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Statements

Subject Item
dbr:Latent_internal_energy
rdf:type
yago:Process100029677 dbo:Company yago:PhaseChange113536016 yago:WikicatPhaseTransitions yago:PhysicalEntity100001930 yago:NaturalProcess113518963
rdfs:label
Latent internal energy 潛內能
rdfs:comment
The latent internal energy of a system is the internal energy a system requires to undergo a phase transition. Its value is specific to the substance or mix of substances in question. The value can also vary with temperature and pressure. Generally speaking the value is different for the type of phase change being accomplished. Examples can include Latent internal energy of vaporization (liquid to vapor), Latent internal energy of crystallization (liquid to solid) Latent internal energy of sublimation (solid to vapor). These values are usually expressed in units of energy per mole or per mass such as J/mol or BTU/lb. Often a negative sign will be used to represent energy being withdrawn from the system, while a positive value represents energy being added to the system. 潛內能是指系統要產生相變時的內能變化，會隨系統的成份（純物質或混合物），溫度及壓力，以及要產生的相變而不同。例如汽化热、熔化熱、昇華熱等。潛內能一般會用單位質量或是單位莫耳下的能量來表示，例如J/mol或BTU/lb。正號表示能量加入系統中，負號表示從系統中移出能量。不過各參考資料也可能會有不同的定義。 每一種潛內能都有一潛內能與其數值相同，但符號相反，例如熔化（固態變為液態）的潛內能數值就和凝固（液態變為固態）的潛內能數值相同，但符號相反。
dcterms:subject
dbc:Thermodynamic_properties dbc:Phase_transitions
dbo:wikiPageID
8546071
dbo:wikiPageRevisionID
1026559905
dbo:wikiPageWikiLink
dbc:Thermodynamic_properties dbr:Internal_energy dbr:Freezing dbr:Phase_transition dbr:Joule dbc:Phase_transitions dbr:Enthalpy_of_fusion dbr:Melting dbr:British_thermal_unit dbr:Enthalpy_of_vaporization
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dbpedia-zh:潛內能 n15:4pn15 freebase:m.0277dxx yago-res:Latent_internal_energy wikidata:Q6495495
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dbo:abstract
The latent internal energy of a system is the internal energy a system requires to undergo a phase transition. Its value is specific to the substance or mix of substances in question. The value can also vary with temperature and pressure. Generally speaking the value is different for the type of phase change being accomplished. Examples can include Latent internal energy of vaporization (liquid to vapor), Latent internal energy of crystallization (liquid to solid) Latent internal energy of sublimation (solid to vapor). These values are usually expressed in units of energy per mole or per mass such as J/mol or BTU/lb. Often a negative sign will be used to represent energy being withdrawn from the system, while a positive value represents energy being added to the system. For every type of latent internal energy there is an opposite. For example, the latent internal energy of Freezing (liquid to solid) is equal to the negative of the Latent internal energy of melting (solid to liquid) 潛內能是指系統要產生相變時的內能變化，會隨系統的成份（純物質或混合物），溫度及壓力，以及要產生的相變而不同。例如汽化热、熔化熱、昇華熱等。潛內能一般會用單位質量或是單位莫耳下的能量來表示，例如J/mol或BTU/lb。正號表示能量加入系統中，負號表示從系統中移出能量。不過各參考資料也可能會有不同的定義。 每一種潛內能都有一潛內能與其數值相同，但符號相反，例如熔化（固態變為液態）的潛內能數值就和凝固（液態變為固態）的潛內能數值相同，但符號相反。
gold:hypernym
dbr:Energy
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wikipedia-en:Latent_internal_energy?oldid=1026559905&ns=0
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1420
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wikipedia-en:Latent_internal_energy