What does DECOVALEX mean?
DECOVALEX means Development of Coupled models and their Validation Against Experiments in nuclear waste isolation
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of Coupled models and their Validation Against Experiments in nuclear waste isolation?
Development of Coupled models and their Validation Against Experiments in nuclear waste isolation can be abbreviated as DECOVALEX
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Most popular questions people look for before coming to this page
| Q: A: |
What does DECOVALEX stand for? DECOVALEX stands for "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation". |
| Q: A: |
How to abbreviate "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation"? "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation" can be abbreviated as DECOVALEX. |
| Q: A: |
What is the meaning of DECOVALEX abbreviation? The meaning of DECOVALEX abbreviation is "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation". |
| Q: A: |
What is DECOVALEX abbreviation? One of the definitions of DECOVALEX is "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation". |
| Q: A: |
What does DECOVALEX mean? DECOVALEX as abbreviation means "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation". |
| Q: A: |
What is shorthand of Development of Coupled models and their Validation Against Experiments in nuclear waste isolation? The most common shorthand of "Development of Coupled models and their Validation Against Experiments in nuclear waste isolation" is DECOVALEX. |
Abbreviations or Slang with similar meaning
- DEMCAD - Development of Evaluation Methods and Computer Applications in Dentistry
- DECOVALEX - Development of Coupled Models and Their Validation Against Experiments
- 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
- CREMMET - Development of mobility, flexibility and teamwork in the metalwork sector
- DECUB - Development of a method to include Energy usage Criterion in the Urban Bus fleet management
- DEWECO - Development of Language Training Modules for Welding Coordination Personnel in Europe
- 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
- DIS-EMPLOY - Development of a training and vocational guidance model for Disabled persons in the field of the self Employment
- DONDODEM - Development of new Dielectric and Optical materials and process-technologies for low cost electrical and/or Optical packaging and testing of precompetitive Demonstrators
- DORETE - Development Of human Resources and the Environment in the initial Training of young Entrepreneurs
- DQS-TQM - Development of Quality Standards for Total Quality Management systems in the field of continuing vocational training for women
- DSMS - Development of Strategic Management Skills for potential company directors in SMEs
- HPVCCS - Development of mathematical models of novel HPV-based Cervical Cancer Screening protocols for evaluation of the projected health and cost benefits
- PARNIPS - Development of Parallel Algorithms and software for mixed Integer Programming in industrial Scheduling
- RMT MONITORING - Development of the equipment and technologies of RadioMagnetoTellurics for rapid pollution mapping and MONITORING using foot-, car- and boat-borne survey
- ROLL-SPOD - Development of integral linked rollformed Sandwich Panels for use in Overhead Doors
- XYLOPHONE - Development of Xylo-Oligosaccharides and xylitol for use in Pharmaceutical and food industries
- WIPP - [Nuclear] Waste Isolation Pilot Project
- dcm - Development of Computational Models