What does NANOTECH mean?
NANOTECH means Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns?
Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns can be abbreviated as NANOTECH
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Most popular questions people look for before coming to this page
Q: A: |
What does NANOTECH stand for? NANOTECH stands for "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns". |
Q: A: |
How to abbreviate "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns"? "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns" can be abbreviated as NANOTECH. |
Q: A: |
What is the meaning of NANOTECH abbreviation? The meaning of NANOTECH abbreviation is "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns". |
Q: A: |
What is NANOTECH abbreviation? One of the definitions of NANOTECH is "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns". |
Q: A: |
What does NANOTECH mean? NANOTECH as abbreviation means "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns". |
Q: A: |
What is shorthand of Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns? The most common shorthand of "Development of Nanoimprinting Technique suitable for large area mass production of nm-scale patterns" is NANOTECH. |
Abbreviations or Slang with similar meaning
- MCBRIDE - Development of a Multi-Chamber Batch Reactor for the Production of Multilayer Interpoly Dielectrics
- ABLE - Advanced Building Block for Large Area Exploitation
- BODISCAN - Development of a cheap and reliable 3D BODY SCANner for the production of made-to-measure clothes
- DIALASE - Development of a novel, LASEr based manufacturing process for the production of reduced cost, enhanced performance single point DIAmond tipped cutting tools
- ECOMARBLE - Development of advanced tools for the production of artworks using MARBLE powder
- GRP-RP - Development of a Large Scale Rapid Prototyping System for Functional 3d Surface Panels for Automotive and Industrial Applications
- HI-RECIPRI - Development of a high-resolution printing process for cost-effective production of ultra-fine line electronic circuitry
- INOCIP - Development of an Innovative manufacturing technique for Cold Isostatic Pressing
- LAmA - Large Area Mass Analyzer
- LOTS-DSC - Long Term Stability of Dye Sensitized Solar Cells for large area power applications
- LTCBN - Development of industrial Low Temperature PVD technique of Cubic Boron Nitride for long lifetime products
- MEDID - Micro-Electronics for large area, high resolution, real time, flat, Digital Image Detectors
- MYCHINTEC - MYcorrhiza TEChnology for staple food crop production in small-scale sustainable agriculture in CHINa
- PROCIS - PROduction of large area CIS modules
- REFILL - Development of novel processing for the production of low-cost by-product Fillers as a replacement for high-cost primary Fillers
- SESMAB - Development of an experimental tool for design of large SES fast ships
- SHAPECUT - Development of new Cutting Technology for production of construction materials (bricks, tiles)
- SPOREFUN - Mass production of Spores of Fungal antagonists by solid-state fermentation - process design for optimal spore quality
- SUPERWAFER - Development of Innovative Manufacturing Techniques for the Production of SUPER Large Silicon WAFERs for the next Millennium
- ATLASS - Advanced Technology for Large Area Space Structures