2,808
edits
Changes
→5.1.2 Pure Copper
<table class="twocolortable">
<tr><throwspan="2"><p class="s3">Material</p><p class="s3">EN- Desig- nation</p></th><throwspan="2"><p class="s3">Density</p><p class="s3">[g/cm³]</p></th><throwspan="2"><p class="s3">Electrical</p><p class="s3">Conductivityt</p></th><throwspan="2"><p class="s3">Electrical Conduc- tivity</p><p class="s3">[µ<span class="s10">S · </span>cm]</p></th><throwspan="2"><p class="s3">Thermal</p><p class="s3">Conduc- tivity</p><p class="s3">[W/(m.K)]</p></th>
<th><p class="s3">Coeff. of</p><p class="s3">Linear Thermal Expan- sion</p><p class="s3">[10<span class="s11">-6</span>/K]</p></th>
<th><p class="s3">Modulus</p><p class="s3">of</p><p class="s3">Elasticity</p><p class="s3">[GPa]</p></th><th><p class="s3">Softening</p><p class="s3">Tempera- tur (approx.</p><p class="s3">10% loss in</p><p class="s3">strength) [°C]</p></th><th><p class="s3">Melting</p><p class="s3">Tempera- ture</p><p class="s3">[°C]</p></th></tr><tr><td><p class="s3">Material</p><p class="s3">EN- Desig- nation</p></td>
<td><p class="s3">Density</p><p class="s3">[g/cm³]</p></td><td><p class="s3">[MS/m]</p></td>
<td><p class="s3">[% IACS]</p></td><td><p class="s3">Electrical Conduc- tivity</p><p class="s3">[µ<span class="s10">S · </span>cm]</p></td>
