Vibration velocity curve of the blasting signal using non-electric detonators for Part I blasting.</p
The customary approach used in the blast vibration analysis is to derive empirical relations between...
Cut blasting creates new free surfaces that facilitate rock breaking and reduces blast vibration. Ho...
The delay-time of detonators in hole-by-hole blasting is generally calculated accurately considering...
Vibration velocity curves of blasting signals for cut holes for a delay time of 3 ms.</p
Vibration velocity curves of blasting signals for cut holes for a delay time of 4 ms.</p
Vibration velocity curves of blasting signals for cut holes for a delay time of 5 ms.</p
Vibration velocity curves of blasting signals for cut holes for a delay time of 2 ms.</p
Frequency domain of tunnel blasting using non-electric detonators (Part I blasting).</p
Equipment for breaking and blasting large barriers (EBBLB) is new break-blast equipment, which inevi...
In engineering blasting, the slope surfaces in the blasting area exert various effects on the blast ...
Drilling and blasting is accepted a s the cheapest and most suitable method for excavation of rock. ...
On the slope of an open pit, the rock mass has several joint structures, and blasting operations cle...
The propagation and attenuation rule of blasting vibration wave parameters is the most important fou...
In the field of mine blasting practice, accurate prediction of blasting vibration is considered as a...
In an open-pit mine slope, rock mass has multiple joint structures and blasting operations have an o...
The customary approach used in the blast vibration analysis is to derive empirical relations between...
Cut blasting creates new free surfaces that facilitate rock breaking and reduces blast vibration. Ho...
The delay-time of detonators in hole-by-hole blasting is generally calculated accurately considering...
Vibration velocity curves of blasting signals for cut holes for a delay time of 3 ms.</p
Vibration velocity curves of blasting signals for cut holes for a delay time of 4 ms.</p
Vibration velocity curves of blasting signals for cut holes for a delay time of 5 ms.</p
Vibration velocity curves of blasting signals for cut holes for a delay time of 2 ms.</p
Frequency domain of tunnel blasting using non-electric detonators (Part I blasting).</p
Equipment for breaking and blasting large barriers (EBBLB) is new break-blast equipment, which inevi...
In engineering blasting, the slope surfaces in the blasting area exert various effects on the blast ...
Drilling and blasting is accepted a s the cheapest and most suitable method for excavation of rock. ...
On the slope of an open pit, the rock mass has several joint structures, and blasting operations cle...
The propagation and attenuation rule of blasting vibration wave parameters is the most important fou...
In the field of mine blasting practice, accurate prediction of blasting vibration is considered as a...
In an open-pit mine slope, rock mass has multiple joint structures and blasting operations have an o...
The customary approach used in the blast vibration analysis is to derive empirical relations between...
Cut blasting creates new free surfaces that facilitate rock breaking and reduces blast vibration. Ho...
The delay-time of detonators in hole-by-hole blasting is generally calculated accurately considering...
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