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Online since: October 2012
Authors: G. Ruzaidi, Z. Nazarudin, Maizatulnisa Othman, K. Khalisanni
Morphology and Water Absorption Analysis on Single Fibre and Leaf of Typha Latifolia
O.
In order to study the morphology and water uptake properties of the fibre, a single fibre was taken out from the Typha Latifolia leaf.
The main objective of this paper is to study the single fibre of Typha Latifolia water absorption and morphology analysis.
In order to study the morphology of the fibre, a single fibre was taken out from the Typha Latifolia leaf.
Fig. 1: A) Broken Typha Latifolia (top part) showing the single fibre, B) Broken Typha Latifolia (bottom part) showing the spongy surface of fibre, C) Single fibre structure (x 1000 magnification), D) Single fibre structure (x 2500 magnification) Water absorption Analysis on Typha Latifolia leaf .Water absorption test is done to measure the water uptake by the leaf.
In order to study the morphology and water uptake properties of the fibre, a single fibre was taken out from the Typha Latifolia leaf.
The main objective of this paper is to study the single fibre of Typha Latifolia water absorption and morphology analysis.
In order to study the morphology of the fibre, a single fibre was taken out from the Typha Latifolia leaf.
Fig. 1: A) Broken Typha Latifolia (top part) showing the single fibre, B) Broken Typha Latifolia (bottom part) showing the spongy surface of fibre, C) Single fibre structure (x 1000 magnification), D) Single fibre structure (x 2500 magnification) Water absorption Analysis on Typha Latifolia leaf .Water absorption test is done to measure the water uptake by the leaf.
Online since: October 2014
Authors: Guang Chen, Xiao Ling Xu, Ying Chun Miao
China
a miaoyingchun1979@126.com, bqjcg1001@sina.com, cxu_xiaolin2008@yahoo.cn
Keywords: photocatalyst, typha latifolia, TiO2, visible light
Abstract.
Typha latifolia were successfully used as template to synthesize mesoporous titania and silica with efficient photocatalytic activity under solar and visible light.
Conclusions Typha latifolia were successfully used as templates to synthesize mesoporous titania and silica with efficient photocatalytic activity under solar and visible light.
Negishi, Preparation of TiO2 fibers with well-organized structures, J.
Kunitake, Nanotubular SnO2 Templated by Cellulose Fibers: Synthesis and Gas Sensing, Chem.
Typha latifolia were successfully used as template to synthesize mesoporous titania and silica with efficient photocatalytic activity under solar and visible light.
Conclusions Typha latifolia were successfully used as templates to synthesize mesoporous titania and silica with efficient photocatalytic activity under solar and visible light.
Negishi, Preparation of TiO2 fibers with well-organized structures, J.
Kunitake, Nanotubular SnO2 Templated by Cellulose Fibers: Synthesis and Gas Sensing, Chem.
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