Generate randomized 3D objects for simulating its optics property

Lai, Haoming; Song, Shuchen

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https://hdl.handle.net/2142/75921 Copy

Description

Title

Generate randomized 3D objects for simulating its optics property

Author(s)

• Lai, Haoming
• Song, Shuchen

Contributor(s)

Sobh, Nahil

Issue Date

2015-04

Keyword(s)

• 3-D objects
• Model's electric field
• Electrical and Computer Engineering

Abstract

Our research goal is to develop a tool generate a 3D object with designated amount of random adherence and find how specific randomness influence light property of that object. More specifically, what we are doing is to trying to find how specific random ligand adhered to object, like cube at the top of image, will manipulate the electric field around object, shown at the bottom of picture. As well-know, our world consist of innumerable irregular things. We could seldom see and obtain some regular things. When it comes to experiment, idealized experimental object is also difficult to obtain. So experiment are usually done with randomized objects and result should be average of hundreds or even thousands of repeated experiments. It is time-consuming for us to do these works in reality. In this way, our tool make simulating experiment with randomized object in computer possible. Moreover, we are using our tool to do some real experiments now. We are trying find the relation between random ligand on the cube and electric field around cube, part of which is shown in the picture. For more information about the Image of Research--Undergraduate Edition go to: http://go.library.illinois.edu/imageofresearch_uredition

Type of Resource

• text
• image

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http://hdl.handle.net/2142/75921

Copyright and License Information

• Copyright 2015 Haoming Lai
• Copyright 2015 Shuchen Song

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