What does FBR mean?
FBR means Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)
This acronym/slang usually belongs to Medical & Science category.
What is the abbreviation for Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)?
Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface) can be abbreviated as FBR
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Most popular questions people look for before coming to this page
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What does FBR stand for? FBR stands for "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)". |
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How to abbreviate "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)"? "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)" can be abbreviated as FBR. |
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What is the meaning of FBR abbreviation? The meaning of FBR abbreviation is "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)". |
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What is FBR abbreviation? One of the definitions of FBR is "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)". |
| Q: A: |
What does FBR mean? FBR as abbreviation means "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)". |
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What is shorthand of Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)? The most common shorthand of "Finite Basis Representation (in Wave Fct. Calcn. For Nuclear Motion On Potential Energy Surface)" is FBR. |
Abbreviations or Slang with similar meaning
- APES - Adiabatic Potential Energy Surface
- FBWP - Finite Basis Wave Packet
- PES - Potential Energy Surface
- PEBS - Potential Energy Boundary Surface
- EUROFASTNET - European group for future advances in science and technology for nuclear engineering thermal hydraulics
- DVR - Discrete Variable Representation (in Wave Function Calcn.)
- ELEPS - Extended London-Eyring-Polyani-Sato (potential Energy Surface)
- EDF - Energy Density Functional (theory In Electronic-property Calcn.)
- DMBE - Double Many-body Expansion (in Potential Energy Surface Calcn.)
- HTD - Hancock-Truhlar-Dykstra (potential Energy Surface)
- MCDF-EAL - Multiconfiguration Dirac-Fock-extended Average Level (for Energy Levels And Wave Functions Calcn. For Atoms)
- LSTH - Liu-Siegbahn-Truhlar-Horowitz (potential-energy Surface)
- LEPS - London-Eyring-Polanyi-Sato (potential-energy Surface)
- MBE - Many-body Expansion (in Mol. Potential Energy Surface Calcn.)
- SADVR - Symmetry-adapted Discrete Variable Representation(in Mol. Wave Function Calcn. For Nuclear Motion On A Given PES)
- SAI - Spline-fitted Ab Initio (potential Energy Surface)
- OLPA - Orbital Local Plasma Approxn. (in Stopping Power Calcn. For Ions By Films)
- RPO - Resonant Periodic Orbit (on Potential Energy Surface In At. Or Mol. Scattering)
- VBR - Variational Basis Representation (in Quantum Calcns.)
- PES - The Potential Energy Surface