Čepič, Mojca
Mojca Čepič Slovene physicist
VIAF ID: 305520225 ( Personal )
Permalink: http://viaf.org/viaf/305520225
Preferred Forms
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- 100 1 _ ‡a Čepič, Mojca
- 100 1 _ ‡a Čepič, Mojca
- 100 0 _ ‡a Mojca Čepič ‡c Slovene physicist
- 100 1 _ ‡a Čepič, Mojca
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- 100 1 _ ‡a Čepič, Mojca
4xx's: Alternate Name Forms (10)
Works
Title | Sources |
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Anisotropy of wood in the microwave region | |
Anizotropne lastnosti lesa v mikrovalovnem območju doktorska disertacija | |
Anticlinic surfaces in freely suspended smectic films stabilized by electrostatic interactions | |
Antiferoelektrični tekoči kristali | |
Barva kot indikator dvolomnosti tekočih kristalov | |
Colour as an indicator of birefringence in liquid crystals | |
Complementary colours for a physicist | |
Concepts of density and buoyancy in eighth grade of primary school | |
Delovni zvezek | |
Does conceptual understanding of density increase with the level of education? | |
The effect of molecular dynamics on cold neutron scattering. | |
First year university students' conceptions about liquid crystals in Slovenia | |
Fizika. | |
Gimnazija Vič students' science projects in cooperation with research institutions | |
Identification of gifted students with underprivileged background by doing experiments | |
Influence of chiral interactions on smectic phases in free-standing films | |
Investigation of restricted molecular reorientation in MBBA in the nematic phase by quasielastic incoherent neutron scattering | |
It seems easy to float, but is it really? a teaching unit for buoyancy | |
Knowledge about liquid crystals after the end of secondary education. | |
Liquid crystals through experiments, 2014: | |
Makro difuzija in evrodifuzija | |
A mechanical model for phase transitions in smectics | |
Modelling the water transport in tall trees | |
Naravoslovje | |
NAUK - interaktivna e-gradiva iz fizike = NAUK - Interactive e-learning content in physics | |
New materials - liquid crystals - what to learn about them? | |
Okolje in jaz | |
Petnajsto državno tekmovanje iz fizike za osnovnošolce | |
Physics and nature - a new course for the first year students of physics education | |
Present scientific research results in the classroom : the case of liquid crystals | |
Raziskovalni pouk fizikalnih vsebin naravoslovja na razredni stopnji : doktorska disertacija | |
Raziskujemo in gradimo | |
Simple method for measuring thermal conductivity | |
Spoznavanje okolja za tretji razred osnovne šole | |
The SUPERCOMET Project - animating electricity and magnetism for upper secondary school | |
Surface tension and floating | |
Svetloba in barve | |
Tea - time physics | |
Teachers' training program for teaching physics within science in lower secondary school | |
Teaching liquid crystals with a wood model | |
Tekoči kristali in šolski laboratorij - je sinteza možna? | |
Transmission of the light through anisotropic media in not simple | |
Učbenik | |
Učenje z raziskovanjem in barve tekočekristalnega zaslona : magistrsko delo | |
Učna tema tekoči kristali za srednješolski in univerzitetni nivo | |
Učni načrt. | |
Underwater rays | |
Uniaxial polar phase made of bent-shape molecules | |
Uporaba tekočih kristalov za vpeljavo sodobnih vsebin v poučevanje fizike | |
Ureditveni parameter | |
Vpliv epidemije COVID–19 na znanje in razumevanje fizike slovenskih dijakov Impact of the COVID-19 epidemic on Slovenian students' knowledge and understanding of physics : magistrsko delo | |
Vpliv molekularne dinamike na spektre sipanih hladnih nevtronov | |
What the theory says about the six layer periodic structures in antiferroelectric liquid crystals? | |
Wow, it works! : introducing electricity to children | |
Zbirka maturitetnih nalog z rešitvami | |
Zbirka nalog iz fizike za 1. letnik termodinamika in elektromagnetizem | |
Zbirka poskusov za ugotavljanje pristopov učencev k reševanju naravoslovnih problemov : magistrsko delo | |
Znanje o tekočih kristalih po končanem srednješolskem izobraževanju |