Very often, economically viable ore deposits are low in volume and located at depth within extremely complex geological environments. Such deposits are difficult to explore. Borehole seismic methods, particularly crosshole reflection imaging, could be utilized to detect and delineate such resources. This study aims to evaluate the true potential of crosshole seismic reflection method for mineral exploration. One of the most promising applications of this method is in finding down-dip extensions of the existing resources
The utilization of seismic methods for mineral exploration, particularly in Western Australia has be...
The only geophysical method that can image deep structures with the precision required for targeting...
We investigate the potential of using high-resolution seismic methods for rock characterization and ...
Over recent years, seismic methods have emerged as a potential imaging technique for delineation of ...
We present an overview of the developments and achievements, over the past four years in the applica...
Complex geological models typical of hard rock mineral exploration in the Yilgarn Craton of Western ...
Due to high metal prices and increased difficulties in finding shallower deposits, the exploration f...
The thesis examines the current VSP application in mineral exploration in Australia and identifies t...
Traditional geophysical prospecting techniques used for mineral exploration rarely provide the resol...
Significant progress has been made towards the goal of generating detailed seismic images as an aid ...
The seismic reflection method has been used extensively in mineral exploration and for imaging crust...
The application of conventional surface seismic methods for mineral exploration is often challenged ...
The use of seismic methods in hard rock environments in Western Australia for mineral exploration is...
Mineral industry uses potential-field methods to explore shallow-seated resources. As deposits are g...
A seismic survey was designed and conducted at the Hillside mineral deposit, York Peninsula, South A...
The utilization of seismic methods for mineral exploration, particularly in Western Australia has be...
The only geophysical method that can image deep structures with the precision required for targeting...
We investigate the potential of using high-resolution seismic methods for rock characterization and ...
Over recent years, seismic methods have emerged as a potential imaging technique for delineation of ...
We present an overview of the developments and achievements, over the past four years in the applica...
Complex geological models typical of hard rock mineral exploration in the Yilgarn Craton of Western ...
Due to high metal prices and increased difficulties in finding shallower deposits, the exploration f...
The thesis examines the current VSP application in mineral exploration in Australia and identifies t...
Traditional geophysical prospecting techniques used for mineral exploration rarely provide the resol...
Significant progress has been made towards the goal of generating detailed seismic images as an aid ...
The seismic reflection method has been used extensively in mineral exploration and for imaging crust...
The application of conventional surface seismic methods for mineral exploration is often challenged ...
The use of seismic methods in hard rock environments in Western Australia for mineral exploration is...
Mineral industry uses potential-field methods to explore shallow-seated resources. As deposits are g...
A seismic survey was designed and conducted at the Hillside mineral deposit, York Peninsula, South A...
The utilization of seismic methods for mineral exploration, particularly in Western Australia has be...
The only geophysical method that can image deep structures with the precision required for targeting...
We investigate the potential of using high-resolution seismic methods for rock characterization and ...