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Impact Factor5.492
|
Five-year Impact Factor4.584
|
CiteScore7.6
|
Editor-in-ChiefYongFei ZHENG
Ultraslowspreading ridges represent a distinct category within the global midocean ridge system, with the capacity to develop ultradeep hydrothermal circulation systems and large sulfide deposits. Establishing a scientific metallogenic model is crucial in exploring polymetallic sulfide resources. The cover illustrates a threedimensional schematic diagram of the eHeatdFault sulfide metallogenic model along the ultraslowspreading Southwest Indian Ridge (SWIR), elucidating the magmatectonic mechanism of large and diverse sulfide deposit formation. For details, see the article by Chunhui TAO et al. on pages 1212–1230.
Ultraslowspreading ridges represent a distinct category within the global midocean ridge system, with the capacity to develop ultradeep hydrothermal circulation systems and large sulfide deposits. Establishing a scientific metallogenic model is crucial in exploring polymetallic sulfide resources. The cover illustrates a threedimensional schematic diagram of the eHeatdFault sulfide metallogenic model along the ultraslowspreading Southwest Indian Ridge (SWIR), elucidating the magmatectonic mechanism of large and diverse sulfide deposit formation. For details, see the article by Chunhui TAO et al. on pages 1212–1230.
Impact Factor5.492
Five-year Impact Factor4.584
CiteScore7.6
Editor-in-ChiefYongFei ZHENG
YongFei ZHENG
郑永飞
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