What does PHOSPAP mean?
PHOSPAP means Development of VUV Phosphors for large color Plasma display Panels
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of VUV Phosphors for large color Plasma display Panels?
Development of VUV Phosphors for large color Plasma display Panels can be abbreviated as PHOSPAP
|
|
Most popular questions people look for before coming to this page
| Q: A: |
What does PHOSPAP stand for? PHOSPAP stands for "Development of VUV Phosphors for large color Plasma display Panels". |
| Q: A: |
How to abbreviate "Development of VUV Phosphors for large color Plasma display Panels"? "Development of VUV Phosphors for large color Plasma display Panels" can be abbreviated as PHOSPAP. |
| Q: A: |
What is the meaning of PHOSPAP abbreviation? The meaning of PHOSPAP abbreviation is "Development of VUV Phosphors for large color Plasma display Panels". |
| Q: A: |
What is PHOSPAP abbreviation? One of the definitions of PHOSPAP is "Development of VUV Phosphors for large color Plasma display Panels". |
| Q: A: |
What does PHOSPAP mean? PHOSPAP as abbreviation means "Development of VUV Phosphors for large color Plasma display Panels". |
| Q: A: |
What is shorthand of Development of VUV Phosphors for large color Plasma display Panels? The most common shorthand of "Development of VUV Phosphors for large color Plasma display Panels" is PHOSPAP. |
Abbreviations or Slang with similar meaning
- FLOWVIEW - Development of Integrated Packages for Simulation and Visualisation of Complex Flows
- CPDP - Color Plasma Display Panel
- ADITECH - Development of new Technology for the productionof near net shape adi-parts
- BIOLIVE - Development of industrial solutions for the recycling and valorisation of the OLIVE oil fabrication residues for BIOpolymers andfine chemicals
- BIOPOSTHARVEST - Development of BIOcontrol agents for commercial application against POST-HARVEST diseases of perishable foods
- COMPARE - Development of compounding procedures for recycled polyamide for use in Automotion
- COP-214 - Development of Computational methods for enhancedanalysis and design of industrial Casting Processes in Parallel computers
- CRYSEN - Development of SENsor devices for industrial CRYstallization optimisation
- DATEG - Development of Advanced Tools for Ecological and Economic sawing of Granite
- DCMC - Development of Curricular Modules for the Continuing training of language teachers in initial and continuing vocational training for young workers in SME's to promote vocational mobility in Europe
- DEBORA - Development of Borehole seals for high-level Radioactive waste
- DEFAMM - Development of Demonstration Facilities for Airport Movement guidance control and Management
- DISSARM - Development of Integratable Sensors for Screening of Antibiotic Resistant Mycobacteria
- DISCU - Development of Interactive Software for the Correct Use of chemical products in tanning-leather dressing and to evaluate their impact on the environment, the safety of workers and workplaces
- DOMAC - Development Of a Methodology for Adult Career guidance through the transfer and creation of tools
- DQS-TQM - Development of Quality Standards for Total Quality Management systems in the field of continuing vocational training for women
- ECOMARBLE - Development of advanced tools for the production of artworks using MARBLE powder
- ISTECH - Development of Innovative Techniques for the improvement of Stability of Cultural Heritage, in particular seismic protection
- REFILL - Development of novel processing for the production of low-cost by-product Fillers as a replacement for high-cost primary Fillers
- PDPs - Plasma Display Panels