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quarks |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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πρωτόνια, νετρόνια protons, neutrons |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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πυρήνας nucleus |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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άτομο atom |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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ατομική διέγερση, εκπομπή φωτονίων atomic excitation, photons emission |
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from: Dimopoulos V., Kalkanis G., “Hands-on spectrum lines – Introducing microscopic quantum explanations of the emitted photons to non-physics major’s students”, HSCI 2006, 3rd International Conference on Hands-on Science, “Science Education and Sustainable Development”, University of Minho, Braga, Portugal September 4-9, 2006
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μόριο molecule |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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στερεό solid |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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υγρό liquid |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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αέριο gas |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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θερμαινόμενο στερεό ® υγρό heating solid ® liquid |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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θερμαινόμενο υγρό ® αέριο heating liquid ® gas |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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ψυχόμενο αέριο ® υγρό cooling gas ® liquid |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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ψυχόμενο υγρό ® στερεό cooling liquid® solid |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 based on: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004 |
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αεροστατική πίεση, αερόστατο aerostatic pressure, aerostat |
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from: Tsakonas, P., Kalkanis, G. (1998), "The Aerostaton / Aerostat in Greek Tradition as a Toy and an Experiment - Its Construction, Mode of Operation, Simulation, Physics, and our Teaching Approach", 1998 ICPE Conference: "Hands-On Experiments", Duisburg, Germany, 1998
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υδροστατική πίεση, άνωση hydrostatic pressure, buoyancy |
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from: Tsakonas P., PhD Thesis "Scientific models of microcosm at the science educational procedure with the creation and implementation of educational Monte Carlo simulations and dynamic visualizations – Applications at microcosm’s movements and processes", Athens 1997
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ώσμωση osmosis |
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from: Tsakonas P., PhD Thesis "Scientific models of microcosm at the science educational procedure with the creation and implementation of educational Monte Carlo simulations and dynamic visualizations – Applications at microcosm’s movements and processes", Athens 1997
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τριβή μεταξύ στερεών friction between solids |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 |
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αντίσταση ρευστού σε στερεό f luid resistance to solid |
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from: Kalkanis G. et al., Episodes for the Greek national educational television “microkosmos explains … 1. heat and temperature, 2. evaporation, boiling and liquefaction, 3. melting and freezing, 4. friction, 5. renewable energy sources”, http://www.edutv.gr, Greek Ministry of Education, Athens, 2007 |
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ελεύθερα ηλεκτρόνια σε μέταλλα, θερμιονική εκπομπή free electrons in metals, thermionic emission |
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from: Dimopoulos V., PhD Thesis "Science Education with Digital Technologies - A Quantum Approach, Suggestions and Applications", University of Athens, 2004
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ηλεκτρικό κύκλωμα electric circuit |
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from: Dendrinos K., Dimopoulos V., Imvrioti D., Tsagkogeorga A., Tsakonas P., Nikolopoulos A., Kalkanis G. (2002), “An educational approach of thermal and optical phenomena of electric current in metallic conductors with everyday technologies as trigger of interest – evaluation”, 3rd National Conference on Science Education and New Technologies in Education Interactions between Research and Practice in Science Education, University of Crete, Rethymno, 2002 based on: Kyriaki E. (1997), Phd Thesis "An Educational Programming Environment and Educational Software open to Interventions by Educators and Students Aiming at the Reproduction and Reconstruction of physical phenomena with the use of Monte Carlo simulations of microcosm”, Athens, 1997
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ηλεκτρικό ρεύμα, θέρμανση, διαστολή, τήξη electric current, heating, expansion, melting |
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from: Tsakonas P., PhD Thesis "Scientific models of microcosm at the science educational procedure with the creation and implementation of educational Monte Carlo simulations and dynamic visualizations – Applications at microcosm’s movements and processes", Athens 1997 Tsakonas, P., Kalkanis, G., "A Common Technological Applications Trigger for Teaching / Learning Physics by Computer Simulation Programs", 3rd Multimedia in Physics Teaching and Learning Workshop", University of Sciences and Technologies of Lille, Lille, 1998.
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