What does BOARS mean?
BOARS means Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)
This acronym/slang usually belongs to Medical & Science category.
What is the abbreviation for Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)?
Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.) can be abbreviated as BOARS
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Most popular questions people look for before coming to this page
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What does BOARS stand for? BOARS stands for "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)". |
| Q: A: |
How to abbreviate "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)"? "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)" can be abbreviated as BOARS. |
| Q: A: |
What is the meaning of BOARS abbreviation? The meaning of BOARS abbreviation is "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)". |
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What is BOARS abbreviation? One of the definitions of BOARS is "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)". |
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What does BOARS mean? BOARS as abbreviation means "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)". |
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What is shorthand of Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)? The most common shorthand of "Born-Oppenheimer Angular Radial Sepn. (in Mol. Complexes Calcns.)" is BOARS. |
Abbreviations or Slang with similar meaning
- BOMD - Born-Oppenheimer Molecular Dynamic
- BOA - Born-Oppenheimer Approximation
- BOARS - Born-Oppenheimer Angular Radial Separation
- BOB - Born-Oppenheimer Breakdown
- ART - Angular Radial Transform
- BOA - Born Oppenheimer or Adiabatic
- BO - Born Oppenheimer
- BOA - Born-Oppenheimer Approxn.
- BODC - Born-Oppenheimer Diagonal Correction (in Mol. Calcns.)
- CCFO - Charge-charge Flux Overlap (model In Mol.-property Calcns.)
- BS - Breathing Sphere (approxn. In Mol.-scattering Calcns.)
- CTA - Classical Trajectory Approximation (in Mol.-collision Calcns.)
- FCSA - Frequency-corrected Sudden Approxn. (in Mol. Collision Calcns.)
- FFM - Finite Field Method (in Mol. Polarizabilities Calcns.)
- LCCSD - Linearized Coupled-cluster (theory With) Single (and) Double (excitations) (in Mol. Potential Calcns.)
- OBK - Oppenheimer-Brinkman-Kramers (approxn. In Atom-ion Electron-exchange Calcns.)
- REOM - Reduced Equations Of Motion (method In Mol.-scattering Calcns.)
- VD-RCC - Vibrational Diabatic-rotational Close-coupled (method In Mol. Collision Calcns.)
- STODI - Slater-type Orbital-point Dipole Interaction (in Mol. Polarizability Calcns.)
- BOAA - Born-Oppenheimer Adiabatic Approximation