Want this question answered?
Hydrocarbon seeps are the limitation of surface geochemical analysis. Macro seepage is associated with major fault lines, while micro seepage is associated with rock formations.
Each liquid hydrocarbon has a different surface tension.
Low molecular weight hydrocarbons - anything with a very low surface energy/contact angle/surface tension.
For companies to obtain Hydrocarbons they must drill a deep well to get crude oil and gas from under ground or the sea. The oil and gas comes up big pipes to the surface.
Neptune's atmosphere is composed primarily of hydrogen and helium, along with traces of hydrocarbons and possibly nitrogen, contains a higher proportion of "ices" such as water, ammonia and methane. Neptune's surface is primarily composed of ice and rock. Methane surrounding the planet gives it the blue hue.
By surface geo chemical survey we can't identify the migration path, reservoir geometry. we can only anticipate that HCs(gas ) presence.
Hydrocarbon seeps are the limitation of surface geochemical analysis. Macro seepage is associated with major fault lines, while micro seepage is associated with rock formations.
Each liquid hydrocarbon has a different surface tension.
The percentage of hydrocarbons (especially oil) that are near the surface were used decades ago. This is why oil drilling is now done in kilometer deep water and with drill lines going down kilometers below the ocean floor - Wow. Uninformed.
John B Rapp has written: 'Aliphatic hydrocarbons in surface sediments of Willapa Bay and Grays Harbor, Washington' -- subject(s): Hydrocarbons, Sediments (Geology)
Natural gas
being long and thin
Low molecular weight hydrocarbons - anything with a very low surface energy/contact angle/surface tension.
For companies to obtain Hydrocarbons they must drill a deep well to get crude oil and gas from under ground or the sea. The oil and gas comes up big pipes to the surface.
you have to be in a surtain place were the magma is close to earths surface
Gernot Friedbacher has written: 'Surface and thin film analysis' -- subject(s): Surfaces, Electron spectroscopy, Thin films, Analysis, Spectrum analysis
No. "surface area" or "specific surface area" is a value, not viewable and it can be analysis by gas sorption analyzers (such as static volumetric principle analyzer V-Sorb 2800P). But, the "surface" is viewable.