X-ray scintillators, metal halide hybrids, devices, and methods
AssigneeThe Florida State University Research Foundation, Inc.
InventorsBiwu Ma, Liang-Jin Xu, Qingquan He
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Abstract
Methods of scintillation, scintillation devices, and metal halide hybrids that may be used as X-ray scintillators. The metal halide hybrids may include organic metal halide hybrids, inorganic metal halide hybrids, or organic-inorganic metal halide hybrids. The metal halide hybrids may have a 0D structure. The metal halide hybrids may be in the form of one or more discrete crystals.
Claims20
A method for X-ray scintillation, the method comprising:
- irradiating a metal halide hybrid with high-energy radiation to convert the high-energy radiation to at least one of near ultraviolet light or visible light;
- wherein the metal halide hybrid comprises an organic manganese (II) halide hybrid comprising a crystal according to Formula (III)—
- R′MnX4 Formula (III),
- wherein X is a halide, and
- R′ is an organic phosphonium cation.
A device comprising:
- an electronic substrate;
- an imaging chip;
- a fiber-optic face plate, wherein the imaging chip is arranged between the electronic substrate and the fiber-optic face plate;
- and
- a scintillator screen comprising a metal halide hybrid, wherein the fiber-optic face plate is arranged between the imaging chip and the scintillator screen;
- wherein the metal halide hybrid comprises an organic manganese (II) halide hybrid comprising a crystal according to Formula (III)—
- R′MnX4 Formula (III),
- wherein X is a halide, and
- R′ is an organic phosphonium cation.
A scintillator screen comprising an organic manganese (II) halide hybrid, wherein the organic manganese (II) halide hybrid comprises a crystal according to Formula (III)—
- R′MnX4 Formula (III),
- wherein X is a halide, and
- R′ is an organic phosphonium cation.
Dependencies are inferred from the claim text.