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A list of all pages that have property "Description" with value "'''Specific quantities''' are obtained when the [[extensive quantity]] is spanided by system size, in contrast to [[intensive quantity|intensive quantities]]. ''The adjective'' specific ''before the name of an extensive quantity is often used to mean spanided by mass'' ([[Cohen 2008 IUPAC Green Book |Cohen et al 2008]]). A mass-specific quantity (''e.g.'', mass-specific flux is flow spanided by mass of the system) is independent of the extent of non-interacting homogenous subsystems. If mass-specific oxygen flux is constant and independent of system size (expressed as mass), then there is no interaction between the subsystems. The well-established scaling law in respiratory physiology reveals a strong interaction of oxygen consumption and body mass by the fact that mass-specific basal metabolic rate (oxygen flux) does not increase proportionally and linearly with body mass. Maximum mass-specific oxygen flux, ''V''<sub>O2max</sub>, is less mass-dependent across a large range of body mass of different mammalian species (Weibel and Hoppeler 2005).". Since there have been only a few results, also nearby values are displayed.

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    • Specific quantity  + ('''Specific quantities''' are obtained whe'''Specific quantities''' are obtained when the [[extensive quantity]] is divided by system size, in contrast to [[intensive quantity|intensive quantities]]. ''The adjective'' specific ''before the name of an extensive quantity is often used to mean divided by mass'' ([[Cohen 2008 IUPAC Green Book |Cohen et al 2008]]). A mass-specific quantity (''e.g.'', mass-specific flux is flow divided by mass of the system) is independent of the extent of non-interacting homogenous subsystems. If mass-specific oxygen flux is constant and independent of system size (expressed as mass), then there is no interaction between the subsystems. The well-established scaling law in respiratory physiology reveals a strong interaction of oxygen consumption and body mass by the fact that mass-specific basal metabolic rate (oxygen flux) does not increase proportionally and linearly with body mass. Maximum mass-specific oxygen flux, ''V''<sub>O2max</sub>, is less mass-dependent across a large range of body mass of different mammalian species (Weibel and Hoppeler 2005).ifferent mammalian species (Weibel and Hoppeler 2005).)