Laboratory Hydrate Data is one of the three constituent modules comprising the XML based Gas Hydrate Markup Language (a.k.a. GHML) schema, the others being Field Hydrate data by L&oumul;wner et al. and Hydrate Modeling by Wang et al. This module describes the characteristics of natural and synthetic gas hydrates as they pertain to data acquired via analysis within a laboratory environment. Such data include the preservation history (i.e.: technique, pressurization gas and pressure, etc), Macroscopic data (i.e.: water-sediment ratio, appearance, P-T behavior, etc) as well as that of the Microscopic realm
Gas hydrates, or clathrate hydrates, are crystalline solids resembling ice, in which small (guest) m...
Natural gas hydrates are in nature sources of primary energy. They are possible to created in labora...
The amount of carbon trapped in hydrates is estimated to be larger than in conventional oil and gas ...
Data and information exchange are crucial for any kind of scientific research activities and are bec...
Gas Hydrates Markup Language (GHML) has been under development since 2003 by the CODATA Task Group “...
Natural gas hydrates may contain more energy than all the combined other fossil fuels, causing hydra...
For a number of years the NRC group has been working on a laboratory protocol for the analysis of ga...
This chapter talks about physicochemical properties of gas hydrate‐bearing sediments. Lab‐based expe...
Gas hydrates are naturally occurring crystalline formations consisting of crystal structural “cages”...
The object of research is the methods of laboratory setting of the parameters of hydrate formation o...
The object for the research was samples of artificially formed gas hydrate of different morphology. ...
For the investigation on some hydrate dissociation behaviors at different ambient conditions, methan...
Data for On the critical state characteristics of methane hydrate-bearing sediment
Forming representative gas hydrate-bearing laboratory samples is important so that the properties of...
It is estimated that 2 to 20 quadrillion (10^15) cubic meters of methane exist in the Earth’s crust ...
Gas hydrates, or clathrate hydrates, are crystalline solids resembling ice, in which small (guest) m...
Natural gas hydrates are in nature sources of primary energy. They are possible to created in labora...
The amount of carbon trapped in hydrates is estimated to be larger than in conventional oil and gas ...
Data and information exchange are crucial for any kind of scientific research activities and are bec...
Gas Hydrates Markup Language (GHML) has been under development since 2003 by the CODATA Task Group “...
Natural gas hydrates may contain more energy than all the combined other fossil fuels, causing hydra...
For a number of years the NRC group has been working on a laboratory protocol for the analysis of ga...
This chapter talks about physicochemical properties of gas hydrate‐bearing sediments. Lab‐based expe...
Gas hydrates are naturally occurring crystalline formations consisting of crystal structural “cages”...
The object of research is the methods of laboratory setting of the parameters of hydrate formation o...
The object for the research was samples of artificially formed gas hydrate of different morphology. ...
For the investigation on some hydrate dissociation behaviors at different ambient conditions, methan...
Data for On the critical state characteristics of methane hydrate-bearing sediment
Forming representative gas hydrate-bearing laboratory samples is important so that the properties of...
It is estimated that 2 to 20 quadrillion (10^15) cubic meters of methane exist in the Earth’s crust ...
Gas hydrates, or clathrate hydrates, are crystalline solids resembling ice, in which small (guest) m...
Natural gas hydrates are in nature sources of primary energy. They are possible to created in labora...
The amount of carbon trapped in hydrates is estimated to be larger than in conventional oil and gas ...