Einstein, Albert. 'Eine neue Bestimmung der Molekueldimensionen'. Annalen der Physik, 19 (1906)

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              <center class="math-display">
                <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190614x.png" alt=" { } 5 3 @2(1r) @2(1r)- @2(1r) p = - 3 kP A @ q2 + B @ j2 + C @ z2 + konst., 5 3 -q @D- { u = A q - 3 P A r3- @q , v = B j - 53 P 3 B jr3-- @@Dj-, 5 3 z- @D- w = C z - 3 P C r3 - @z , " class="math-display"/>
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            <td width="5%">(5)</td>
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              <a id="x1-7r6"/>
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                <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190615x.png" alt=" { } D = A 5 P3 @2r2 + 1 P5@2(1r2) {6 @ q 6 @ q } { + B 5 P3-@2r2 + 1 P5@2(1r2) {6 @ j 6 @ j } + C 5P3 @2r2-+ 1P 5@2(1r)2- . 6 @ z 6 @ z " class="math-display"/>
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            <td width="5%">(5a)</td>
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        <p class="noindent">Es ist leicht zu beweisen, daß die Gleichungen (5) Lösungen
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        der Gleichungen (4) sind. Denn </p>
        <center class="par-math-display">
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190616x.png" alt=" 1 2 D q = 0, D r = 0, D r = r " class="par-math-display"/>
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        <p class="nopar"/>
        <p class="noindent"/>
        <center class="par-math-display">
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190617x.png" alt=" ( ) { ( )} D q- = --@- D 1 = 0, r3 @q r " class="par-math-display"/>
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        <p class="noindent">erhält </p>
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          <span class="cmmi-10">k </span>
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/cmr10-1.png" alt="D" class="10x-x-1"/>
          <span class="cmmi-10">u </span>
        =
          <span class="cmsy-10">-</span>
          <span class="cmmi-10">k</span>
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190618x.png" alt="@@q" class="frac" align="middle"/>
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190619x.png" alt=" {D D}" class="left" align="middle"/>
        =
          <span class="cmsy-10">-</span>
          <span class="cmmi-10">k</span>
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190620x.png" alt="@@q" class="frac" align="middle"/>
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190621x.png" alt="{ 21 21 } 53 P3A @@qr2 + 53 P3B @@jr2 + ..." class="left" align="middle"/>
          <span class="cmmi-10">.</span>
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        <p class="noindent">Der zuletzt erhaltene Ausdruck ist aber nach der ersten der
          <br/>
        Gleichungen (5)
          <span class="cmmi-10">
            <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/cmmi10-40.png" alt="@" class="10x-x-40"/>
          n</span>
          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190622x.png" alt="/" class="left" align="middle"/>
          <span class="cmmi-10">
            <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/cmmi10-40.png" alt="@" class="10x-x-40"/>
            <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/cmmi10-18.png" alt="q" class="cmmi-10x-x-18" align="middle"/>
          </span>
        identisch. Auf gleiche Weise zeigt
          <br/>
        man, daß die zweite und dritte der Gleichungen (4) erfüllt ist.
          <br/>
        Ferner erhält </p>
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          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190623x.png" alt="@u-+ @-v + @w- = (A + B + C) @q @ j @q " class="par-math-display"/>
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          <img src="http://foxridge.mpiwg-berlin.mpg.de/permanent/einstein/annalen/Einst_Neueb_de_1906/fulltext/img/Einst_Neueb_de_190624x.png" alt=" 5 { @2(1r) @2(1r) @2(1r)} + 3 P3 A -@q2- + B -@j2- + C -@z2-- - D D. " class="par-math-display"/>
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        <p class="nopar"> </p>
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