Dissolution - Globe Thesis

Keyword [Dissolution] Result: 161 - 180 \| Page: 9 of 10
161.	Geology of the Stonepark Zinc-Lead prospects, County Limerick, Ireland
162.	Groundwater flow and its effect on salt dissolution in Gypsum Canyon watershed, Paradox Basin, southeast Utah
163.	Diatom dissolution in the Southern Ocean: Experimental diatom taphonomy with application to Pliocene to Holocene Antarctic sediments
164.	Biogeochemical weathering of iron-silicate minerals
165.	Time-lapse high-resolution seismic imaging of a catastrophic salt-dissolution sinkhole in central Kansas
166.	Interfacial interactions of the crude oil-reservoir brine-reservoir rock systems with dissolution of carbon dioxide under reservoir conditions
167.	Solid-state nuclear magnetic resonance studies of hydroxide promoted dissolution of layered-silicates
168.	Chemical weathering of the mafic minerals serpentine and olivine in natural environments
169.	Arsenic Mobilization from Silicic Volcanic Rocks in the Southern Willamette Valley
170.	Tracking changes in silicon isotopic composition during diatom descent and dissolution in the Cariaco Basi
171.	Monte Carlo simulations and quantum mechanics: Applications in geochemistry
172.	Paleomagnetic correlations of paleosols on San Salvador Island, Bahamas
173.	Chemical weathering rates and strontium isotopes
174.	Characterization and dissolution of secondary weathering products from the Gibraltar mine site
175.	Dissolution chemistry of fine-textured basaltic materials (lunar simulants)
176.	Pore structures and petroleum reservoir characteristics of Arkosic sandstones, with consideration of the tectonic context of diagenesis: Examples from Pennsylvania and West Siberia
177.	Geomorphic evidence of Permian salt dissolution, Hockley and Cochran Counties, Texas
178.	Chemical and thermochemical wave behavior in multiphase fluid flow through permeable media: Wave-wave interactions
179.	LATE QUATERNARY GLACIAL CYCLES IN THE BAHAMIAN DEEP BASINS AND IN THE ADJACENT ATLANTIC OCEAN (ARAGONITE, DISSOLUTION)
180.	Characterizing and quantifying marine methane gas seeps using acoustic observations and bubble dissolution models
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