NEUTRON OF HAFNIUM-178, WITH 28 METALS:

Neutron Size of Palladium-106: 

Hydrogen size is 1.25, and 0.283018867 is a size of one Neutron of Palladium-106. Because Hafnium mass unit is 178 x 18 angle = 3204 / 106 Palladium = 30.226415094339622641509433962264 / 0.283018867 = 106.8000003488800011396746703896 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.283018867 is a size of Neutron of Palladium-106. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.283018867 / 60 minute = Palladium-106 

Neutron Size of Palladium-102: 

Hydrogen size is 1.25, and 0.294117647 is a size of one Neutron of Palladium-102. Because Hafnium mass unit is 178 x 18 angle = 3204 / 102 Palladium = 31.411764705882352941176470588235 / 0.294117647 = 106.80000002136000000427200000085 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.294117647 is a size of Neutron of Palladium-102. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.294117647 / 60 minute = Palladium-102  

Neutron Size of Palladium-104: 

Hydrogen size is 1.25, and 0.288461538 is a size of one Neutron of Palladium-104. Because Hafnium mass unit is 178 x 18 angle = 3204 / 104 Palladium = 30.807692307692307692307692307692 / 0.288461538 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.288461538 is a size of Neutron of Palladium-104. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.288461538 / 60 minute = Palladium-104 

Neutron Size of Palladium-105: 

Hydrogen size is 1.25, and 0.285714285 is a size of one Neutron of Palladium-105. Because Hafnium mass unit is 178 x 18 angle = 3204 / 105 Palladium = 30.514285714285714285714285714286 / 0.285714285 = 106.80000026700000066750000166875 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.285714285 is a size of Neutron of Palladium-105. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.285714285 / 60 minute = Palladium-105 

Neutron Size of Palladium-108: 

Hydrogen size is 1.25, and 0.277777777 is a size of one Neutron of Palladium-108. Because Hafnium mass unit is 178 x 18 angle = 3204 / 108 Palladium = 29.666666666666666666666666666667 / 0.277777777 = 106.80000029904000083731200234447 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.277777777 is a size of Neutron of Palladium-108. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.277777777 / 60 minute = Palladium-108. 

Neutron Size of Palladium-110: 

Hydrogen size is 1.25, and 0.272727272 is a size of one Neutron of Palladium-110. Because Hafnium mass unit is 178 x 18 angle = 3204 / 110 Palladium = 29.127272727272727272727272727273 / 0.272727272 = 106.80000028480000075946666869191 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.272727272 is a size of Neutron of Palladium-110. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.272727272 / 60 minute = Palladium-110. 

Neutron Size of Silver-107: 

Hydrogen size is 1.25, and 0.280373831 is a size of one Neutron of Silver-107. Because Hafnium mass unit is 178 x 18 angle = 3204 / 107 Silver = 29.943925233644859813084112149533 / 0.280373831 = 106.8000002954800008174946689284 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.280373831 is a size of Neutron of Silver-107. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.280373831 / 60 minute = Silver-107. 

Neutron Size of Silver-109: 

Hydrogen size is 1.25, and 0.275229357 is a size of one Neutron of Silver-109. Because Hafnium mass unit is 178 x 18 angle = 3204 / 109 Silver = 29.394495412844036697247706422018 / 0.275229357 = 106.80000030972000089818800260475 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.275229357 is a size of Neutron of Silver-109. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.275229357 / 60 minute = Silver-109. 

Neutron Size of Cadmium-112: 

Hydrogen size is 1.25, and 0.267857142 is a size of one Neutron of Cadmium-112. Because Hafnium mass unit is 178 x 18 angle = 3204 / 112 Cadmium = 28.607142857142857142857142857143 / 0.267857142 = 106.80000034176000109363200349962 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.267857142 is a size of Neutron of Cadmium-112. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.267857142 / 60 minute = Cadmium-112. 

Neutron Size of Cadmium-106: 

Hydrogen size is 1.25, and 0.283018867 is a size of one Neutron of Cadmium-106. Because Hafnium mass unit is 178 x 18 angle = 3204 / 106 Cadmium = 30.226415094339622641509433962264 / 0.283018867 = 106.8000003488800011396746703896 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.283018867 is a size of Neutron of Cadmium-106. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.283018867 / 60 minute = Cadmium-106. 

Neutron Size of Cadmium-108: 

Hydrogen size is 1.25, and 0.277777777 is a size of one Neutron of Cadmium-108. Because Hafnium mass unit is 178 x 18 angle = 3204 / 108 Cadmium = 29.666666666666666666666666666667 / 0.277777777 = 106.80000029904000083731200234447 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.277777777 is a size of Neutron of Cadmium-108. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.277777777 / 60 minute = Cadmium-108. 

Neutron Size of Cadmium-110: 

Hydrogen size is 1.25, and 0.272727272 is a size of one Neutron of Cadmium-110. Because Hafnium mass unit is 178 x 18 angle = 3204 / 110 Cadmium = 29.127272727272727272727272727273 / 0.272727272 = 106.80000028480000075946666869191 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.272727272 is a size of Neutron of Cadmium-110. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.272727272 / 60 minute = Cadmium-110. 

Neutron Size of Cadmium-111: 

Hydrogen size is 1.25, and 0.27027027 is a size of one Neutron of Cadmium-111. Because Hafnium mass unit is 178 x 18 angle = 3204 / 111 Cadmium = 28.864864864864864864864864864865 / 0.27027027 = 106.8000001068000001068000001068 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.27027027 is a size of Neutron of Cadmium-111. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.27027027 / 60 minute = Cadmium-111. 

Neutron Size of Cadmium-113: 

Hydrogen size is 1.25, and 0.265486725 is a size of one Neutron of Cadmium-113. Because Hafnium mass unit is 178 x 18 angle = 3204 / 113 Cadmium = 28.353982300884955752212389380531 / 0.265486725 = 106.80000026700000066750000166875 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.265486725 is a size of Neutron of Cadmium-113. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.265486725 / 60 minute = Cadmium-113. 

Neutron Size of Cadmium-114: 

Hydrogen size is 1.25, and 0.263157894 is a size of one Neutron of Cadmium-114. Because Hafnium mass unit is 178 x 18 angle = 3204 / 114 Cadmium = 28.105263157894736842105263157895 / 0.263157894 = 106.80000029904000083731200234447 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.263157894 is a size of Neutron of Cadmium-114. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.263157894 / 60 minute = Cadmium-114. 

Neutron Size of Cadmium-116: 

Hydrogen size is 1.25, and 0.258620689 is a size of one Neutron of Cadmium-116. Because Hafnium mass unit is 178 x 18 angle = 3204 / 116 Cadmium = 27.620689655172413793103448275862 / 0.258620689 = 106.80000027056000068541866840306 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.258620689 is a size of Neutron of Cadmium-116. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.258620689 / 60 minute = Cadmium-116. 

Neutron Size of Indium-114: 

Hydrogen size is 1.25, and 0.263157894 is a size of one Neutron of Indium-114. Because Hafnium mass unit is 178 x 18 angle = 3204 / 114 Indium = 28.105263157894736842105263157895 / 0.263157894 = 106.80000029904000083731200234447 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.263157894 is a size of Neutron of Indium-114. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.263157894 / 60 minute = Indium-114. 

Neutron Size of Indium-113: 

Hydrogen size is 1.25, and 0.265486725 is a size of one Neutron of Indium-113. Because Hafnium mass unit is 178 x 18 angle = 3204 / 113 Indium = 28.353982300884955752212389380531 / 0.265486725 = 106.80000026700000066750000166875 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.265486725 is a size of Neutron of Indium-113. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.265486725 / 60 minute = Indium-113. 

Neutron Size of Tin-118: 

Hydrogen size is 1.25, and 0.254237288 is a size of one Neutron of Tin-118. Because Hafnium mass unit is 178 x 18 angle = 3204 / 118 Tin = 27.152542372881355932203389830508 / 0.254237288 = 106.80000005696000003037866668287 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.254237288 is a size of Neutron of Tin-118. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.254237288 / 60 minute = Tin-118. 

Neutron Size of Tin-112: 

Hydrogen size is 1.25, and 0.267857142 is a size of one Neutron of Tin-112. Because Hafnium mass unit is 178 x 18 angle = 3204 / 112 Tin = 28.607142857142857142857142857143 / 0.267857142 = 106.80000034176000109363200349962 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.267857142 is a size of Neutron of Tin-112. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.267857142 / 60 minute = Tin-112. 

Neutron Size of Tin-114: 

Hydrogen size is 1.25, and 0.263157894 is a size of one Neutron of Tin-112. Because Hafnium mass unit is 178 x 18 angle = 3204 / 114 Tin = 28.105263157894736842105263157895 / 0.263157894 = 106.80000029904000083731200234447 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.263157894 is a size of Neutron of Tin-114. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.263157894 / 60 minute = Tin-114. 

Neutron Size of Tin-115: 

Hydrogen size is 1.25, and 0.260869565 is a size of one Neutron of Tin-115. Because Hafnium mass unit is 178 x 18 angle = 3204 / 115 Tin = 27.860869565217391304347826086957 / 0.260869565 = 106.80000008900000007416666672847 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.260869565 is a size of Neutron of Tin-115. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.260869565 / 60 minute = Tin-115. 

Neutron Size of Tin-116: 

Hydrogen size is 1.25, and 0.258620689 is a size of one Neutron of Tin-116. Because Hafnium mass unit is 178 x 18 angle = 3204 / 116 Tin = 27.620689655172413793103448275862 / 0.258620689 = 106.80000027056000068541866840306 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.258620689 is a size of Neutron of Tin-116. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.258620689 / 60 minute = Tin-116. 

Neutron Size of Tin-117: 

Hydrogen size is 1.25, and 0.256410256 is a size of one Neutron of Tin-117. Because Hafnium mass unit is 178 x 18 angle = 3204 / 117 Tin = 27.384615384615384615384615384615 / 0.256410256 = 106.80000017088000027340800043745 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.256410256 is a size of Neutron of Tin-117. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.256410256 / 60 minute = Tin-117. 

Neutron Size of Tin-119: 

Hydrogen size is 1.25, and 0.25210084 is a size of one Neutron of Tin-119. Because Hafnium mass unit is 178 x 18 angle = 3204 / 119 Tin = 26.924369747899159663865546218487 / 0.25210084 = 106.80000014240000018986666691982 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.25210084 is a size of Neutron of Tin-119. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.25210084 / 60 minute = Tin-119. 

Neutron Size of Tin-120: 

Hydrogen size is 1.25, and 0.25 is a size of one Neutron of Tin-120. Because Hafnium mass unit is 178 x 18 angle = 3204 / 120 Tin = 26.7 / 0.25 = 106.8 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.25 is a size of Neutron of Tin-120. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.25 / 60 minute = Tin-120. 

Neutron Size of Tin-122: 

Hydrogen size is 1.25, and 0.245901639 is a size of one Neutron of Tin-122. Because Hafnium mass unit is 178 x 18 angle = 3204 / 122 Tin = 26.262295081967213114754098360656 / 0.245901639 = 106.80000014952000020932800029306 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.245901639 is a size of Neutron of Tin-122. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.245901639 / 60 minute = Tin-122. 

Neutron Size of Tin-124: 

Hydrogen size is 1.25, and 0.241935483 is a size of one Neutron of Tin-124. Because Hafnium mass unit is 178 x 18 angle = 3204 / 124 Tin = 25.838709677419354838709677419355 / 0.241935483 = 106.80000038448000138412800498286 - 0.8 Cross-Tron = 106 Neutron of Hafnium. So 0.241935483 is a size of Neutron of Tin-124. Electron size 1800 percent small from one Neutron and not from one Proton, because 1800 / 0.241935483 / 60 minute = Tin-124. 

Each size is different from each other in nature. And this is reason of new product in Universe. And size itself is a shape into own. Such as, you all are very different from each other. because your size of cells are different from each other, So what is the size and shape in particle. Actually size and shape is containing on temperature. Or in easy words, fifty thousand kilograms material of metal is under ground of Africa. Now by temperature It will be become Gold some million later. But If it fifty thousand material is into the ground of Asia. then by temperature It will become only Copper. And if it material is into the ground of Gulf, then by temperature the Gulf ground will make only raw petrol. because there is too much heat. So the temperature does the small or large of Neutron proton Cross-Pton and Cross-Tron into the atom. And different size makes different metals.