$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$

$\frac{238}{92} U\to \frac{234}{90}Th+\frac{4}{2}He$

$\frac{3}{1}H + \frac{2}{1}H\to \frac{4}{2}He + \frac{1}{0}n$

$\frac{236}{92}U\to \frac{141}{56}Ba + \frac{92}{36}Kr + 3\frac{1}{0}n$

$\frac{24}{11}Na \to \frac{24}{12}Mg + \frac{0}{1}e$