129 lines
3.0 KiB
Nix
129 lines
3.0 KiB
Nix
{ physical, ... }:
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let
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inherit(physical) formatValue;
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in
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{
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boltzmannConstant = {
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section = "Variables";
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text = {
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deu = "\\person{Boltzmann}-Konstante";
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};
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description = {
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deu = ''
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''${k_B = \Physical{1.380649}{-23}{joule}{}\Unit{kelvin}{-1}}$,
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benannt nach dem österreichischen Physiker \person (1844–1906)
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'';
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};
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data = {
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kind = "Math";
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short = "k_B";
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value = 1.380649e-23;
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unit = [ "joule" { name = "kelvin"; exp = -1; } ];
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};
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};
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elementaryCharge = {
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section = "Variables";
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text = {
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deu = "Elementar\\-ladung";
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};
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description = {
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deu = ''
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''${e = \Physical{1.602176634}{-19}{coulomb}{}}$
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'';
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};
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data = {
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kind = "Math";
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short = "e";
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value = 1.602176634e-19;
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unit = "coulomb";
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};
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};
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faradayConstant = {
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section = "Variables";
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text = {
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deu = "\\person{Faraday}-Konstante";
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};
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description = {
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deu = ''
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''${F = \Physical{9.648533289}{4}{ampere}{}\Unit{second}{}\Unit{mol}{-1}}$,
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benannt nach dem englischen Experimental\-physiker \person{Michael Faraday} (1791–1867)
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'';
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};
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data = {
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kind = "Math";
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short = "F";
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value = 9.648533289e4;
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unit = [ "ampere" { name = "mol"; exp = -1; } ];
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};
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};
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gasConstant = {
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section = "Variables";
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text = {
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deu = "Gas\\-konstante";
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};
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description = {
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deu = ''
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''${R~=~\Physical{8.3144598}{}{joule}{}\Unit{mol}{-1}\Unit{kelvin}{-1}}$
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'';
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};
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data = {
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kind = "Math";
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short = "R";
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value = 8.3144598;
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unit = [ "joule" { name = "mol"; exp = -1; } { name = "kelvin"; exp = -1; } ];
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};
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};
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planckConstant = {
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section = "Variables";
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text = {
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deu = "\\person{Planck}sches Wirkungs\\-quantum";
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};
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description = {
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deu = ''
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''${h = \Physical{6.62607015}{-34}{joule}{}\Unit{second}{}}$,
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benannt nach dem deutschen Physiker \person{Max Planck} (1858–1947)
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'';
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};
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data = {
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kind = "Math";
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short = "h";
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value = 6.62607015e-34;
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unit = [ "joule" "second" ];
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};
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};
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roomTemperature = {
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section = "Variables";
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text = {
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deu = "Raum\\-temperatur";
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};
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description = {
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deu = ''
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Eine unspezifizierte Temperatur von ${formatValue { from = 20; till = 30; } "celsius"},
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welche bei Reaktionen erreicht wird,
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wenn weder aktiv gekühlt noch aktiv erwärmt wird
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'';
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};
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data = {
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kind = "Default";
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short = "RT";
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};
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};
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speedOfLight = {
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section = "Variables";
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text = {
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deu = "Licht\\-geschwindigkeit";
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};
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description = {
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deu = ''
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''${c = \Physical{299792458}{}{metre}{}\Unit{second}{-1}}$,
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Geschwindigkeit elektro\-magnetischer Wellen im Vakuum
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'';
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};
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data = {
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kind = "Math";
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short = "c";
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value = 299792458;
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unit = [ "metre" { name = "second"; exp = -1; } ];
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};
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};
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} |