<data xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
<row _id="1"><ID>1</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>10.08.2022</Test Date><Test Piece Identifier>A_02</Test Piece Identifier><Test Piece Composition>CuZn38As</Test Piece Composition><Test Piece Provider>DKI</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>26</test_temperature___c_><original_cross_section_area__mm__>19.659</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>240</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>59.5</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>348</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>34.1</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>36.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>5.811</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>69</percentage_reduction_of_area____></row>
<row _id="2"><ID>2</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>09.08.2022</Test Date><Test Piece Identifier>B_01</Test Piece Identifier><Test Piece Composition>CuZn21Si3P</Test Piece Composition><Test Piece Provider>DKI</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>26</test_temperature___c_><original_cross_section_area__mm__>19.695</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>334</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>104</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>680</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>31.1</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>24.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>12.161</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>38</percentage_reduction_of_area____></row>
<row _id="3"><ID>3</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>11.08.2022</Test Date><Test Piece Identifier>B_02</Test Piece Identifier><Test Piece Composition>CuZn21Si3P</Test Piece Composition><Test Piece Provider>DKI</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>27</test_temperature___c_><original_cross_section_area__mm__>19.656</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>352</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>106</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>682</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>31.4</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>25.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>12.41</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>37</percentage_reduction_of_area____></row>
<row _id="4"><ID>4</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>09.08.2022</Test Date><Test Piece Identifier>C_08</Test Piece Identifier><Test Piece Composition>CuNiSi</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>26</test_temperature___c_><original_cross_section_area__mm__>19.601</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>80.7</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>64.9</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>236</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>35.7</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>43</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>2.392</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>88</percentage_reduction_of_area____></row>
<row _id="5"><ID>5</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>11.08.2022</Test Date><Test Piece Identifier>C_09</Test Piece Identifier><Test Piece Composition>CuNiSi</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>27</test_temperature___c_><original_cross_section_area__mm__>19.638</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>79.1</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>68.5</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>207</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>34.8</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>39</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>3.258</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>83</percentage_reduction_of_area____></row>
<row _id="6"><ID>6</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>10.08.2022</Test Date><Test Piece Identifier>D_01</Test Piece Identifier><Test Piece Composition>CuSn6</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>26</test_temperature___c_><original_cross_section_area__mm__>19.643</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>119</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>58.8</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>314</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>33.4</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>33.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>4.524</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>77</percentage_reduction_of_area____></row>
<row _id="7"><ID>7</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>11.08.2022</Test Date><Test Piece Identifier>D_02</Test Piece Identifier><Test Piece Composition>CuSn6</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>27</test_temperature___c_><original_cross_section_area__mm__>19.659</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>111</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>71</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>261</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>35.9</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>43.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>5.817</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>74</percentage_reduction_of_area____></row>
<row _id="8"><ID>8</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>10.08.2022</Test Date><Test Piece Identifier>E_01</Test Piece Identifier><Test Piece Composition>CuSn12</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>26</test_temperature___c_><original_cross_section_area__mm__>19.648</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>169</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>102</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>331</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>27.8</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>11</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>17.609</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>10</percentage_reduction_of_area____></row>
<row _id="9"><ID>9</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>11.08.2022</Test Date><Test Piece Identifier>E_02</Test Piece Identifier><Test Piece Composition>CuSn12</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>27</test_temperature___c_><original_cross_section_area__mm__>19.661</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>160</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>70.4</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>380</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>34.8</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>39</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>12.038</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>39</percentage_reduction_of_area____></row>
<row _id="10"><ID>10</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>10.08.2022</Test Date><Test Piece Identifier>F_01</Test Piece Identifier><Test Piece Composition>CuNi12Al3</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>26</test_temperature___c_><original_cross_section_area__mm__>19.661</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>409</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>114</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>637</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>31.1</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>24.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>12.347</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>37</percentage_reduction_of_area____></row>
<row _id="11"><ID>11</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>11.08.2022</Test Date><Test Piece Identifier>F_02</Test Piece Identifier><Test Piece Composition>CuNi12Al3</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>27</test_temperature___c_><original_cross_section_area__mm__>19.648</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>413</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>114</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>639</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>29.8</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>19</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>14.186</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>28</percentage_reduction_of_area____></row>
<row _id="12"><ID>12</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>14.03.2023</Test Date><Test Piece Identifier>G_06</Test Piece Identifier><Test Piece Composition>CuNi6Sn4</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.648</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>242</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>66.3</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>444</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>31.6</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>26</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>4.948</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>75</percentage_reduction_of_area____></row>
<row _id="13"><ID>13</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>14.03.2023</Test Date><Test Piece Identifier>G_16</Test Piece Identifier><Test Piece Composition>CuNi6Sn4</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.698</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>269</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>63.5</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>480</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>30.6</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>22</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>4.753</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>76</percentage_reduction_of_area____></row>
<row _id="14"><ID>14</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>14.03.2023</Test Date><Test Piece Identifier>G_18</Test Piece Identifier><Test Piece Composition>CuNi6Sn4</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.661</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>300</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>65.6</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>525</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>31.9</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>27.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>5.536</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>72</percentage_reduction_of_area____></row>
<row _id="15"><ID>15</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>14.03.2023</Test Date><Test Piece Identifier>H_08</Test Piece Identifier><Test Piece Composition>CuSn8Ni2</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.679</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>167</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>56.2</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>386</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>35.3</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>41</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>6.026</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>69</percentage_reduction_of_area____></row>
<row _id="16"><ID>16</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>14.03.2023</Test Date><Test Piece Identifier>H_16</Test Piece Identifier><Test Piece Composition>CuSn8Ni2</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.643</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>167</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>58.2</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>385</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>34.7</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>39</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>5.515</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>72</percentage_reduction_of_area____></row>
<row _id="17"><ID>17</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>14.03.2023</Test Date><Test Piece Identifier>H_18</Test Piece Identifier><Test Piece Composition>CuSn8Ni2</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.679</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>168</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>57.9</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>393</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>35.1</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>40</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>5.832</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>70</percentage_reduction_of_area____></row>
<row _id="18"><ID>18</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>15.03.2023</Test Date><Test Piece Identifier>I_06</Test Piece Identifier><Test Piece Composition>CuZn23Si2,5</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.861</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>162</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>121</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>406</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>28.3</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>13</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>16.583</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>17</percentage_reduction_of_area____></row>
<row _id="19"><ID>19</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>15.03.2023</Test Date><Test Piece Identifier>I_08</Test Piece Identifier><Test Piece Composition>CuZn23Si2,5</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.716</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>137</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>86.5</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>422</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>33.4</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>33.5</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>13.299</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>33</percentage_reduction_of_area____></row>
<row _id="20"><ID>20</ID><Test Standard>DIN EN ISO 6892-1:2020</Test Standard><Test Date>15.03.2023</Test Date><Test Piece Identifier>I_16</Test Piece Identifier><Test Piece Composition>CuZn23Si2,5</Test Piece Composition><Test Piece Provider>fem</Test Piece Provider><Test Piece Preparation>according to the standard</Test Piece Preparation><Test Piece Cross Section Shape>ZUG 005.004</Test Piece Cross Section Shape><test_piece_total_length__mm_>54</test_piece_total_length__mm_><test_piece_parallel_length__mm_>30</test_piece_parallel_length__mm_><Tensile Testing Machine Identifier>M33</Tensile Testing Machine Identifier><test_temperature___c_>22</test_temperature___c_><original_cross_section_area__mm__>19.666</original_cross_section_area__mm__><original_gauge_length__mm_>25</original_gauge_length__mm_><extensometer_gauge_length__mm_>25</extensometer_gauge_length__mm_><strain_rate____s_>0.025</strain_rate____s_><test_speed__mm_min_>12</test_speed__mm_min_><separation_point____>1</separation_point____><yield_strength_rp0_2__mpa_>134</yield_strength_rp0_2__mpa_><slope_of_elastic_region_me__gpa_>90.7</slope_of_elastic_region_me__gpa_><ultimate_tensile_strength__mpa_>423</ultimate_tensile_strength__mpa_><final_gauge_length_after_fracture__mm_>36.5</final_gauge_length_after_fracture__mm_><percentage_elongation_after_fracture____>46</percentage_elongation_after_fracture____><maximum_cross_section_area_after_fracture__mm__>10.264</maximum_cross_section_area_after_fracture__mm__><percentage_reduction_of_area____>48</percentage_reduction_of_area____></row>
</data>
