Biomimicry of Structural Color Applied to Textile

Biomimicry of structural color applied totextile

Project Proposal

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Content

1            INTRODUCTION

1.1              AIM

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1.2              OBJECTIVE

2                LITERATURE REVIEW

2.1              NATURAL STRUCTURAL COLOR

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2.1.1                    THIN FILM INTERFERENCE

2.1.2                    MULTILAYER INTERFERENCE

2.1.3                    DIFFRACTION GRATRING

2.1.4                    LIGHT SCATTERING

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2.1.5                    PHONTONIC CRYSTAL

2.2              THE COLOR IN NATURE

2.3              METHODOLOGY OF BIOMIMICRY

2.4              CHOLESTERIC LIQUID CRYSTAL

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2.4.1                    LIQUID CRYSTAL

2.4.2                    THERMOTROPIC LIQUID CRYSTAL

2.4.3                    OPTICAL PROPERTIES OF CLC

2.4.4                    COAXIAL ELECTROSPINNING

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3                METHOD AND EXPERIMENT DETAIL

3.1              MATERIAL PREPARATION

3.2              EXPERIMENT

4                EXPECTED RESULT

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5                PROJECT PLAN

6                BIBLIOGRAPHY

APPENDIX 1 RESEARCH FLOW CHART

APPENDIX 2 GANTT CHART

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1        Introduction

In nature, creatures have evolved for million years. Each of the creatures has their certain color. Due to the scanning electron microscope (SEM) has been introduced in the 1940s, some of the creatures’ color can be explained. These color has been called as structural color because it is a series photon interact with object’s surface in Nano-scale. These optical processes derive several phenomena as thin film interference, multilayer interference, diffraction grating, light scattering and photonic crystal.[1] A typical case is Morpho butterfly’s wings. The shinny blue is created by the lamellar structure in the wings surface.

Applying this concept in the textile industry, the clothes manufacturing requires like dyes, pigments, chemicals and water, would be reduced.

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1.1  Aim

The aim of this MSc project is to produce and apply a structural color fiber to textile goods. Precisely, to create a non-pigment, non-dye, non-faded and anti-bleach with high tensile strength structural color fiber.

1.2  Objective

The project will be divided into four parts (A, B, C and D). By fundamental concept to practical experiment progressively.

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Part A includes exploring natural structural color; to understand the coloration mechanism of creatures and identify phenomena of the optical process in classic examples as Morpho butterfly’s wings, Chrysina Gloriosa Beetle, the skin of Pollia fruit, Anna’s Hummingbird color changing feather and natural opals iridescent colors.

Part B covers investigating methodology of biomimicry. To attribute the success of microfabrication technologies, replicating structural color is taking a step forward. There are two main strategies to build biomimicry structure, “top-down” and “bottom-up.” Both of strategies will be introduced in a further section.

Part C involves representing one of a past successful method to produce structural color fiber. In this MSc experiment, the author attempt to replicate core-sheath fiber with CLC through the coaxial electrospinning method.

Part D contains comparing the performance of structural color fiber with different material. In another word, the author tends to use a different material to fabricate structural color fiber and compares with Part C experiment result.

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2        Literature review

In this chapter, it presents several essential background knowledge which helps a better understanding of the project.

2.1  Natural Structural Color

Color from nature has been studied for centuries. Along with technology thrives,

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these color can be redefined and explained as reflection, refraction and

polarization characteristics of light in a tiny-scale pattern.[2]

Due to human observes this color is derived by structures on the submicron scale interact with light, it is so-called structural color.[2]

S. Kinoshita and S. Yoshioka state that structural color is a combination of several optical processes as thin film interference, multilayer interference, diffraction grating, Light scattering and photonic crystal.[1]

2.1.1        Thin film interference

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Thin film interference is an elementary example of structural color. A single layer thickness is defined as a wavelength of visible light (380-780nm)[2,3] Due to the refractive index differences of the light source and thin film, the amplitude of wavelength reflect as the sum of multiple beams as color retardation. To illustrate this, Figure 1 can be seen d is the thickness of the layer and its refractive index is n2. The light source impinges on a thin layer with the angle θ1 and the surrounding refractive index is n1. (Where n1≠n2) Then refraction angleθ2 can be calculated. An example of a soap bubble is explained with Newton’s color retardation, which can be seen as Figure 2.[3]