最新アプリケーションノート

App Note 8: Measuring relative permeability with NMR

App Note 8: Measuring relative permeability with NMR

アプリケーションノート

App Note 1: NMR core analysis for unconventional reservoirs

App Note 1: NMR core analysis for unconventional reservoirs

App Note 2: Rapid non-destructive capillary pressure measurements with NMR

App Note 2: Rapid non-destructive capillary pressure measurements with NMR

App Note 3: NMR log calibration from laboratory core measurements

App Note 3: NMR log calibration from laboratory core measurements

App Note 4: T1 and T2 correlation for fluid typing and quantification

App Note 4: T1 and T2 correlation for fluid typing and quantification

App Note 5: Understanding changes in porosity as a function of overburden pressure in shales

App Note 5: Understanding changes in porosity as a function of overburden pressure in shales

App Note 6: Using T2 distributions to measure gas isotherms in shales

App Note 6: Using T2 distributions to measure gas isotherms in shales

App Note 7: Eliminate sample heating during common NMR measurements

App Note 7: Eliminate sample heating during common NMR measurements

App Note 8: Measuring relative permeability with NMR

App Note 8: Measuring relative permeability with NMR

技術資料

Technical Paper : Determination of rock core wettability by NMR

Technical Paper : Determination of rock core wettability by NMR

Technical Paper : 12MHz versus 2MHz: Why go to higher field?

Technical Paper : 12MHz versus 2MHz: Why go to higher field?

Technical Paper : Understanding wettability in unconventional rocks and how it can change over time

Technical Paper : Understanding wettability in unconventional rocks and how it can change over time

Technical Paper : How to get the most out of your NMR system

Technical Paper : How to get the most out of your NMR system

Technical Paper : NMR and core analysis

Technical Paper : NMR and core analysis