What does DIME mean?
DIME means Direct and Inverse Modelling in End
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Direct and Inverse Modelling in End?
Direct and Inverse Modelling in End can be abbreviated as DIME
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Most popular questions people look for before coming to this page
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What does DIME stand for? DIME stands for "Direct and Inverse Modelling in End". |
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How to abbreviate "Direct and Inverse Modelling in End"? "Direct and Inverse Modelling in End" can be abbreviated as DIME. |
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What is the meaning of DIME abbreviation? The meaning of DIME abbreviation is "Direct and Inverse Modelling in End". |
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What is DIME abbreviation? One of the definitions of DIME is "Direct and Inverse Modelling in End". |
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What does DIME mean? DIME as abbreviation means "Direct and Inverse Modelling in End". |
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What is shorthand of Direct and Inverse Modelling in End? The most common shorthand of "Direct and Inverse Modelling in End" is DIME. |
Abbreviations or Slang with similar meaning
- DEMN - Direct Entry Master's in Nursing
- ERUDIT - European Network for Fuzzy Logic and Uncertainty Modelling in Information Technology
- IMACCO - Inverse Modelling of the Atmospheric Chemical Composition
- INFIT - Inverse Fourier In-Phase Multiplets
- IQ/IZZ - Inverse Quantization and Inverse Zig-Zag Ordering
- DAPE - Direct, Associative and Propositional Processes in Evaluation
- DOSIS - Direct on Sampling Filter in Solution
- DIPED - Direct and Inverse Problems of Electromagnetic and Acoustic Wave Theory
- OIPE - Optimization and Inverse Problems in Electromagnetism
- ANMT - and numerical modelling techniques
- DARE - Direct Action for Rights in Employment
- DIPEE - Direct and Inverse Problems in Evolution Equations
- DUPIC - Direct Use of Plutonium in CANDU
- EIE - end-in-end technique
- IMT - Inverse Modelling Technique
- IMCOR - Inverse Modelling for determining non-linear Constitutive Relations
- IPSE - Inverse Problems in Science and Engineering
- MSEL - Modelling in Science Education and Learning
- OIPE - Optimisation and Inverse Problems in Electromagnetism
- PUMA - Performance and Usability Modelling in ATM