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      <record key="001" att1="001" value="LIB900217601" att2="LIB900217601">001   LIB900217601</record>
      <field key="037" subkey="x">deutsch</field>
      <field key="050" subkey="x">Forschungsbericht</field>
      <field key="076" subkey="">Ökonomie</field>
      <field key="079" subkey="y">http://www.ihs.ac.at/publications/ihsfo/fo88.pdf</field>
      <field key="079" subkey="z">rainer, anton, produktionsfunktionen der oesterreichischen industrie (pdf)</field>
      <field key="100" subkey="">rainer, anton</field>
      <field key="331" subkey="">produktionsfunktionen der oesterreichischen industrie</field>
      <field key="403" subkey="">1. aufl.</field>
      <field key="410" subkey="">wien</field>
      <field key="412" subkey="">institut fuer hoehere studien</field>
      <field key="425" subkey="">1975, februar</field>
      <field key="433" subkey="">157 s.</field>
      <field key="451" subkey="">institut fuer hoehere studien; forschungsberichte; 88</field>
      <field key="544" subkey="">IHSFO 88</field>
      <field key="753" subkey="">summary: the aim of this research memorandum is to investigate if the conventional theory of production is an adequate approach</field>
      <field key="for" subkey="">studying the austrian manufacturing industry. the study consists of two parts. the first one is a short theoretical review of</field>
      <field key="the" subkey="">concept, the different kinds and properties of production functions. the second part shows the results of the empirical time</field>
      <field key="ser" subkey="i">es estimates of production functions for the austrian manufacturing industry. two different data sets were available: one for</field>
      <field key="act" subkey="u">al net production and one for full capacity output (= actual production divided by degree of capacity utilization). according</field>
      <field key="to" subkey="t">his, different arguments are used. the actual production is explained by flows - namely by energy usage (as indicator of</field>
      <field key="cap" subkey="i">tal usage) and real personal expenditure (as labour indicator). the arguments in the capacity production function are the</field>
      <field key="cap" subkey="i">tal stock and number of employees. the production functions (linear, cobb-douglas, ces, ves) havebeen estimated for 20</field>
      <field key="bra" subkey="n">ches, 7 aggregates (composed of these branches) and for the manufacturing industry as a whole. the results are given</field>
      <field key="agg" subkey="r">egatewise including a diagram showing the fit of the estimated functions, a short description of the aggregate and its</field>
      <field key="bra" subkey="n">ches and a comparison of the feasible functions.;</field>
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