What does LIMICA mean?
LIMICA means Development of liquid microprocessor core technology and systems for chemical and bio analysis
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of liquid microprocessor core technology and systems for chemical and bio analysis?
Development of liquid microprocessor core technology and systems for chemical and bio analysis can be abbreviated as LIMICA
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Most popular questions people look for before coming to this page
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What does LIMICA stand for? LIMICA stands for "Development of liquid microprocessor core technology and systems for chemical and bio analysis". |
| Q: A: |
How to abbreviate "Development of liquid microprocessor core technology and systems for chemical and bio analysis"? "Development of liquid microprocessor core technology and systems for chemical and bio analysis" can be abbreviated as LIMICA. |
| Q: A: |
What is the meaning of LIMICA abbreviation? The meaning of LIMICA abbreviation is "Development of liquid microprocessor core technology and systems for chemical and bio analysis". |
| Q: A: |
What is LIMICA abbreviation? One of the definitions of LIMICA is "Development of liquid microprocessor core technology and systems for chemical and bio analysis". |
| Q: A: |
What does LIMICA mean? LIMICA as abbreviation means "Development of liquid microprocessor core technology and systems for chemical and bio analysis". |
| Q: A: |
What is shorthand of Development of liquid microprocessor core technology and systems for chemical and bio analysis? The most common shorthand of "Development of liquid microprocessor core technology and systems for chemical and bio analysis" is LIMICA. |
Abbreviations or Slang with similar meaning
- BIO-H2 - Development of insulation materials with specially designed properties for builing renovation (INSUMAT)
- DACALA - Development of A Curriculum, A Learning And mediaconcept for car mechatronics
- DARSTIMEX - Development of Advanced Remote-Sensing Technology In the Initial phases of Mineral Exploration
- DEMETER - Development of a European Multi-model Ensemble system for seasonal To interannual prediction
- DECIDE - Development of European Courses on Information and Datacom Engineering
- DIALASE - Development of a novel, LASEr based manufacturing process for the production of reduced cost, enhanced performance single point DIAmond tipped cutting tools
- DITIV - Development of Innovative Tools in Initial Vocational training for young offenders
- DELPHI - Development of a novel market Prediction and demand-driven manufacturing system in the consumer goods Industry
- GRP-RP - Development of a Large Scale Rapid Prototyping System for Functional 3d Surface Panels for Automotive and Industrial Applications
- INSUMAT - Development of INSUlation MATerials with specially designed properties for builing renovation
- ISIMEM - Development of an Integrated Simulation System and 3-dimensional CAD for Membrane materials in structural designs subject to tensile stresses
- LEDIVAC - Development of an Early Diagnostic system and Vaccine for Canine leishmaniasis
- MACIS - Development of a Management Curriculum on and for the Information Society
- PC-COMMON - Development of a PC-based artificial intelligence system for the diagnosis and prognosis of machine Condition using acoustic emission and acceleration Monitoring
- PROSOLIELEC - Development of a new Processable Solid Li Electrolyte for energy storage
- PROMET - Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality
- SCOPE - Systems for Chemical Optical and Physical Experiments
- START - Development of Strategies designed to Avoid the need for Travel
- TARGET - Development of innovative integrated Training Programmes and Vocational Guidance for Refugees With Higher Level Qualifications
- TSAS - Technology and Special Analysis Staff