Add to ORKGThe Author(s) 2015. This article is published with open access at Springerlink.com Introduction Textile industry produces large quantities of highly colored effluents, which are generally toxic and resistant to biodegradation. The present study was carried out to find out the efficiency of using gamma radiation to degrade or decontaminate combined textile effluent and it
Aromatic, edible and medicinal plants require effective conservation technologies to expand their us...
The textile industry occupies a significant hold on the global economy. This substantial industry of...
The consumption of natural products has become a public health problem, since these medicinal teas a...
In the rapid growing world, the demand for clothing especially the readymade garment is one of the k...
This paper studies the use of gamma irradiation for textile waste water treatment. Prior to irradiat...
Fresh water is a precious natural resource that has been currently facing a severe stress because of...
This paper studies the use of gamma irradiation for textile waste water treatment. Prior to irradiat...
DEGRADATION OF STANDARD DYES AND TEXTILE WASTEWATER AS A POLLUTANT MODEL USING GAMMA RADIATION. A de...
A degradation and a decoloration of textile wastewater using ionizing radiation are already applied ...
There are number of plants species in the universe which give the protections from different disease...
Effects of gamma irradiation alone, and in combination with chemical treatment on color, odor, chemi...
The effect of quarantine-level gamma irradiation on cotton fiber and its subsequent textile processi...
Physical disinfectants have emerged in recent years as viable alternatives to conventional chlorinat...
The combination of irradiation and biological technique was chosen to study COD, BOD5 and colour rem...
Fabrics made of wool, linen, silk, and cotton, which are used in the making of artifacts of cultural...
Aromatic, edible and medicinal plants require effective conservation technologies to expand their us...
The textile industry occupies a significant hold on the global economy. This substantial industry of...
The consumption of natural products has become a public health problem, since these medicinal teas a...
In the rapid growing world, the demand for clothing especially the readymade garment is one of the k...
This paper studies the use of gamma irradiation for textile waste water treatment. Prior to irradiat...
Fresh water is a precious natural resource that has been currently facing a severe stress because of...
This paper studies the use of gamma irradiation for textile waste water treatment. Prior to irradiat...
DEGRADATION OF STANDARD DYES AND TEXTILE WASTEWATER AS A POLLUTANT MODEL USING GAMMA RADIATION. A de...
A degradation and a decoloration of textile wastewater using ionizing radiation are already applied ...
There are number of plants species in the universe which give the protections from different disease...
Effects of gamma irradiation alone, and in combination with chemical treatment on color, odor, chemi...
The effect of quarantine-level gamma irradiation on cotton fiber and its subsequent textile processi...
Physical disinfectants have emerged in recent years as viable alternatives to conventional chlorinat...
The combination of irradiation and biological technique was chosen to study COD, BOD5 and colour rem...
Fabrics made of wool, linen, silk, and cotton, which are used in the making of artifacts of cultural...
Aromatic, edible and medicinal plants require effective conservation technologies to expand their us...
The textile industry occupies a significant hold on the global economy. This substantial industry of...
The consumption of natural products has become a public health problem, since these medicinal teas a...