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Nanoconcepts and Simulations

Nanoconcepts represent self-contained instructional materials focusing on the key ideas in nanoscale science and engineering (NSE) and their applications. Each Nanoconcept contains a general user introduction, main concept, notes, images and/or simulations. A usage guide and connections to general science concepts is also provided to aid integration into the classroom.

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Gold Nanoparticles- Interactive Computational Animations on Nanomaterials

 

This animation describes the unique optical properties of gold nanoparticles and how they are different from the common gold such as gold jewellery.

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*You will need Adobe Flash Player installed on your computer. » download player

OVERVIEW:
This animation describes the unique optical properties of gold nanoparticles and how they are different from the common gold such as gold jewelry.

Topics appropriate for teaching high school chemistry:
“Difference between and solution, colloid, and suspension” and “Units conversion” in Section I and “Experiments (excluding spectrophotometer)” in Section IV.

Topics appropriate for teaching high school physics:
“Refraction and the electromagnetic spectrum” and “Resonance” in Section II and “How the absorption of certain wavelengths give rise to color” in Section III. and “Units conversion” in Section I and “Experiments (excluding spectrophotometer)” in Section IV.

Topics appropriate for teaching AP chemistry or AP physics:
“Plasma oscillation” in Section II , “Aggregation and collective particle oscillation” in Section III, “Application of spectrophotometer” in Section IV.

Topics appropriate for junior high general science class:
“Introduction of nanoscale” in Section I and “Diffraction of white light” in Section II.

Required skills: Knowledge of High School Algebra and Geometry

Class: High School Chemistry; AP Chemistry; College Chemistry

Approximate Time: 45 min - 1 hr

 

 

 

 

Author(s):
Prof. Richard D. Braatz,
Li May Goh,
Effendi Rusli,
John A. Washington,
Jorge Pazmino,
Seyeong Im,
Mitsuko Fujiwara

Institution:
University of Illinois
at Urbana-Champaign
Urbana, IL USA

Author(s):
Valerie Maynard

Institution:
Northwestern University, IL USA

Level:
High School Chemistry,
AP Chemistry,
College Chemistry