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A [[maceral]] group composed of inert hydrogen-poor organic matter with little or no petroleum-generative potenti

Inert organic matter having [[Rock-Eval pyrolysis]] [[hydrogen]] indices below 50

...vessel and is progressively heated to [[temperature::550°C]] under an inert atmosphere. During the analysis, the [[hydrocarbon]]s already present in th

...er and reducing evaporation and condensation losses. The prewrap should be inert so that it does not react with the formation fluids, and it should be nonpo ...uation, v. 3, n. 4, p. 691-695.</ref> Barex&reg; film, which is relatively inert against organic solvents and corrosive fluids, can be used, but it is infle

...ther (primarily composed of [[Thermal maturation#Vitrinite|vitrinite]]) or inert material ...distinguish type IV from type III using only Rock-Eval pyrolysis. It is an inert (does not generate hydrocarbons) end-member on the hydrocarbon generative s

| Hard, inert rock || Hole in gauge || Caliper = bit size ...ironstones, siltstones, and carbonate concretions in sandstones, are hard, inert rocks that remain in gauge.

...might contain some oil-generative type I or II kerogen with predominantly inert type IV kerogen or might contain all gas-generative type III kerogen.

...vacuum. After vacuum impregnation, some laboratories apply pressure via an inert gas to force the epoxy into small pores. The epoxy is stained, usually blue

...'Boyle's law method'', helium is used to saturate the sample because it is inert, not easily adsorbed onto mineral surfaces, and (due to its small molecular

...rious names without specifying bitumen and/or oil free (e.g., reactive and inert carbon).<ref>Cooles, G. P., A. S. Mackenzie, and T. M. Quigley, 1986, Calcu

Radon is a colourless inert gas formed from the radioactive disintegration of radium –the radioactive