use of geophysical logs helps to establish reliable geological and geotechnical models, which reduces safety and financial risks due to geological and ...
Rapid advances in the seismic exploration method have allowed its application in metallic mineral exploration. However, 2D seismic profiles are often insufficient to describe the shape and areal extent of …
An integrated exploration approach involving geological mapping, high-resolution 3D seismic imaging, and drilling coupled with borehole geophysics will likely yield the best results. Seismic methods, in particular, have become, and will continue to be, an important tool to help unravel structures hosting mineral deposits at great depth.
Geophysical methods are known to play an indispensable role in mineral exploration. Over the years, they have undergone a phenomenal improvement in the design and development of equipment, methods and precision of data acquisition, processing and interpretation.