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In statistical thermodynamics, thermodynam … In statistical thermodynamics, thermodynamic beta, also known as coldness, is the reciprocal of the thermodynamic temperature of a system: (where T is the temperature and kB is Boltzmann constant). It was originally introduced in 1971 (as Kältefunktion "coldness function") by , one of the proponents of the rational thermodynamics school of thought, based on earlier proposals for a "reciprocal temperature" function. Thermodynamic beta has units reciprocal to that of energy (in SI units, reciprocal joules, ). In non-thermal units, it can also be measured in byte per joule, or more conveniently, gigabyte per nanojoule; 1 K−1 is equivalent to about 13,062 gigabytes per nanojoule; at room temperature: T = 300K, β ≈ 44 GB/nJ ≈ 39 eV−1 ≈ 2.4×1020 J−1. The conversion factor is 1 GB/nJ = J−1.1. The conversion factor is 1 GB/nJ = J−1.
, Termodynamické beta je fyzikální veličina … Termodynamické beta je fyzikální veličina vyjadřující vztah mezi termodynamickou teplotou a energií stavů systému. Značí se řeckým písmenem β a je definována vztahem kde je termodynamická teplota (v Kelvinech) a je Boltzmannova konstanta. Při snižování teploty systému blízko k absolutní nule roste β . Jednotka termodynamického beta v soustavě SI je reciproký joule značený J−1. V částicové fyzice se místo reciprokého joulu běžně používá reciproký elektronvolt značený eV−1.užívá reciproký elektronvolt značený eV−1.
, In meccanica statistica, si dice beta termodinamica una quantità numerica legata alla temperatura termodinamica di un sistema. La beta termodinamica può essere vista come una connessione tra l'interpretazione statistica di un sistema e la termodinamica.
, La température inverse, notée β et parfois dite bêta thermodynamique, est une grandeur physique utilisée en physique statistique. Elle est reliée à la température T d'un système par β = 1/(kT), où k est la constante de Boltzmann. Son unité est le J-1.
, Em mecânica estatística, o beta termodinâmico é uma grandeza numérica relacionada à temperatura termodinâmica de um sistema. O beta termodinâmico pode ser visto comouma coneção entre a interpretação estatística de um sistema físico e a termodinâmica.
, 逆温度（ぎゃくおんど、英語: inverse temperature） は、統計力学によって定義される物理量。統計集団を用いて平衡状態を記述する際に重要な役割を担うパラメーターとして現れる。逆温度βは絶対温度Tとボルツマン定数kBを用いて次のように定義される。
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In meccanica statistica, si dice beta termodinamica una quantità numerica legata alla temperatura termodinamica di un sistema. La beta termodinamica può essere vista come una connessione tra l'interpretazione statistica di un sistema e la termodinamica.
, In statistical thermodynamics, thermodynam … In statistical thermodynamics, thermodynamic beta, also known as coldness, is the reciprocal of the thermodynamic temperature of a system: (where T is the temperature and kB is Boltzmann constant). It was originally introduced in 1971 (as Kältefunktion "coldness function") by , one of the proponents of the rational thermodynamics school of thought, based on earlier proposals for a "reciprocal temperature" function.s for a "reciprocal temperature" function.
, 逆温度（ぎゃくおんど、英語: inverse temperature） は、統計力学によって定義される物理量。統計集団を用いて平衡状態を記述する際に重要な役割を担うパラメーターとして現れる。逆温度βは絶対温度Tとボルツマン定数kBを用いて次のように定義される。
, Em mecânica estatística, o beta termodinâmico é uma grandeza numérica relacionada à temperatura termodinâmica de um sistema. O beta termodinâmico pode ser visto comouma coneção entre a interpretação estatística de um sistema físico e a termodinâmica.
, Termodynamické beta je fyzikální veličina … Termodynamické beta je fyzikální veličina vyjadřující vztah mezi termodynamickou teplotou a energií stavů systému. Značí se řeckým písmenem β a je definována vztahem kde je termodynamická teplota (v Kelvinech) a je Boltzmannova konstanta. Při snižování teploty systému blízko k absolutní nule roste β . Jednotka termodynamického beta v soustavě SI je reciproký joule značený J−1. V částicové fyzice se místo reciprokého joulu běžně používá reciproký elektronvolt značený eV−1.užívá reciproký elektronvolt značený eV−1.
, La température inverse, notée β et parfois dite bêta thermodynamique, est une grandeur physique utilisée en physique statistique. Elle est reliée à la température T d'un système par β = 1/(kT), où k est la constante de Boltzmann. Son unité est le J-1.
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Termodynamické beta
, Beta termodinamica
, 逆温度
, Température inverse
, Thermodynamic beta
, Beta termodinâmico
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