BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences

Woody materials like timber, bamboo, rattan, and agricultural fibers are the world’s most valuable renewable resources. an understanding of the anatomical structure of this material is essential for its best utilization. To help students achieve this understanding, the major part of the module discu...

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Main Author: UiTM, Faculty of Applied Sciences
Format: Teaching Resource
Language:English
Published: 2018
Subjects:
Online Access:https://ir.uitm.edu.my/id/eprint/91394/1/91394.pdf
https://ir.uitm.edu.my/id/eprint/91394/
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spelling my.uitm.ir.913942024-03-15T06:58:23Z https://ir.uitm.edu.my/id/eprint/91394/ BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences UiTM, Faculty of Applied Sciences Curriculum Universiti Teknologi MARA Woody materials like timber, bamboo, rattan, and agricultural fibers are the world’s most valuable renewable resources. an understanding of the anatomical structure of this material is essential for its best utilization. To help students achieve this understanding, the major part of the module discusses the macroscopic features common to all local woods such as the tree growth, wood formation, and the composition of wood. Next is a study of Hardwood and Softwood anatomy that emphasizes the relationship between structure, function, and material characteristics. Students will learn to identify the common commercial woods of Malaysian using features that ate identifiable through the naked eye, by using hand lens and microscope. Students will also learn the macroscopic features of major agricultural crops in Malaysia such as oil palm, rice, and other important agricultural plants. Woody materials like timber, bamboo, rattan, and agricultural fibres are the world’s most valuable renewable resources. An understanding of the anatomical structure of this material is essential for its best utilization. To help students achieve this understanding, the major part of the module discusses the macroscopic features common to all local woods such as the tree growth, wood formation, and the composition of wood. Next is a study of Hardwood and Softwood anatomy that emphasizes the relationship between structure, function, and material characteristics. Students will learn to identify the common commercial woods of Malaysia using features that are identifiable through the naked eye, by using hands lens and a microscope. Students will also learn the macroscopic and microscopic features of major agricultural crops in Malaysia such as oil palm, rice, and other important agricultural plants. 2018 Teaching Resource NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/91394/1/91394.pdf BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences. (2018) [Teaching Resource] (Unpublished)
institution Universiti Teknologi Mara
building Tun Abdul Razak Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Mara
content_source UiTM Institutional Repository
url_provider http://ir.uitm.edu.my/
language English
topic Curriculum
Universiti Teknologi MARA
spellingShingle Curriculum
Universiti Teknologi MARA
UiTM, Faculty of Applied Sciences
BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences
description Woody materials like timber, bamboo, rattan, and agricultural fibers are the world’s most valuable renewable resources. an understanding of the anatomical structure of this material is essential for its best utilization. To help students achieve this understanding, the major part of the module discusses the macroscopic features common to all local woods such as the tree growth, wood formation, and the composition of wood. Next is a study of Hardwood and Softwood anatomy that emphasizes the relationship between structure, function, and material characteristics. Students will learn to identify the common commercial woods of Malaysian using features that ate identifiable through the naked eye, by using hand lens and microscope. Students will also learn the macroscopic features of major agricultural crops in Malaysia such as oil palm, rice, and other important agricultural plants. Woody materials like timber, bamboo, rattan, and agricultural fibres are the world’s most valuable renewable resources. An understanding of the anatomical structure of this material is essential for its best utilization. To help students achieve this understanding, the major part of the module discusses the macroscopic features common to all local woods such as the tree growth, wood formation, and the composition of wood. Next is a study of Hardwood and Softwood anatomy that emphasizes the relationship between structure, function, and material characteristics. Students will learn to identify the common commercial woods of Malaysia using features that are identifiable through the naked eye, by using hands lens and a microscope. Students will also learn the macroscopic and microscopic features of major agricultural crops in Malaysia such as oil palm, rice, and other important agricultural plants.
format Teaching Resource
author UiTM, Faculty of Applied Sciences
author_facet UiTM, Faculty of Applied Sciences
author_sort UiTM, Faculty of Applied Sciences
title BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences
title_short BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences
title_full BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences
title_fullStr BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences
title_full_unstemmed BCT441: Structure and Identification of Cellulosic Materials / Faculty of Applied Sciences
title_sort bct441: structure and identification of cellulosic materials / faculty of applied sciences
publishDate 2018
url https://ir.uitm.edu.my/id/eprint/91394/1/91394.pdf
https://ir.uitm.edu.my/id/eprint/91394/
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score 13.211869