What does TECSICA mean?
TECSICA means Technology and Characterization of Silicon Carbide films for high temperature applications
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Technology and Characterization of Silicon Carbide films for high temperature applications?
Technology and Characterization of Silicon Carbide films for high temperature applications can be abbreviated as TECSICA
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Most popular questions people look for before coming to this page
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What does TECSICA stand for? TECSICA stands for "Technology and Characterization of Silicon Carbide films for high temperature applications". |
| Q: A: |
How to abbreviate "Technology and Characterization of Silicon Carbide films for high temperature applications"? "Technology and Characterization of Silicon Carbide films for high temperature applications" can be abbreviated as TECSICA. |
| Q: A: |
What is the meaning of TECSICA abbreviation? The meaning of TECSICA abbreviation is "Technology and Characterization of Silicon Carbide films for high temperature applications". |
| Q: A: |
What is TECSICA abbreviation? One of the definitions of TECSICA is "Technology and Characterization of Silicon Carbide films for high temperature applications". |
| Q: A: |
What does TECSICA mean? TECSICA as abbreviation means "Technology and Characterization of Silicon Carbide films for high temperature applications". |
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What is shorthand of Technology and Characterization of Silicon Carbide films for high temperature applications? The most common shorthand of "Technology and Characterization of Silicon Carbide films for high temperature applications" is TECSICA. |
Abbreviations or Slang with similar meaning
- HETERO - Heteroepitaxial Deposition of Diamond and Silicon Carbide Films
- CATCH - Computer Aided Tracking and Characterization of Homicides
- ISACS - Integrated System for Analysis and Characterization of the Seafloor
- ABHTA - Adhesive Bonding for High Temperature Applications
- ADBATSOL - Test and optimization of Advanced Batteries forphotovoltaic applications and development of Battery management Systems for these batteries
- BIOFOAM - BIO-source based recyclable poly (ester-co-amide)s and poly (ester-co-urethane)s for industrial FOAM applications
- BISCO - Processing and characterization of Bi based high temperature Superconductors for technical applications
- CAPCAT - Construction And Production of Cemented Carbide gear manufacturing Tools for high speed cutting processes
- CECATS - Comparison Evaluation and Characterization of Army Transmissometer Systems
- COMET - Processing and Characterization of Cordierite-Metal composite structures
- DISMEW - Life optimisation of Dissimilar Metal Welds for high temperature components
- DINAS - Design and Implementation of CNMA-based Networks for CIM Applications in SMEs
- GRINDELA - Ultra-fine Grinding, Delamination And characterization of minerals
- IMPLAB - Strategies for the futher Improvement of Performance and Life of Lead-Acid Batteries for electric vehicle applications
- LACS - Laboratory of Analysis and Characterization of Solids
- POMFICO - Development of Porous Metal Fiber Components forvarious Industrial high temperature applications
- SEMHTS - Symposium on Emerging Mechanisms for High Temperature Superconductivity
- SUPERMOCVD - High tech Superconducting tapes by MOCVD with unusual sources for high current applications
- TATO - Technology And Techniques Of
- cmos - Characterization and Modeling of Silicon