What does POMFICO mean?
POMFICO means Development of Porous Metal Fiber Components forvarious Industrial high temperature applications
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of Porous Metal Fiber Components forvarious Industrial high temperature applications?
Development of Porous Metal Fiber Components forvarious Industrial high temperature applications can be abbreviated as POMFICO
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Most popular questions people look for before coming to this page
| Q: A: |
What does POMFICO stand for? POMFICO stands for "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications". |
| Q: A: |
How to abbreviate "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications"? "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications" can be abbreviated as POMFICO. |
| Q: A: |
What is the meaning of POMFICO abbreviation? The meaning of POMFICO abbreviation is "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications". |
| Q: A: |
What is POMFICO abbreviation? One of the definitions of POMFICO is "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications". |
| Q: A: |
What does POMFICO mean? POMFICO as abbreviation means "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications". |
| Q: A: |
What is shorthand of Development of Porous Metal Fiber Components forvarious Industrial high temperature applications? The most common shorthand of "Development of Porous Metal Fiber Components forvarious Industrial high temperature applications" is POMFICO. |
Abbreviations or Slang with similar meaning
- HTMR - High Temperature Metal Recovery
- PORSIS - PORous Silicon-based Structures for Integrated Gas Sensing Applications
- PMH - Porous Metal Hydride
- ABHTA - Adhesive Bonding for High Temperature Applications
- ALUSIFORM - High Efficiency FORMing Technology of Light Weight MMC Components for Automotive and Household Applications
- AMITERM - Development of Advanced MIcrowave and light-weight high-speed thermo-Response Mould TEchnology for woven textile-reinforced thermoplastic components
- ELVAS - Development of an ELectromagnetic Valve Actuation System for high efficiency engines
- GRP-RP - Development of a Large Scale Rapid Prototyping System for Functional 3d Surface Panels for Automotive and Industrial Applications
- HT-GC/MS - High-temperature gas chromatographyand high-temperature gas chromatography/mass spectrometry
- IDACO - Industrial Development of Automotive Components
- LORECOMP - Development of aluminium Locally Reinforced Components with Composite inserts
- LTCBN - Development of industrial Low Temperature PVD technique of Cubic Boron Nitride for long lifetime products
- MULTI-STAR - Development of a Multi-database management system for health care applications
- PLASMAFAB - Development of high-performance FABrics based on industrial cold PLASMA technology
- PMDS - Porous Metal Denuder Sampler
- PORSIS - Investigation of Porous Si-based Structures for Integrated gas Sensing applications
- TASMANIA - High Temperature Shape Memory Alloys and Actuators for Industrial Applications
- TECSICA - Technology and Characterization of Silicon Carbide films for high temperature applications
- HEMF - High-Efficiency Metal Fiber
- HTCC - High-Temperature Co-fiber Ceramic