What does ESCHETA mean?
ESCHETA means Development of European CSP Sources for Harsh Environment, Telecom and Automotive
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of European CSP Sources for Harsh Environment, Telecom and Automotive?
Development of European CSP Sources for Harsh Environment, Telecom and Automotive can be abbreviated as ESCHETA
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Most popular questions people look for before coming to this page
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What does ESCHETA stand for? ESCHETA stands for "Development of European CSP Sources for Harsh Environment, Telecom and Automotive". |
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How to abbreviate "Development of European CSP Sources for Harsh Environment, Telecom and Automotive"? "Development of European CSP Sources for Harsh Environment, Telecom and Automotive" can be abbreviated as ESCHETA. |
| Q: A: |
What is the meaning of ESCHETA abbreviation? The meaning of ESCHETA abbreviation is "Development of European CSP Sources for Harsh Environment, Telecom and Automotive". |
| Q: A: |
What is ESCHETA abbreviation? One of the definitions of ESCHETA is "Development of European CSP Sources for Harsh Environment, Telecom and Automotive". |
| Q: A: |
What does ESCHETA mean? ESCHETA as abbreviation means "Development of European CSP Sources for Harsh Environment, Telecom and Automotive". |
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What is shorthand of Development of European CSP Sources for Harsh Environment, Telecom and Automotive? The most common shorthand of "Development of European CSP Sources for Harsh Environment, Telecom and Automotive" is ESCHETA. |
Abbreviations or Slang with similar meaning
- MAGNOPT - Development of European Magneto-Optical Drives
- DELTA - Development of European Learning Through Technological Advance
- EBAE - European Business Awards for the Environment
- ALSRESIST - Development of a durable resistance strategy based on genetic and ecological approaches for the bean-angular leaf spot (ALS) disease pathosystem in Central America and Brazil
- ANAIS - Development of Hybrid Moulding Technologies for continuous fibre and self-reinforced thermoplastic materials
- ASTRAL - Development of Adaptive Solder Technology for Reliability and environment Compatibility of electronic assemblies
- BIODOS - Development of Biological Dosimetry systems for monitoring the impact of Solar UVB radiation on the biosphere and human health
- CLOUD-NET - Development of European pilot NETwork of stations for observing CLOUD profiles
- COLD WSPS - Development of low-cost methods for treatment and reuse of drainage and urban wastewater by adaptation of Waste Stabilitation Ponds for extreme continental climates
- CUTEDO-HP - Development of a curriculum, including instructor guidelines, participants? material and teaching media, for qualifying seriously disabled people to draw up technical documentation
- DEMARRAGE - Development of Multimedia Applications in Remotesensing, Risk Assessment, Geography and Environment
- DEMITI - Development of Ecological qualification Modules for Initial vocational Training and Insertion in the field of electro, gas and water installations
- DECIDE - Development of European Courses on Information and Datacom Engineering
- DIMDESMOTOM - Development of IMproved DEtection Systems for MOnitoring of TOxic heavy Metals in contaminated groundwaters and soils
- FAST - Development of an Automatic System for cheap and reliable real-Time Fabric inspection on the loom
- HTR-M - European project for the development of HTR technology - materials for HTR
- IMPCHRESS - Development of European specifications for Improved Infant and Child Restraint devices (air transport)
- OMEGA - Development of Operational Monitoring system for European Glacial Areas - synthesis of earth observation data of the present, pastand future
- ROBAIR - Development of a ROBotic system for the Inspection of AIRcraft Wings and Fuselage
- SUPERWAFER - Development of Innovative Manufacturing Techniques for the Production of SUPER Large Silicon WAFERs for the next Millennium