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<parameters>

<version>1.0</version>

<PeakParameters>

<PeakBackgroundRatio>2</PeakBackgroundRatio>

<SignalToNoiseThreshold>1</SignalToNoiseThreshold>

<PeakFitType>QUADRATIC</PeakFitType>

<WritePeaksToTextFile>False</WritePeaksToTextFile>

</PeakParameters>

<DTAGenerationParameters>

<MinScan>1</MinScan>

<MaxScan>1000000</MaxScan>

<MinMass>200</MinMass>

<MaxMass>5000</MaxMass>

<MinIonCount>35</MinIonCount>

<ConsiderCharge>False</ConsiderCharge>

<ChargeValueToConsider>0</ChargeValueToConsider>

<CCMass>1.00727638</CCMass>

<WindowSizeToCheck>5</WindowSizeToCheck>

<ConsiderMultiplePrecursors>False</ConsiderMultiplePrecursors>

<IsolationWindowSize>3</IsolationWindowSize>

<OutputType>DTA</OutputType>

<IsProfileDataForMzXML>False</IsProfileDataForMzXML>

<IgnoreMSnScans>False</IgnoreMSnScans>

</DTAGenerationParameters>

<HornTransformParameters>

<TagFormula/>

<AveragineFormula>C10 H18 N0.5 O5 S0</AveragineFormula>

<DeleteIntensityThreshold>1</DeleteIntensityThreshold>

<MaxFit>0.25</MaxFit>

<MinIntensityForScore>10</MinIntensityForScore>

<MaxCharge>5</MaxCharge>

<MaxMW>10000</MaxMW>

<NumPeaksForShoulder>1</NumPeaksForShoulder>

<O16O18Media>False</O16O18Media>

<PeptideMinBackgroundRatio>1</PeptideMinBackgroundRatio>

<UseAbsolutePeptideIntensity>False</UseAbsolutePeptideIntensity>

<AbsolutePeptideIntensity>0</AbsolutePeptideIntensity>

<ThrashOrNot>True</ThrashOrNot>

<CheckAllPatternsAgainstCharge1>False</CheckAllPatternsAgainstCharge1>

<CompleteFit>False</CompleteFit>

<CCMass>1.00727649</CCMass>

<IsotopeFitType>AREA</IsotopeFitType>

<UseMercuryCaching>True</UseMercuryCaching>

<SumSpectra>False</SumSpectra>

<SumSpectraAcrossScanRange>False</SumSpectraAcrossScanRange>

<NumberOfScansToSumOver>1</NumberOfScansToSumOver>

<NumberOfScansToAdvance>0</NumberOfScansToAdvance>

<SumSpectraAcrossFrameRange>True</SumSpectraAcrossFrameRange>

<NumberOfFramesToSumOver>3</NumberOfFramesToSumOver>

<IsActualMonoMZUsed>False</IsActualMonoMZUsed>

<LeftFitStringencyFactor>1</LeftFitStringencyFactor>

<RightFitStringencyFactor>1</RightFitStringencyFactor>

<UseRAPIDDeconvolution>True</UseRAPIDDeconvolution>

<ReplaceRAPIDScoreWithHornFitScore>False</ReplaceRAPIDScoreWithHornFitScore>

<NumPeaksUsedInAbundance>1</NumPeaksUsedInAbundance>

</HornTransformParameters>

<Miscellaneous>

<UseScanRange>False</UseScanRange>

<MinScan>-2147483648</MinScan>

<MaxScan>2147483647</MaxScan>

<UseMZRange>True</UseMZRange>

<MinMZ>500</MinMZ>

<MaxMZ>2000</MaxMZ>

<ApplySavitzkyGolay>False</ApplySavitzkyGolay>

<SGNumLeft>2</SGNumLeft>

<SGNumRight>2</SGNumRight>

<SGOrder>2</SGOrder>

<ZeroFillDiscontinousAreas>False</ZeroFillDiscontinousAreas>

<NumZerosToFill>3</NumZerosToFill>

<ProcessMSMS>False</ProcessMSMS>

<ExportFileType>TEXT</ExportFileType>

<DetectPeaksOnly_NoDeconvolution>False</DetectPeaksOnly_NoDeconvolution>

<Process_MS>True</Process_MS>

</Miscellaneous>

<ElementIsotopes>

<NumElements>103</NumElements>

<Element>

<Symbol>H</Symbol>

<Name>Hydrogen</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>1</Atomicity>

<Isotope>

<Mass>1.007825</Mass>

<Probability>0.99985</Probability>

</Isotope>

<Isotope>

<Mass>2.014102</Mass>

<Probability>0.00015</Probability>

</Isotope>

</Element>

<Element>

<Symbol>He</Symbol>

<Name>Helium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>2</Atomicity>

<Isotope>

<Mass>3.01603</Mass>

<Probability>1E-06</Probability>

</Isotope>

<Isotope>

<Mass>4.0026</Mass>

<Probability>0.999999</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Li</Symbol>

<Name>Lithium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>3</Atomicity>

<Isotope>

<Mass>6.015121</Mass>

<Probability>0.075</Probability>

</Isotope>

<Isotope>

<Mass>7.016003</Mass>

<Probability>0.925</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Be</Symbol>

<Name>Berellium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>4</Atomicity>

<Isotope>

<Mass>9.012182</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>B</Symbol>

<Name>Boron</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>5</Atomicity>

<Isotope>

<Mass>10.01294</Mass>

<Probability>0.199</Probability>

</Isotope>

<Isotope>

<Mass>11.00931</Mass>

<Probability>0.801</Probability>

</Isotope>

</Element>

<Element>

<Symbol>C</Symbol>

<Name>Carbon</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>6</Atomicity>

<Isotope>

<Mass>12</Mass>

<Probability>0.98893</Probability>

</Isotope>

<Isotope>

<Mass>13.00336</Mass>

<Probability>0.01107</Probability>

</Isotope>

</Element>

<Element>

<Symbol>N</Symbol>

<Name>Nitrogen</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>7</Atomicity>

<Isotope>

<Mass>14.00307</Mass>

<Probability>0.996337</Probability>

</Isotope>

<Isotope>

<Mass>15.00011</Mass>

<Probability>0.003663</Probability>

</Isotope>

</Element>

<Element>

<Symbol>O</Symbol>

<Name>Oxygen</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>8</Atomicity>

<Isotope>

<Mass>15.99491</Mass>

<Probability>0.99759</Probability>

</Isotope>

<Isotope>

<Mass>16.99913</Mass>

<Probability>0.000374</Probability>

</Isotope>

<Isotope>

<Mass>17.99916</Mass>

<Probability>0.002036</Probability>

</Isotope>

</Element>

<Element>

<Symbol>F</Symbol>

<Name>Fluorine</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>9</Atomicity>

<Isotope>

<Mass>18.9984</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ne</Symbol>

<Name>Neon</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>10</Atomicity>

<Isotope>

<Mass>19.99244</Mass>

<Probability>0.9048</Probability>

</Isotope>

<Isotope>

<Mass>20.99384</Mass>

<Probability>0.0027</Probability>

</Isotope>

<Isotope>

<Mass>21.99138</Mass>

<Probability>0.0925</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Na</Symbol>

<Name>Sodium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>11</Atomicity>

<Isotope>

<Mass>22.98977</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Mg</Symbol>

<Name>Magnesium</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>12</Atomicity>

<Isotope>

<Mass>23.98504</Mass>

<Probability>0.7899</Probability>

</Isotope>

<Isotope>

<Mass>24.98584</Mass>

<Probability>0.1</Probability>

</Isotope>

<Isotope>

<Mass>25.98259</Mass>

<Probability>0.1101</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Al</Symbol>

<Name>Almunium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>13</Atomicity>

<Isotope>

<Mass>26.98154</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Si</Symbol>

<Name>Silicon</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>14</Atomicity>

<Isotope>

<Mass>27.97693</Mass>

<Probability>0.9223</Probability>

</Isotope>

<Isotope>

<Mass>28.9765</Mass>

<Probability>0.0467</Probability>

</Isotope>

<Isotope>

<Mass>29.97377</Mass>

<Probability>0.031</Probability>

</Isotope>

</Element>

<Element>

<Symbol>P</Symbol>

<Name>Phosphrous</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>15</Atomicity>

<Isotope>

<Mass>30.97376</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>S</Symbol>

<Name>Sulphur</Name>

<NumIsotopes>4</NumIsotopes>

<Atomicity>16</Atomicity>

<Isotope>

<Mass>31.97207</Mass>

<Probability>0.9502</Probability>

</Isotope>

<Isotope>

<Mass>32.97145</Mass>

<Probability>0.0075</Probability>

</Isotope>

<Isotope>

<Mass>33.96786</Mass>

<Probability>0.0421</Probability>

</Isotope>

<Isotope>

<Mass>35.96708</Mass>

<Probability>0.0002</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cl</Symbol>

<Name>Chlorine</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>17</Atomicity>

<Isotope>

<Mass>34.96885</Mass>

<Probability>0.75529</Probability>

</Isotope>

<Isotope>

<Mass>36.9659</Mass>

<Probability>0.24471</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ar</Symbol>

<Name>Argon</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>18</Atomicity>

<Isotope>

<Mass>35.96754</Mass>

<Probability>0.00337</Probability>

</Isotope>

<Isotope>

<Mass>37.96273</Mass>

<Probability>0.00063</Probability>

</Isotope>

<Isotope>

<Mass>39.96238</Mass>

<Probability>0.996</Probability>

</Isotope>

</Element>

<Element>

<Symbol>K</Symbol>

<Name>Potassium</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>19</Atomicity>

<Isotope>

<Mass>38.96371</Mass>

<Probability>0.932581</Probability>

</Isotope>

<Isotope>

<Mass>39.964</Mass>

<Probability>0.000117</Probability>

</Isotope>

<Isotope>

<Mass>40.96183</Mass>

<Probability>0.067302</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ca</Symbol>

<Name>Calcium</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>20</Atomicity>

<Isotope>

<Mass>39.96259</Mass>

<Probability>0.96941</Probability>

</Isotope>

<Isotope>

<Mass>41.95862</Mass>

<Probability>0.00647</Probability>

</Isotope>

<Isotope>

<Mass>42.95877</Mass>

<Probability>0.00135</Probability>

</Isotope>

<Isotope>

<Mass>43.95548</Mass>

<Probability>0.02086</Probability>

</Isotope>

<Isotope>

<Mass>45.95369</Mass>

<Probability>4E-05</Probability>

</Isotope>

<Isotope>

<Mass>47.95253</Mass>

<Probability>0.00187</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Sc</Symbol>

<Name>Scandium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>21</Atomicity>

<Isotope>

<Mass>44.95591</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ti</Symbol>

<Name>Titanium</Name>

<NumIsotopes>5</NumIsotopes>

<Atomicity>22</Atomicity>

<Isotope>

<Mass>45.95263</Mass>

<Probability>0.08</Probability>

</Isotope>

<Isotope>

<Mass>46.95176</Mass>

<Probability>0.073</Probability>

</Isotope>

<Isotope>

<Mass>47.94795</Mass>

<Probability>0.738</Probability>

</Isotope>

<Isotope>

<Mass>48.94787</Mass>

<Probability>0.055</Probability>

</Isotope>

<Isotope>

<Mass>49.94479</Mass>

<Probability>0.054</Probability>

</Isotope>

</Element>

<Element>

<Symbol>V</Symbol>

<Name>Vanadium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>23</Atomicity>

<Isotope>

<Mass>49.94716</Mass>

<Probability>0.0025</Probability>

</Isotope>

<Isotope>

<Mass>50.94396</Mass>

<Probability>0.9975</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cr</Symbol>

<Name>Chromium</Name>

<NumIsotopes>4</NumIsotopes>

<Atomicity>24</Atomicity>

<Isotope>

<Mass>49.94604</Mass>

<Probability>0.04345</Probability>

</Isotope>

<Isotope>

<Mass>51.94051</Mass>

<Probability>0.8379</Probability>

</Isotope>

<Isotope>

<Mass>52.94065</Mass>

<Probability>0.095</Probability>

</Isotope>

<Isotope>

<Mass>53.93888</Mass>

<Probability>0.02365</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Mn</Symbol>

<Name>Manganese</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>25</Atomicity>

<Isotope>

<Mass>54.93805</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Fe</Symbol>

<Name>Iron</Name>

<NumIsotopes>4</NumIsotopes>

<Atomicity>26</Atomicity>

<Isotope>

<Mass>53.93961</Mass>

<Probability>0.059</Probability>

</Isotope>

<Isotope>

<Mass>55.93494</Mass>

<Probability>0.9172</Probability>

</Isotope>

<Isotope>

<Mass>56.93539</Mass>

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</Isotope>

<Isotope>

<Mass>57.93328</Mass>

<Probability>0.0028</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Co</Symbol>

<Name>Cobalt</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>27</Atomicity>

<Isotope>

<Mass>58.9332</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ni</Symbol>

<Name>Nickle</Name>

<NumIsotopes>5</NumIsotopes>

<Atomicity>28</Atomicity>

<Isotope>

<Mass>57.93534</Mass>

<Probability>0.6827</Probability>

</Isotope>

<Isotope>

<Mass>59.93079</Mass>

<Probability>0.261</Probability>

</Isotope>

<Isotope>

<Mass>60.93106</Mass>

<Probability>0.0113</Probability>

</Isotope>

<Isotope>

<Mass>61.92834</Mass>

<Probability>0.0359</Probability>

</Isotope>

<Isotope>

<Mass>63.92797</Mass>

<Probability>0.0091</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cu</Symbol>

<Name>Copper</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>29</Atomicity>

<Isotope>

<Mass>62.9396</Mass>

<Probability>0.6917</Probability>

</Isotope>

<Isotope>

<Mass>64.9278</Mass>

<Probability>0.3083</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Zn</Symbol>

<Name>Zinc</Name>

<NumIsotopes>5</NumIsotopes>

<Atomicity>30</Atomicity>

<Isotope>

<Mass>63.92915</Mass>

<Probability>0.486</Probability>

</Isotope>

<Isotope>

<Mass>65.92603</Mass>

<Probability>0.279</Probability>

</Isotope>

<Isotope>

<Mass>66.92713</Mass>

<Probability>0.041</Probability>

</Isotope>

<Isotope>

<Mass>67.92484</Mass>

<Probability>0.188</Probability>

</Isotope>

<Isotope>

<Mass>69.92532</Mass>

<Probability>0.006</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ga</Symbol>

<Name>Galium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>31</Atomicity>

<Isotope>

<Mass>68.92558</Mass>

<Probability>0.60108</Probability>

</Isotope>

<Isotope>

<Mass>70.9247</Mass>

<Probability>0.39892</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ge</Symbol>

<Name>Germanium</Name>

<NumIsotopes>5</NumIsotopes>

<Atomicity>32</Atomicity>

<Isotope>

<Mass>69.92425</Mass>

<Probability>0.205</Probability>

</Isotope>

<Isotope>

<Mass>71.92208</Mass>

<Probability>0.274</Probability>

</Isotope>

<Isotope>

<Mass>72.92346</Mass>

<Probability>0.078</Probability>

</Isotope>

<Isotope>

<Mass>73.92118</Mass>

<Probability>0.365</Probability>

</Isotope>

<Isotope>

<Mass>75.9214</Mass>

<Probability>0.078</Probability>

</Isotope>

</Element>

<Element>

<Symbol>As</Symbol>

<Name>Arsenic</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>33</Atomicity>

<Isotope>

<Mass>74.92159</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Se</Symbol>

<Name>Selenium</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>34</Atomicity>

<Isotope>

<Mass>73.92248</Mass>

<Probability>0.009</Probability>

</Isotope>

<Isotope>

<Mass>75.91921</Mass>

<Probability>0.091</Probability>

</Isotope>

<Isotope>

<Mass>76.91991</Mass>

<Probability>0.076</Probability>

</Isotope>

<Isotope>

<Mass>77.919</Mass>

<Probability>0.236</Probability>

</Isotope>

<Isotope>

<Mass>79.91652</Mass>

<Probability>0.499</Probability>

</Isotope>

<Isotope>

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<Probability>0.089</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Br</Symbol>

<Name>Bromine</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>35</Atomicity>

<Isotope>

<Mass>78.91833</Mass>

<Probability>0.5069</Probability>

</Isotope>

<Isotope>

<Mass>80.91629</Mass>

<Probability>0.4931</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Kr</Symbol>

<Name>Krypton</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>36</Atomicity>

<Isotope>

<Mass>77.914</Mass>

<Probability>0.0035</Probability>

</Isotope>

<Isotope>

<Mass>79.91638</Mass>

<Probability>0.0225</Probability>

</Isotope>

<Isotope>

<Mass>81.91348</Mass>

<Probability>0.116</Probability>

</Isotope>

<Isotope>

<Mass>82.91414</Mass>

<Probability>0.115</Probability>

</Isotope>

<Isotope>

<Mass>83.91151</Mass>

<Probability>0.57</Probability>

</Isotope>

<Isotope>

<Mass>85.91061</Mass>

<Probability>0.173</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Rb</Symbol>

<Name>Rubidium</Name>

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<Atomicity>37</Atomicity>

<Isotope>

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<Probability>0.7217</Probability>

</Isotope>

<Isotope>

<Mass>86.90919</Mass>

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</Isotope>

</Element>

<Element>

<Symbol>Sr</Symbol>

<Name>Strontium</Name>

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<Atomicity>38</Atomicity>

<Isotope>

<Mass>83.91343</Mass>

<Probability>0.0056</Probability>

</Isotope>

<Isotope>

<Mass>85.90926</Mass>

<Probability>0.0986</Probability>

</Isotope>

<Isotope>

<Mass>86.90888</Mass>

<Probability>0.07</Probability>

</Isotope>

<Isotope>

<Mass>87.90562</Mass>

<Probability>0.8258</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Y</Symbol>

<Name>Yttrium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>39</Atomicity>

<Isotope>

<Mass>88.90585</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Zr</Symbol>

<Name>Zirconium</Name>

<NumIsotopes>5</NumIsotopes>

<Atomicity>40</Atomicity>

<Isotope>

<Mass>89.9047</Mass>

<Probability>0.5145</Probability>

</Isotope>

<Isotope>

<Mass>90.90565</Mass>

<Probability>0.1122</Probability>

</Isotope>

<Isotope>

<Mass>91.90504</Mass>

<Probability>0.1715</Probability>

</Isotope>

<Isotope>

<Mass>93.90631</Mass>

<Probability>0.1738</Probability>

</Isotope>

<Isotope>

<Mass>95.90827</Mass>

<Probability>0.028</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Nb</Symbol>

<Name>Niobium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>41</Atomicity>

<Isotope>

<Mass>92.90638</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Mo</Symbol>

<Name>Molybdenum</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>42</Atomicity>

<Isotope>

<Mass>91.90681</Mass>

<Probability>0.1484</Probability>

</Isotope>

<Isotope>

<Mass>93.90508</Mass>

<Probability>0.0925</Probability>

</Isotope>

<Isotope>

<Mass>94.90584</Mass>

<Probability>0.1592</Probability>

</Isotope>

<Isotope>

<Mass>95.90468</Mass>

<Probability>0.1668</Probability>

</Isotope>

<Isotope>

<Mass>96.90602</Mass>

<Probability>0.0955</Probability>

</Isotope>

<Isotope>

<Mass>97.9054</Mass>

<Probability>0.2413</Probability>

</Isotope>

<Isotope>

<Mass>99.90748</Mass>

<Probability>0.0963</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Tc</Symbol>

<Name>Technetium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>43</Atomicity>

<Isotope>

<Mass>98</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ru</Symbol>

<Name>Ruthenium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>44</Atomicity>

<Isotope>

<Mass>95.9076</Mass>

<Probability>0.0554</Probability>

</Isotope>

<Isotope>

<Mass>97.90529</Mass>

<Probability>0.0186</Probability>

</Isotope>

<Isotope>

<Mass>98.90594</Mass>

<Probability>0.127</Probability>

</Isotope>

<Isotope>

<Mass>99.90422</Mass>

<Probability>0.126</Probability>

</Isotope>

<Isotope>

<Mass>100.9056</Mass>

<Probability>0.171</Probability>

</Isotope>

<Isotope>

<Mass>101.9044</Mass>

<Probability>0.316</Probability>

</Isotope>

<Isotope>

<Mass>103.9054</Mass>

<Probability>0.186</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Rh</Symbol>

<Name>Rhodium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>45</Atomicity>

<Isotope>

<Mass>102.9055</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pd</Symbol>

<Name> Palladium</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>46</Atomicity>

<Isotope>

<Mass>101.9056</Mass>

<Probability>0.0102</Probability>

</Isotope>

<Isotope>

<Mass>103.904</Mass>

<Probability>0.1114</Probability>

</Isotope>

<Isotope>

<Mass>104.9051</Mass>

<Probability>0.2233</Probability>

</Isotope>

<Isotope>

<Mass>105.9035</Mass>

<Probability>0.2733</Probability>

</Isotope>

<Isotope>

<Mass>107.9039</Mass>

<Probability>0.2646</Probability>

</Isotope>

<Isotope>

<Mass>109.9052</Mass>

<Probability>0.1172</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ag</Symbol>

<Name>Silver</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>47</Atomicity>

<Isotope>

<Mass>106.9051</Mass>

<Probability>0.51839</Probability>

</Isotope>

<Isotope>

<Mass>108.9048</Mass>

<Probability>0.48161</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cd</Symbol>

<Name>Cadmium</Name>

<NumIsotopes>8</NumIsotopes>

<Atomicity>48</Atomicity>

<Isotope>

<Mass>105.9065</Mass>

<Probability>0.0125</Probability>

</Isotope>

<Isotope>

<Mass>107.9042</Mass>

<Probability>0.0089</Probability>

</Isotope>

<Isotope>

<Mass>109.903</Mass>

<Probability>0.1249</Probability>

</Isotope>

<Isotope>

<Mass>110.9042</Mass>

<Probability>0.128</Probability>

</Isotope>

<Isotope>

<Mass>111.9028</Mass>

<Probability>0.2413</Probability>

</Isotope>

<Isotope>

<Mass>112.9044</Mass>

<Probability>0.1222</Probability>

</Isotope>

<Isotope>

<Mass>113.9034</Mass>

<Probability>0.2873</Probability>

</Isotope>

<Isotope>

<Mass>115.9048</Mass>

<Probability>0.0749</Probability>

</Isotope>

</Element>

<Element>

<Symbol>In</Symbol>

<Name>Indium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>49</Atomicity>

<Isotope>

<Mass>112.9041</Mass>

<Probability>0.043</Probability>

</Isotope>

<Isotope>

<Mass>114.9039</Mass>

<Probability>0.957</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Sn</Symbol>

<Name>Tin</Name>

<NumIsotopes>10</NumIsotopes>

<Atomicity>50</Atomicity>

<Isotope>

<Mass>111.9048</Mass>

<Probability>0.0097</Probability>

</Isotope>

<Isotope>

<Mass>113.9028</Mass>

<Probability>0.0065</Probability>

</Isotope>

<Isotope>

<Mass>114.9034</Mass>

<Probability>0.0036</Probability>

</Isotope>

<Isotope>

<Mass>115.9017</Mass>

<Probability>0.1453</Probability>

</Isotope>

<Isotope>

<Mass>116.903</Mass>

<Probability>0.0768</Probability>

</Isotope>

<Isotope>

<Mass>117.9016</Mass>

<Probability>0.2422</Probability>

</Isotope>

<Isotope>

<Mass>118.9033</Mass>

<Probability>0.0858</Probability>

</Isotope>

<Isotope>

<Mass>119.9022</Mass>

<Probability>0.3259</Probability>

</Isotope>

<Isotope>

<Mass>121.9034</Mass>

<Probability>0.0463</Probability>

</Isotope>

<Isotope>

<Mass>123.9053</Mass>

<Probability>0.0579</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Sb</Symbol>

<Name>Antimony</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>51</Atomicity>

<Isotope>

<Mass>120.9038</Mass>

<Probability>0.574</Probability>

</Isotope>

<Isotope>

<Mass>122.9042</Mass>

<Probability>0.426</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Te</Symbol>

<Name>Tellerium</Name>

<NumIsotopes>8</NumIsotopes>

<Atomicity>52</Atomicity>

<Isotope>

<Mass>119.904</Mass>

<Probability>0.00095</Probability>

</Isotope>

<Isotope>

<Mass>121.9031</Mass>

<Probability>0.0259</Probability>

</Isotope>

<Isotope>

<Mass>122.9043</Mass>

<Probability>0.00905</Probability>

</Isotope>

<Isotope>

<Mass>123.9028</Mass>

<Probability>0.0479</Probability>

</Isotope>

<Isotope>

<Mass>124.9044</Mass>

<Probability>0.0712</Probability>

</Isotope>

<Isotope>

<Mass>125.9033</Mass>

<Probability>0.1893</Probability>

</Isotope>

<Isotope>

<Mass>127.9045</Mass>

<Probability>0.317</Probability>

</Isotope>

<Isotope>

<Mass>129.9062</Mass>

<Probability>0.3387</Probability>

</Isotope>

</Element>

<Element>

<Symbol>I</Symbol>

<Name>Iodine</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>53</Atomicity>

<Isotope>

<Mass>126.9045</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Xe</Symbol>

<Name>Xenon</Name>

<NumIsotopes>9</NumIsotopes>

<Atomicity>54</Atomicity>

<Isotope>

<Mass>123.9059</Mass>

<Probability>0.001</Probability>

</Isotope>

<Isotope>

<Mass>125.9043</Mass>

<Probability>0.0009</Probability>

</Isotope>

<Isotope>

<Mass>127.9035</Mass>

<Probability>0.0191</Probability>

</Isotope>

<Isotope>

<Mass>128.9048</Mass>

<Probability>0.264</Probability>

</Isotope>

<Isotope>

<Mass>129.9035</Mass>

<Probability>0.041</Probability>

</Isotope>

<Isotope>

<Mass>130.9051</Mass>

<Probability>0.212</Probability>

</Isotope>

<Isotope>

<Mass>131.9041</Mass>

<Probability>0.269</Probability>

</Isotope>

<Isotope>

<Mass>133.9054</Mass>

<Probability>0.104</Probability>

</Isotope>

<Isotope>

<Mass>135.9072</Mass>

<Probability>0.089</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cs</Symbol>

<Name>Casium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>55</Atomicity>

<Isotope>

<Mass>132.9054</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ba</Symbol>

<Name>Barium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>56</Atomicity>

<Isotope>

<Mass>129.9063</Mass>

<Probability>0.00106</Probability>

</Isotope>

<Isotope>

<Mass>131.905</Mass>

<Probability>0.00101</Probability>

</Isotope>

<Isotope>

<Mass>133.9045</Mass>

<Probability>0.0242</Probability>

</Isotope>

<Isotope>

<Mass>134.9057</Mass>

<Probability>0.06593</Probability>

</Isotope>

<Isotope>

<Mass>135.9046</Mass>

<Probability>0.0785</Probability>

</Isotope>

<Isotope>

<Mass>136.9058</Mass>

<Probability>0.1123</Probability>

</Isotope>

<Isotope>

<Mass>137.9052</Mass>

<Probability>0.717</Probability>

</Isotope>

</Element>

<Element>

<Symbol>La</Symbol>

<Name>Lanthanum</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>57</Atomicity>

<Isotope>

<Mass>137.9071</Mass>

<Probability>0.0009</Probability>

</Isotope>

<Isotope>

<Mass>138.9063</Mass>

<Probability>0.9991</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ce</Symbol>

<Name>Cerium</Name>

<NumIsotopes>4</NumIsotopes>

<Atomicity>58</Atomicity>

<Isotope>

<Mass>135.9071</Mass>

<Probability>0.0019</Probability>

</Isotope>

<Isotope>

<Mass>137.906</Mass>

<Probability>0.0025</Probability>

</Isotope>

<Isotope>

<Mass>139.9054</Mass>

<Probability>0.8843</Probability>

</Isotope>

<Isotope>

<Mass>141.9092</Mass>

<Probability>0.1113</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pr</Symbol>

<Name>Praseodymium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>59</Atomicity>

<Isotope>

<Mass>140.9077</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Nd</Symbol>

<Name>Neodynium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>60</Atomicity>

<Isotope>

<Mass>141.9077</Mass>

<Probability>0.2713</Probability>

</Isotope>

<Isotope>

<Mass>142.9098</Mass>

<Probability>0.1218</Probability>

</Isotope>

<Isotope>

<Mass>143.9101</Mass>

<Probability>0.238</Probability>

</Isotope>

<Isotope>

<Mass>144.9126</Mass>

<Probability>0.083</Probability>

</Isotope>

<Isotope>

<Mass>145.9131</Mass>

<Probability>0.1719</Probability>

</Isotope>

<Isotope>

<Mass>147.9169</Mass>

<Probability>0.0576</Probability>

</Isotope>

<Isotope>

<Mass>149.9209</Mass>

<Probability>0.0564</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pm</Symbol>

<Name>Promethium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>61</Atomicity>

<Isotope>

<Mass>145</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Sm</Symbol>

<Name>Samarium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>62</Atomicity>

<Isotope>

<Mass>143.912</Mass>

<Probability>0.031</Probability>

</Isotope>

<Isotope>

<Mass>146.9149</Mass>

<Probability>0.15</Probability>

</Isotope>

<Isotope>

<Mass>147.9148</Mass>

<Probability>0.113</Probability>

</Isotope>

<Isotope>

<Mass>148.9172</Mass>

<Probability>0.138</Probability>

</Isotope>

<Isotope>

<Mass>149.9173</Mass>

<Probability>0.074</Probability>

</Isotope>

<Isotope>

<Mass>151.9197</Mass>

<Probability>0.267</Probability>

</Isotope>

<Isotope>

<Mass>153.9222</Mass>

<Probability>0.227</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Eu</Symbol>

<Name>Europium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>63</Atomicity>

<Isotope>

<Mass>150.9198</Mass>

<Probability>0.478</Probability>

</Isotope>

<Isotope>

<Mass>152.9212</Mass>

<Probability>0.522</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Gd</Symbol>

<Name>Gadolinium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>64</Atomicity>

<Isotope>

<Mass>151.9198</Mass>

<Probability>0.002</Probability>

</Isotope>

<Isotope>

<Mass>153.9209</Mass>

<Probability>0.0218</Probability>

</Isotope>

<Isotope>

<Mass>154.9226</Mass>

<Probability>0.148</Probability>

</Isotope>

<Isotope>

<Mass>155.9221</Mass>

<Probability>0.2047</Probability>

</Isotope>

<Isotope>

<Mass>156.924</Mass>

<Probability>0.1565</Probability>

</Isotope>

<Isotope>

<Mass>157.9241</Mass>

<Probability>0.2484</Probability>

</Isotope>

<Isotope>

<Mass>159.927</Mass>

<Probability>0.2186</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Tb</Symbol>

<Name>Terbium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>65</Atomicity>

<Isotope>

<Mass>158.9253</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Dy</Symbol>

<Name>Dysprosium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>66</Atomicity>

<Isotope>

<Mass>155.9253</Mass>

<Probability>0.0006</Probability>

</Isotope>

<Isotope>

<Mass>157.9244</Mass>

<Probability>0.001</Probability>

</Isotope>

<Isotope>

<Mass>159.9252</Mass>

<Probability>0.0234</Probability>

</Isotope>

<Isotope>

<Mass>160.9269</Mass>

<Probability>0.189</Probability>

</Isotope>

<Isotope>

<Mass>161.9268</Mass>

<Probability>0.255</Probability>

</Isotope>

<Isotope>

<Mass>162.9287</Mass>

<Probability>0.249</Probability>

</Isotope>

<Isotope>

<Mass>163.9292</Mass>

<Probability>0.282</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ho</Symbol>

<Name>Holmium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>67</Atomicity>

<Isotope>

<Mass>164.9303</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Er</Symbol>

<Name>Erbium</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>68</Atomicity>

<Isotope>

<Mass>161.9288</Mass>

<Probability>0.0014</Probability>

</Isotope>

<Isotope>

<Mass>163.9292</Mass>

<Probability>0.0161</Probability>

</Isotope>

<Isotope>

<Mass>165.9303</Mass>

<Probability>0.336</Probability>

</Isotope>

<Isotope>

<Mass>166.9321</Mass>

<Probability>0.2295</Probability>

</Isotope>

<Isotope>

<Mass>167.9324</Mass>

<Probability>0.268</Probability>

</Isotope>

<Isotope>

<Mass>169.9355</Mass>

<Probability>0.149</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Tm</Symbol>

<Name>Thulium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>69</Atomicity>

<Isotope>

<Mass>168.9342</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Yb</Symbol>

<Name>Ytterbium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>70</Atomicity>

<Isotope>

<Mass>167.9339</Mass>

<Probability>0.0013</Probability>

</Isotope>

<Isotope>

<Mass>169.9348</Mass>

<Probability>0.0305</Probability>

</Isotope>

<Isotope>

<Mass>170.9363</Mass>

<Probability>0.143</Probability>

</Isotope>

<Isotope>

<Mass>171.9364</Mass>

<Probability>0.219</Probability>

</Isotope>

<Isotope>

<Mass>172.9382</Mass>

<Probability>0.1612</Probability>

</Isotope>

<Isotope>

<Mass>173.9389</Mass>

<Probability>0.318</Probability>

</Isotope>

<Isotope>

<Mass>175.9426</Mass>

<Probability>0.127</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Lu</Symbol>

<Name>Lutetium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>71</Atomicity>

<Isotope>

<Mass>174.9408</Mass>

<Probability>0.9741</Probability>

</Isotope>

<Isotope>

<Mass>175.9427</Mass>

<Probability>0.0259</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Hf</Symbol>

<Name>Hafnium</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>72</Atomicity>

<Isotope>

<Mass>173.94</Mass>

<Probability>0.00162</Probability>

</Isotope>

<Isotope>

<Mass>175.9414</Mass>

<Probability>0.05206</Probability>

</Isotope>

<Isotope>

<Mass>176.9432</Mass>

<Probability>0.18606</Probability>

</Isotope>

<Isotope>

<Mass>177.9437</Mass>

<Probability>0.27297</Probability>

</Isotope>

<Isotope>

<Mass>178.9458</Mass>

<Probability>0.13629</Probability>

</Isotope>

<Isotope>

<Mass>179.9465</Mass>

<Probability>0.351</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ta</Symbol>

<Name>Tantalum</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>73</Atomicity>

<Isotope>

<Mass>179.9475</Mass>

<Probability>0.00012</Probability>

</Isotope>

<Isotope>

<Mass>180.948</Mass>

<Probability>0.99988</Probability>

</Isotope>

</Element>

<Element>

<Symbol>W</Symbol>

<Name>Tungsten</Name>

<NumIsotopes>5</NumIsotopes>

<Atomicity>74</Atomicity>

<Isotope>

<Mass>179.9467</Mass>

<Probability>0.0012</Probability>

</Isotope>

<Isotope>

<Mass>181.9482</Mass>

<Probability>0.263</Probability>

</Isotope>

<Isotope>

<Mass>182.9502</Mass>

<Probability>0.1428</Probability>

</Isotope>

<Isotope>

<Mass>183.9509</Mass>

<Probability>0.307</Probability>

</Isotope>

<Isotope>

<Mass>185.9544</Mass>

<Probability>0.286</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Re</Symbol>

<Name>Rhenium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>75</Atomicity>

<Isotope>

<Mass>184.953</Mass>

<Probability>0.374</Probability>

</Isotope>

<Isotope>

<Mass>186.9557</Mass>

<Probability>0.626</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Os</Symbol>

<Name>Osmium</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>76</Atomicity>

<Isotope>

<Mass>183.9525</Mass>

<Probability>0.0002</Probability>

</Isotope>

<Isotope>

<Mass>185.9538</Mass>

<Probability>0.0158</Probability>

</Isotope>

<Isotope>

<Mass>186.9557</Mass>

<Probability>0.016</Probability>

</Isotope>

<Isotope>

<Mass>187.9559</Mass>

<Probability>0.133</Probability>

</Isotope>

<Isotope>

<Mass>188.9581</Mass>

<Probability>0.161</Probability>

</Isotope>

<Isotope>

<Mass>189.9584</Mass>

<Probability>0.264</Probability>

</Isotope>

<Isotope>

<Mass>191.9615</Mass>

<Probability>0.41</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ir</Symbol>

<Name>Iridium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>77</Atomicity>

<Isotope>

<Mass>190.9606</Mass>

<Probability>0.373</Probability>

</Isotope>

<Isotope>

<Mass>192.9629</Mass>

<Probability>0.627</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pt</Symbol>

<Name>Platinum</Name>

<NumIsotopes>6</NumIsotopes>

<Atomicity>78</Atomicity>

<Isotope>

<Mass>189.9599</Mass>

<Probability>0.0001</Probability>

</Isotope>

<Isotope>

<Mass>191.961</Mass>

<Probability>0.0079</Probability>

</Isotope>

<Isotope>

<Mass>193.9627</Mass>

<Probability>0.329</Probability>

</Isotope>

<Isotope>

<Mass>194.9648</Mass>

<Probability>0.338</Probability>

</Isotope>

<Isotope>

<Mass>195.9649</Mass>

<Probability>0.253</Probability>

</Isotope>

<Isotope>

<Mass>197.9679</Mass>

<Probability>0.072</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Au</Symbol>

<Name>Gold</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>79</Atomicity>

<Isotope>

<Mass>196.9665</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Hg</Symbol>

<Name>Mercury</Name>

<NumIsotopes>7</NumIsotopes>

<Atomicity>80</Atomicity>

<Isotope>

<Mass>195.9658</Mass>

<Probability>0.0015</Probability>

</Isotope>

<Isotope>

<Mass>197.9667</Mass>

<Probability>0.1</Probability>

</Isotope>

<Isotope>

<Mass>198.9682</Mass>

<Probability>0.169</Probability>

</Isotope>

<Isotope>

<Mass>199.9683</Mass>

<Probability>0.231</Probability>

</Isotope>

<Isotope>

<Mass>200.9703</Mass>

<Probability>0.132</Probability>

</Isotope>

<Isotope>

<Mass>201.9706</Mass>

<Probability>0.298</Probability>

</Isotope>

<Isotope>

<Mass>203.9735</Mass>

<Probability>0.0685</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Tl</Symbol>

<Name>Thallium</Name>

<NumIsotopes>2</NumIsotopes>

<Atomicity>81</Atomicity>

<Isotope>

<Mass>202.9723</Mass>

<Probability>0.29524</Probability>

</Isotope>

<Isotope>

<Mass>204.9744</Mass>

<Probability>0.70476</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pb</Symbol>

<Name>Lead</Name>

<NumIsotopes>4</NumIsotopes>

<Atomicity>82</Atomicity>

<Isotope>

<Mass>203.973</Mass>

<Probability>0.014</Probability>

</Isotope>

<Isotope>

<Mass>205.9744</Mass>

<Probability>0.241</Probability>

</Isotope>

<Isotope>

<Mass>206.9759</Mass>

<Probability>0.221</Probability>

</Isotope>

<Isotope>

<Mass>207.9766</Mass>

<Probability>0.524</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Bi</Symbol>

<Name>Bismuth</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>83</Atomicity>

<Isotope>

<Mass>208.9804</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Po</Symbol>

<Name>Polonium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>84</Atomicity>

<Isotope>

<Mass>209</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>At</Symbol>

<Name>Astatine</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>85</Atomicity>

<Isotope>

<Mass>210</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Rn</Symbol>

<Name>Radon</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>86</Atomicity>

<Isotope>

<Mass>222</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Fr</Symbol>

<Name>Francium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>87</Atomicity>

<Isotope>

<Mass>223</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ra</Symbol>

<Name>Radium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>88</Atomicity>

<Isotope>

<Mass>226.025</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Ac</Symbol>

<Name>Actinium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>89</Atomicity>

<Isotope>

<Mass>227.028</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Th</Symbol>

<Name>Thorium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>90</Atomicity>

<Isotope>

<Mass>232.0381</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pa</Symbol>

<Name>Protactinium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>91</Atomicity>

<Isotope>

<Mass>231.0359</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>U</Symbol>

<Name>Uranium</Name>

<NumIsotopes>3</NumIsotopes>

<Atomicity>92</Atomicity>

<Isotope>

<Mass>234.0409</Mass>

<Probability>5.5E-05</Probability>

</Isotope>

<Isotope>

<Mass>235.0439</Mass>

<Probability>0.0072</Probability>

</Isotope>

<Isotope>

<Mass>238.0508</Mass>

<Probability>0.992745</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Np</Symbol>

<Name>Neptunium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>93</Atomicity>

<Isotope>

<Mass>237.048</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Pu</Symbol>

<Name>Plutonium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>94</Atomicity>

<Isotope>

<Mass>244</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Am</Symbol>

<Name>Americium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>95</Atomicity>

<Isotope>

<Mass>243</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cm</Symbol>

<Name>Curium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>96</Atomicity>

<Isotope>

<Mass>247</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Bk</Symbol>

<Name>Berkelium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>97</Atomicity>

<Isotope>

<Mass>247</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Cm</Symbol>

<Name>Californium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>98</Atomicity>

<Isotope>

<Mass>251</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Es</Symbol>

<Name>Einsteinium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>99</Atomicity>

<Isotope>

<Mass>252</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Fm</Symbol>

<Name>Fernium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>100</Atomicity>

<Isotope>

<Mass>257</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Md</Symbol>

<Name>Medelevium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>101</Atomicity>

<Isotope>

<Mass>258</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>No</Symbol>

<Name>Nobelium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>102</Atomicity>

<Isotope>

<Mass>259</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

<Element>

<Symbol>Lr</Symbol>

<Name>Lawrencium</Name>

<NumIsotopes>1</NumIsotopes>

<Atomicity>103</Atomicity>

<Isotope>

<Mass>260</Mass>

<Probability>1</Probability>

</Isotope>

</Element>

</ElementIsotopes>

</parameters>