What does DID mean?
DID means Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)
This acronym/slang usually belongs to Medical & Science category.
What is the abbreviation for Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)?
Dipole-induced-dipole (in Mol. Polarizabilities Calcn.) can be abbreviated as DID
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Most popular questions people look for before coming to this page
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What does DID stand for? DID stands for "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)". |
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How to abbreviate "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)"? "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)" can be abbreviated as DID. |
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What is the meaning of DID abbreviation? The meaning of DID abbreviation is "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)". |
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What is DID abbreviation? One of the definitions of DID is "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)". |
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What does DID mean? DID as abbreviation means "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)". |
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What is shorthand of Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)? The most common shorthand of "Dipole-induced-dipole (in Mol. Polarizabilities Calcn.)" is DID. |
Abbreviations or Slang with similar meaning
- APT - Atomic Polar Tensor (in Ir Spectra Calcn.)
- BCM - Bond Charge Model (in Force Constants Calcn.)
- CCFOM - Charche-charge Flux-overlap Modified (model In IR Spectra Calcn.)
- CEQ - Collinear Exact Quantum (method In Reactive-scattering Calcn.)
- DVR - Discrete Variable Representation (in Wave Function Calcn.)
- EPA - Environment Potential Approach (in Electronic-structure Calcn.)
- EPA - Extended Pair Approxn. (in Elec. Cond. Calcn.)
- G2 - Gaussian-two (an Ab Initio Mo Theory For Mol. Energies Calcn.)
- FFM - Finite Field Method (in Mol. Polarizabilities Calcns.)
- IPA - Inverted Perturbation Approach (in Mol. Potential-energy Curves Calcn.)
- MDI - Modified Dipole Interaction(model For Mol.-polarizability Calcn.)
- KKR - Korringa-Kohn-Rostoker (in Band Structure Calcn.)
- LDPO - Linearly Driven Parametric Oscillator (model In Energy Transfer Calcns. In Mol. Collisions)
- 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)
- RMF - Rotating Morse Function (in Potential-surface Calcn.)
- QUPID - Quantum Path Integral (mol.) Dynamics (method In Mol. Calcns.)
- STM - Space-translation Method (in Atomic Collision Calcn.)
- VEDW IOS - Vibrational Exponential-distorted-wave Infinite-order-sudden (method For Inelastic Mol. Collisions Calcn.)
- STODI - Slater-type Orbital-point Dipole Interaction (in Mol. Polarizability Calcns.)