Experiments involving reverberating isentropic shock to compress this liquid up to 330 gigapacals provide evidence for a related compound's fusion to form the metallic core of Jupiter and Saturn.
Experiments involving reverberating isentropic shock to compress this liquid up to 330 gigapacals provide evidence for a related compound's fusion to form the metallic core of Jupiter and Saturn. Its oxide is used to enhance boron neutron capture theory because it slows incoming neutrons without interacting with them. That oxide is also typically used as a solvent in IR of proteins. This chemical combines with hydrogen in the second step of the proton-proton chain to yield a helium atom. Along with its elemental counterpart, this isotope is typically used in measuring the kinetic isotope effect, and it replaces a lighter atom in chloroform in a common solvent for NMR spec. Urey's observation of three faint spectral lines in the Balmer series served as initial evidence for this isotope's existence. For 10 points, name this isotope consisting of a proton, a neutron, and an electron, also called heavy hydrogen.
Experiments involving reverberating isentropic shock to compress this liquid up to 330 gigapacals provide evidence for a related compound's fusion to form the metallic core of Jupiter and Saturn.
{deuterium} [accept {deuteron} or {2H} but not “{H2}”; do not accept “{hydrogen}”]