© Panni Szombati, 2015
ISaR – Inclusive Services and Rehabilitation
Didactic Pool
ATOMOL
Technical University of Dortmund
Department Rehabilitation Service
Rehabilitation and Education for the Blind and Visually Impaired
Project ISaR
D-44221 Dortmund, Germany
Tel.: +49-(0)231 / 755 5874
Fax: +49-(0)231 / 755 6219
Email:
[email protected]
Internet:
http://isar-international.com
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© Panni Szombati, 2015
Titel: ATOMOL
Author: PANNI SZOMBATI
e-mail: [email protected]
Year: 2015
Place: Budapest
Short description
The set contains a holder with pockets where the atom models are packed to match
the periodical system. The pockets have labels naming the atom models in print as
well as in Braille. In the classroom the pocket holder can either hang on the wall or be
packed in the sack that belongs to the set.
The set contains 81 atoms which are:
10 Hydrogen; 10 oxygen; 5 natrium; 5 kalium; 3 magnesium, 4 calcium; 3 iron; 3
aluminium; 10 carbon; 3 nitrogen; 4 sulphur; 4 chlorine; 2 fluor; 3 phosphor; 2 copper;
2 zinc; 2 silicon;
Noble gas: 1 helium; 1 neon, 1 argon, 1 krypton, 1 xenon, 1 radon
A molecule can be produced through combining the atomcircles, i.e. the buttons and
button holes of the outer atom shell.
Modelling of a Aluminiumoxid molecule through two Aluminium-Atoms and three
Oxygen-Atoms
Example 1:
Aluminiumoxid-Model
Step 1:
2 Aluminium-atoms
3 Oxygen-atoms
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© Panni Szombati, 2015
Step 2: compound to aluminium oxide
Example 2: water-model
Step 1: an oxgen atom (O, atomic number 8)
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© Panni Szombati, 2015
Step 2: two hydrogen atoms (H, atomic number 1)
Step 3: compound
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© Panni Szombati, 2015
Step 4: water emerges
Example 3: sodium chloride
Step 1: sodium (atomic number 11)
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© Panni Szombati, 2015
Step 2: chlorine (atomic number 17)
Step 3:NaCl emerges
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© Panni Szombati, 2015
Example 4:covalent bond
Step 1: two hydrogen atoms(H, atomic number 1)
Step 2: covalent bond: hydrogen-molecule
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© Panni Szombati, 2015
More pictures...
Bild: Periodic Table of Elements, fabric pockets
The „Atomol“- packaging
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