| Acronym | Meaning |
![](file.png) | MIC | Microwave Integrated Circuit |
![](file.png) | MIC | Minimal Inhibitory Concentration |
![](file.png) | MICE | Methods Information Communications Exchange |
![](file.png) | MICROSS | Micro-computer Based River Oil Spill Simulation |
![](file.png) | MICROTAS | Micro-Total Analysis Systems |
![](file.png) | MICS | Magnetospheric Ion Compn. Spectrometer |
![](file.png) | MICSPOMS | Metal Island Coated Swelling Polymer Over Mirror System |
![](file.png) | MIDA | Mass Isotopomer Distribution Analysis |
![](file.png) | MIDAS | Manchester Information Datasets And Associated Services |
![](file.png) | MIDAS | Metal Ion-dependent Adhesion Site |
![](file.png) | MIDAS | Microimaging Dust Analysis System |
![](file.png) | MIDAS | Model Of Ion Dynamics And Acidification Of Soil |
![](file.png) | MIDDAS | Microdiameter Depth Adsorption Systems |
![](file.png) | MIDI | Split Valence Plus Polarization Function (basis Set) |
![](file.png) | MIDI-N | Split-type Contracted GTO Basis Set (n = 1 |
![](file.png) | MIDP | Microwave Induced Delayed Phosphorescence |
![](file.png) | MIE | Metal-induced Embrittlement |
![](file.png) | MIEHM | Modified Iterative Extended Hueckel Method |
![](file.png) | MIEMS | Membrane Inlet Electrochemical Mass Spectrometry |
![](file.png) | MIES | Maximum Ionicity Excited State (model In Energy Calcn. Of Mols.) |
![](file.png) | MIES | Metastable Impact Electron Spectroscopy |
![](file.png) | MIESR | Matrix Isolation Electron Spin Resonance |
![](file.png) | MIF | Migration Inhibitory Factor |
![](file.png) | MIG | Metal Inert Gas (welding) |
![](file.png) | MIGD | Million Imperial Gallon Per Day |
![](file.png) | MIGS | Metal-induced Gap State |
![](file.png) | MIH | Method Of Intermediate Hamiltonians |
![](file.png) | MIIT | Materials Interface Interactions Test |
![](file.png) | MIKE | Mass-analyzed Ion Kinetic Energy (spectrometry) |
![](file.png) | MIKES | Mass-analyzed Ion-kinetic Energy Spectrometry |
![](file.png) | MILC | Metal Induced Lateral Crystallization |
![](file.png) | MILES | Micro In Situ Laser Extraction System |
![](file.png) | MIM | Metal Injection Molding |
![](file.png) | MIM | Multipole-induced-multipole Model |
![](file.png) | MIMAS | MIcronization And MASter Blend |
![](file.png) | MIMIC | Micromolding In Capillaries |
![](file.png) | MIMIC | Microwave And Millimeter Wave Monolithic Integrated Circuit |
![](file.png) | MIMS | Magnetic Field Induced Mixing Of Sublevels |
![](file.png) | MIMS | Membrane Introduction Mass Spectrometry |
![](file.png) | MINDAP | Microwave-induced Nitrogen Discharge At Atmospheric Pressure |
![](file.png) | MINDO | Modified Intermediate Neglect Of Differential Overlap |
![](file.png) | MINDO/3L | Modified Intermediate Neglect Of Differential Overlap/3 For Limited Electrons |
![](file.png) | MINDO/SR | MINDO S=overlap Integral R=internuclear Distance |
![](file.png) | MINI-N | Minimal-type Contracted Gto Basis Set (n= 1 |
![](file.png) | MINLP | Mixed-integer Nonlinear Programming |
![](file.png) | MINOS | Main Injector Neutrino Oscillation Search |
![](file.png) | MINT | Metal In-line Treatment |
![](file.png) | MINTEQA2 | Metal Speciation Equilibrium For Surface And Ground Water |
![](file.png) | MIONP | Microwave Induced Optical Nuclear Polarization |
![](file.png) | MIOSA | Modified (rotational) Infinite Order Sudden Approxn. |