What does PROMET mean?
PROMET means Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality?
Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality can be abbreviated as PROMET
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Most popular questions people look for before coming to this page
| Q: A: |
What does PROMET stand for? PROMET stands for "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality". |
| Q: A: |
How to abbreviate "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality"? "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality" can be abbreviated as PROMET. |
| Q: A: |
What is the meaning of PROMET abbreviation? The meaning of PROMET abbreviation is "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality". |
| Q: A: |
What is PROMET abbreviation? One of the definitions of PROMET is "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality". |
| Q: A: |
What does PROMET mean? PROMET as abbreviation means "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality". |
| Q: A: |
What is shorthand of Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality? The most common shorthand of "Development of an innovative integrated Property Measuring Transponder, for non-contact monitoring of material quality" is PROMET. |
Abbreviations or Slang with similar meaning
- ADEQ - Association for the Development of Environmental Quality
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- CAD-PUMA - Development of an integrated Computer Aided Design and Planning methodology for Underground Marble quarries
- COMOS - An innovative, Computerized, Cost-effective robust, real-time, remote condition Monitoring System for Ship-diesel-engine maintenance
- DIASHOECARE - Development of new Instruction and evaluation methods for the utilization of modern pressure measuring systems in connectionwith the Care of patients, suffering from diabetes melitus, with better orth
- DIMITRA - Development of an Integrated knowledge based decision support system for differentiated Agricultural products
- DQMS - Development of a Quality Management System in continuing vocational training in the field of qualification for new forms of work organisation
- DQS-TQM - Development of Quality Standards for Total Quality Management systems in the field of continuing vocational training for women
- FOODFORUM - An innovative research Forum for an innovativeand globally competitive european Food industry
- HISURFCLAYS - An innovative process for the production of High Surface area materials from natural acid Clays and bentonite by organic Acid treatment
- HVOF - Development of a quality control system for alloyedwc-ni - co - cr coatings obtained by High Velocity Oxy-Fuel spraying
- I-RISKS - Development of an Integrated technical and management Risk control and monitoring methodology for managing and quantifying on-site off-site Risks
- IGD - Development of an Integrated Information management system for human Genome Data
- IMOSENS - Innovative Magnetic and Optical Sensors using advanced material for Non destructive testing applications
- INOCIP - Development of an Innovative manufacturing technique for Cold Isostatic Pressing
- INPROWARM - Development of low cost modular dwelling components based on the combined use of WAste Raw Material and INnovative Polymeric foRmulatiOn
- INTAB - Development of an Integrated environmentally friendly polyculture of Abalone, finfish and seaweed in a land Based facility
- ISIMEM - Development of an Integrated Simulation System and 3-dimensional CAD for Membrane materials in structural designs subject to tensile stresses
- MUSTEC - Development of Multi-Sensor Techniques for monitoring the quality of fish
- TARGET - Development of innovative integrated Training Programmes and Vocational Guidance for Refugees With Higher Level Qualifications