NEUTRON OF HAFNIUM-178 WITH 33 METALS:

Neutron Size of Lanthanum-139:                               

Hydrogen size is 1.25, and 0.215827338 is a size of one Neutron of Lanthanum-139. Because Hafnium mass unit is 178 x 18 angle = 3204 / 139 Lanthanum = 23.050359712230215827338129496403 / 0.215827338 = 106.80000006408000003844800002307 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.215827338 is a size of Neutron of Lanthanum-139. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.215827338 / 60 minute = Lanthanum-139. 

Neutron Size of Lanthanum-138: 

Hydrogen size is 1.25, and 0.217391304 is a size of one Neutron of Lanthanum-138. Because Hafnium mass unit is 178 x 18 angle = 3204 / 138 Lanthanum = 23.21739130434782608695652173913 / 0.217391304 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.217391304 is a size of Neutron of Lanthanum-138. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.217391304 / 60 minute = Lanthanum-138. 

Neutron Size of Cerium-140: 

Hydrogen size is 1.25, and 0.214285714 is a size of one Neutron of Cerium-140. Because Hafnium mass unit is 178 x 18 angle = 3204 / 140 Cerium = 22.885714285714285714285714285714 / 0.214285714 = 106.80000014240000018986666691982 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.214285714 is a size of Neutron of Cerium-140. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.214285714 / 60 minute = Cerium-140. 

Neutron Size of Cerium-136: 

Hydrogen size is 1.25, and 0.220588235 is a size of one Neutron of Cerium-136. Because Hafnium mass unit is 178 x 18 angle = 3204 / 136 Cerium = 23.558823529411764705882352941176 / 0.220588235 = 106.80000014240000018986666691982 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.220588235 is a size of Neutron of Cerium-136. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.220588235 / 60 minute = Cerium-136. 

Neutron Size of Cerium-138: 

Hydrogen size is 1.25, and 0.217391304 is a size of one Neutron of Cerium-138. Because Hafnium mass unit is 178 x 18 angle = 3204 / 138 Cerium = 23.21739130434782608695652173913 / 0.217391304 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.217391304 is a size of Neutron of Cerium-138. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.217391304 / 60 minute = Cerium-138. 

Neutron Size of Cerium-142: 

Hydrogen size is 1.25, and 0.211267605 is a size of one Neutron of Cerium-142. Because Hafnium mass unit is 178 x 18 angle = 3204 / 142 Cerium = 22.563380281690140845070422535211 / 0.211267605 = 106.8000003204000009612000028836 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.217391304 is a size of Neutron of Cerium-142. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.211267605 / 60 minute = Cerium-142. 

Neutron Size of Praseodymium-141: 

Hydrogen size is 1.25, and 0.212765957 is a size of one Neutron of Praseodymium-141. Because Hafnium mass unit is 178 x 18 angle = 3204 / 141 Praseodymium = 22.723404255319148936170212765957 / 0.212765957 = 106.80000022428000047098800098907 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.212765957 is a size of Neutron of Praseodymium-141. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.212765957 / 60 minute = Praseodymium-141. 

Neutron Size of Neodymium-144: 

Hydrogen size is 1.25, and 0.208333333 is a size of one Neutron of Neodymium-144. Because Hafnium mass unit is 178 x 18 angle = 3204 / 144 Neodymium = 22.25 / 0.208333333 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.208333333 is a size of Neutron of Neodymium-144. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.208333333 / 60 minute = Neodymium-144. 

Neutron Size of Neodymium-142: 

Hydrogen size is 1.25, and 0.211267605 is a size of one Neutron of Neodymium-142. Because Hafnium mass unit is 178 x 18 angle = 3204 / 142 Neodymium = 22.563380281690140845070422535211 / 0.211267605 = 106.8000003204000009612000028836 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.211267605 is a size of Neutron of Neodymium-142. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.211267605 / 60 minute = Neodymium-142. 

Neutron Size of Neodymium-143: 

Hydrogen size is 1.25, and 0.209790209 is a size of one Neutron of Neodymium-143. Because Hafnium mass unit is 178 x 18 angle = 3204 / 143 Neodymium = 22.405594405594405594405594405594 / 0.209790209 = 106.80000040228000151525467237413 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.209790209 is a size of Neutron of Neodymium-143. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.209790209 / 60 minute = Neodymium-143. 

Neutron Size of Neodymium-144: 

Hydrogen size is 1.25, and 0.208333333 is a size of one Neutron of Neodymium-144. Because Hafnium mass unit is 178 x 18 angle = 3204 / 144 Neodymium = 22.25 / 0.208333333 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.208333333 is a size of Neutron of Neodymium-144. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.208333333 / 60 minute = Neodymium-144. 

Neutron Size of Neodymium-145: 

Hydrogen size is 1.25, and 0.206896551 is a size of one Neutron of Neodymium-145. Because Hafnium mass unit is 178 x 18 angle = 3204 / 145 Neodymium = 22.09655172413793103448275862069 / 0.206896551 = 106.80000037380000130830000457905 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.206896551 is a size of Neutron of Neodymium-145. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.206896551 / 60 minute = Neodymium-145. 

Neutron Size of Neodymium-146: 

Hydrogen size is 1.25, and 0.205479452 is a size of one Neutron of Neodymium-146. Because Hafnium mass unit is 178 x 18 angle = 3204 / 146 Neodymium = 21.945205479452054794520547945205 / 0.205479452 = 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.205479452 is a size of Neutron of Neodymium-146. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.205479452 / 60 minute = Neodymium-146. 

Neutron Size of Neodymium-148: 

Hydrogen size is 1.25, and 0.202702702 is a size of one Neutron of Neodymium-148. Because Hafnium mass unit is 178 x 18 angle = 3204 / 148 Neodymium = 21.648648648648648648648648648649 / 0.202702702 = 106.80000037024000128349867111613 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.202702702 is a size of Neutron of Neodymium-148. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.202702702 / 60 minute = Neodymium-148. 

Neutron Size of Neodymium-150: 

Hydrogen size is 1.25, and 0.2 is a size of one Neutron of Neodymium-150. Because Hafnium mass unit is 178 x 18 angle = 3204 / 150 Neodymium = 21.36 / 0.2 = 106.8 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.2 is a size of Neutron of Neodymium-150. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.2 / 60 minute = Neodymium-150. 

Neutron Size of Promethium-146: 

Hydrogen size is 1.25, and 0.205479452 is a size of one Neutron of Promethium-146. Because Hafnium mass unit is 178 x 18 angle = 3204 / 146 Promethium = 21.945205479452054794520547945205 / 0.205479452 = 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.205479452 is a size of Neutron of Promethium-146. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.205479452 / 60 minute = Promethium-146. 

Neutron Size of Samarium-152: 

Hydrogen size is 1.25, and 0.197368421 is a size of one Neutron of Samarium-152. Because Hafnium mass unit is 178 x 18 angle = 3204 / 152 Samarium = 21.078947368421052631578947368421 / 0.197368421 = 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.197368421 is a size of Neutron of Samarium-152. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.197368421 / 60 minute = Samarium-152. 

Neutron Size of Samarium-144: 

Hydrogen size is 1.25, and 0.208333333 is a size of one Neutron of Samarium-144. Because Hafnium mass unit is 178 x 18 angle = 3204 / 144 Samarium = 22.25 / 0.208333333 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.208333333 is a size of Neutron of Samarium-144. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.208333333 / 60 minute = Samarium-144. 

Neutron Size of Samarium-148: 

Hydrogen size is 1.25, and 0.202702702 is a size of one Neutron of Samarium-148. Because Hafnium mass unit is 178 x 18 angle = 3204 / 148 Samarium = 21.648648648648648648648648648649 / 0.202702702 = 106.80000037024000128349867111613 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.202702702 is a size of Neutron of Samarium-148. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.202702702 / 60 minute = Samarium-148. 

Neutron Size of Samarium-149: 

Hydrogen size is 1.25, and 0.201342281 is a size of one Neutron of Samarium-149. Because Hafnium mass unit is 178 x 18 angle = 3204 / 149 Samarium = 21.503355704697986577181208053691 / 0.201342281 = 106.80000046636000203643867555912 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.201342281 is a size of Neutron of Samarium-149. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.201342281 / 60 minute = Samarium-149. 

Neutron Size of Samarium-150: 

Hydrogen size is 1.25, and 0.2 is a size of one Neutron of Samarium-150. Because Hafnium mass unit is 178 x 18 angle = 3204 / 150 Samarium = 21.36 / 0.2 = 106.8 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.2 is a size of Neutron of Samarium-150. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.2 / 60 minute = Samarium-150. 

Neutron Size of Samarium-154: 

Hydrogen size is 1.25, and 0.194805194 is a size of one Neutron of Samarium-154. Because Hafnium mass unit is 178 x 18 angle = 3204 / 154 Samarium = 20.805194805194805194805194805195 / 0.194805194 = 106.80000044144000182461867420842 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.194805194 is a size of Neutron of Samarium-154. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.194805194 / 60 minute = Samarium-154. 

Neutron Size of Europium-152: 

Hydrogen size is 1.25, and 0.197368421 is a size of one Neutron of Europium-152. Because Hafnium mass unit is 178 x 18 angle = 3204 / 152 Europium = 21.078947368421052631578947368421 / 0.197368421 = 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.197368421 is a size of Neutron of Europium-152. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.197368421 / 60 minute = Europium-152. 

Neutron Size of Europium-151: 

Hydrogen size is 1.25, and 0.198675496 is a size of one Neutron of Europium-151. Because Hafnium mass unit is 178 x 18 angle = 3204 / 151 Europium = 21.218543046357615894039735099338 / 0.198675496 = 106.80000037024000128349867111613 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.198675496 is a size of Neutron of Europium-151. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.198675496 / 60 minute = Europium-151. 

Neutron Size of Gadolinium-157: 

Hydrogen size is 1.25, and 0.191082802 is a size of one Neutron of Gadolinium-157. because Hafnium mass unit is 178 x 18 angle = 3204 / 157 Gadolinium = 20.407643312101910828025477707006 / 0.191082802 = 106.80000030616000087765866918262 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.191082802 is a size of Neutron of Gadolinium-157. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.191082802 / 60 minute = Gadolinium-157. 

Neutron Size of Gadolinium-152: 

Hydrogen size is 1.25, and 0.197368421 is a size of one Neutron of Gadolinium-152. Because Hafnium mass unit is 178 x 18 angle = 3204 / 152 Gadolinium = 21.078947368421052631578947368421 / 0.197368421 = 106.80000002848000000759466666869 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.197368421 is a size of Neutron of Gadolinium-152. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.197368421 / 60 minute = Gadolinium-152. 

Neutron Size of Gadolinium-154: 

Hydrogen size is 1.25, and 0.194805194 is a size of one Neutron of Gadolinium-154. Because Hafnium mass unit is 178 x 18 angle = 3204 / 154 Gadolinium = 20.805194805194805194805194805195 / 0.194805194 = 106.80000044144000182461867420842 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.194805194 is a size of Neutron of Gadolinium-154. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.194805194 / 60 minute = Gadolinium-154.  

Neutron Size of Gadolinium-155: 

Hydrogen size is 1.25, and 0.193548387 is a size of one Neutron of Gadolinium-155. Because Hafnium mass unit is 178 x 18 angle = 3204 / 155 Gadolinium = 20.670967741935483870967741935484 / 0.193548387 = 106.80000005340000002670000001335 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.193548387 is a size of Neutron of Gadolinium-155. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.193548387 / 60 minute = Gadolinium-155. 

Neutron Size of Gadolinium-156: 

Hydrogen size is 1.25, and 0.192307692 is a size of one Neutron of Gadolinium-156. Because Hafnium mass unit is 178 x 18 angle = 3204 / 156 Gadolinium = 20.538461538461538461538461538462 / 0.192307692 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.192307692 is a size of Neutron of Gadolinium-156. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.192307692 / 60 minute = Gadolinium-156. 

Neutron Size of Gadolinium-158: 

Hydrogen size is 1.25, and 0.189873417 is a size of one Neutron of Gadolinium-158. Because Hafnium mass unit is 178 x 18 angle = 3204 / 158 Gadolinium = 20.278481012658227848101265822785 / 0.189873417 = 106.80000040584000154219200586033 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.189873417 is a size of Neutron of Gadolinium-158. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.189873417 / 60 minute = Gadolinium-158. 

Neutron Size of Gadolinium-160: 

Hydrogen size is 1.25, and 0.1875 is a size of one Neutron of Gadolinium-160. Because Hafnium mass unit is 178 x 18 angle = 3204 / 160 Gadolinium = 20.025 / 0.1875 = 106.8 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.1875 is a size of Neutron of Gadolinium-160. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.1875 / 60 minute = Gadolinium-160. 

Neutron Size of Terbium-159: 

Hydrogen size is 1.25, and 0.188679245 is a size of one Neutron of Terbium-159. Because Hafnium mass unit is 178 x 18 angle = 3204 / 159 Terbium = 20.150943396226415094339622641509 / 0.188679245 = 106.80000016020000024030000036045 - 0.8 Cross-Tron= 106 Neutron of Hafnium. So 0.188679245 is a size of Neutron of Terbium-159. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.188679245 / 60 minute = Terbium-159. 

Neutron Size of Dysprosium-162: 

Hydrogen size is 1.25, and 0.185185185 is a size of one Neutron of Dysprosium-162. Because Hafnium mass unit is 178 x 18 angle = 3204 / 162 Dysprosium = 19.777777777777777777777777777778 / 0.185185185 = 106.8000001068000001068000001068 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.185185185 is a size of Neutron of Dysprosium-162. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.185185185 / 60 minute = Dysprosium-162.