User:LionelGidd/sandbox

'''Texanium Texanium is a rdioactive element identified by bombarding a target of nuclear isomer Americium-244m with copper impurities, possibly of lawrencium or mendelevium. The atoms identified were supposed to be of a new element, which a scientist working at
 * 1) REDIRECT UC Berkeley named Texanium after his home state of
 * 2) REDIRECT Texas.

Texanium

Thermal conductivity: 15 W/(m-K) Electrical resistivity: 3μΩ-m (calculated) Magnetic ordering: Paramagnetic CAS Number: 8352-44-6 Naming: after #REDIRECT Texas, home of the discoverer Discoverer: Peter Dager (2016)

Texanium, like francium, is rare, trace, and unstable. It is a congener of the elements francium and radium. The most stable isotope of texanium-324 has currently no uses, though some gamma radiators exhibit this tendency. Texanium diodes and texanium photo tinting is also a modern technique used in the laboratory. Outside of the complex in California where californium was splatted on with bronze, traces of texanium lie in gold and platinum, while texanium atoms can decay via alpha, ending at stable isotopes of thorium. Texanium does not undergo electron capture, but some isotopes and isomers of texanium [300 and 328] do exhibit this charge and use their electron charge to decay into americium, which is captured in mud by its own denseness and re-decays into radioactive isotopes of uranium. Some synthetic elemental results of the element might have been caused by fabric and texoxide film coming into contact together. Bismuth and texanium exhibit insane radioctive charge when rubbed against.