Model::Propellant::PowerLaw
===========================

:bdg-link-secondary-line:`src/Model/Propellant/PowerLaw.H <../../../doxygen/PowerLaw_8H_source.html>`

This SCP model implements the method described in the following paper

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   kanagarajan2022diffuse

This method imitates inheritance :code:`Propellant::Propellant` using static polymorphism

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             <strong>sfi-2d-coverage-g++</strong>
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               <code>propellant.powerlaw.r_ap</code>
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               <code>propellant.powerlaw.r_comb</code>
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           <div class="input-reference-executable">
             <strong>alamo-3d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.r_comb</code>
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           <div class="input-reference-executable">
             <strong>sfi-2d-coverage-g++</strong>
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               <code>flame.propellant.powerlaw.r_comb</code>
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         <div class="input-reference-badges"><span class="input-reference-badge input-reference-badge-required">required</span> <span class="input-reference-badge input-reference-badge-meta">conditional</span></div>
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       <p class="input-reference-description">AP power pressure law parameter (r*P^n)</p>
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             <div class="input-reference-paths">
               <code>propellant.powerlaw.n_ap</code>
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           <div class="input-reference-executable">
             <strong>alamo-3d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.n_ap</code>
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           </div>
           <div class="input-reference-executable">
             <strong>sfi-2d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>flame.propellant.powerlaw.n_ap</code>
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         <a class="input-reference-name" href="../../../doxygen/PowerLaw_8H_source.html#l00093"><code>n_htpb</code></a>
         <div class="input-reference-badges"><span class="input-reference-badge input-reference-badge-required">required</span> <span class="input-reference-badge input-reference-badge-meta">conditional</span></div>
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       <p class="input-reference-description">HTPB power pressure law parameter (r*P^n)</p>
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             <strong>alamo-2d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.n_htpb</code>
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           <div class="input-reference-executable">
             <strong>alamo-3d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.n_htpb</code>
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           </div>
           <div class="input-reference-executable">
             <strong>sfi-2d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>flame.propellant.powerlaw.n_htpb</code>
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         <div class="input-reference-badges"><span class="input-reference-badge input-reference-badge-required">required</span> <span class="input-reference-badge input-reference-badge-meta">conditional</span></div>
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       <p class="input-reference-description">AP/HTPB power pressure law parameter (r*P^n)</p>
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         <summary>Names by executable <span>3 executables, 3 uses</span></summary>
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             <strong>alamo-2d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.n_comb</code>
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           </div>
           <div class="input-reference-executable">
             <strong>alamo-3d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.n_comb</code>
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           </div>
           <div class="input-reference-executable">
             <strong>sfi-2d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>flame.propellant.powerlaw.n_comb</code>
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           </div>
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     <article class="input-reference-item" id="input-deltaw-9449c659eb">
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         <a class="input-reference-name" href="../../../doxygen/PowerLaw_8H_source.html#l00097"><code>deltaw</code></a>
         <div class="input-reference-badges"><span class="input-reference-badge input-reference-badge-default">1</span> <span class="input-reference-badge input-reference-badge-meta">conditional</span></div>
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       <p class="input-reference-description">jump in chemical potential</p>
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             <strong>alamo-2d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.deltaw</code>
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           <div class="input-reference-executable">
             <strong>alamo-3d-coverage-g++</strong>
             <div class="input-reference-paths">
               <code>propellant.powerlaw.deltaw</code>
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           <div class="input-reference-executable">
             <strong>sfi-2d-coverage-g++</strong>
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               <code>flame.propellant.powerlaw.deltaw</code>
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         <a class="input-reference-name" href="../../../doxygen/PowerLaw_8H_source.html#l00099"><code>P_1MPA</code></a>
         <div class="input-reference-badges"><span class="input-reference-badge input-reference-badge-default">1_MPa</span> <span class="input-reference-badge input-reference-badge-meta">conditional</span></div>
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       <p class="input-reference-description">pressure normilization factor, by default always normalized to 1 MPa regardless of units (MPa will be converted to required unit)</p>
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               <code>propellant.powerlaw.P_1MPA</code>
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             <div class="input-reference-paths">
               <code>propellant.powerlaw.P_1MPA</code>
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           <div class="input-reference-executable">
             <strong>sfi-2d-coverage-g++</strong>
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