In recent decades ultrasound has established an important place in different industrial processes such as the medical field, and has started to revolutionize environmental protection. The idea of using ultrasound in textile wet processes is not a new one. On the contrary there are many reportsfrom the 1950s and 1960s describing the beneficial effects of ultrasound in textile wet processes. The aim of this paper is to review some fundamentals of ultrasound, its broad application and gather some new researchand studies regarding ultrasound application in textile wet processes,with the emphasis on textile dyeing and the decolouration/mineralization of textile wastewaters
The field of ultrasonics is still making strides towards perfection, but already many applications o...
In recent years the textile industry has focused its attention both on the research of environmental...
The use of ultrasonic energy in dyeing cotton fabrics with monochlorotriazine and vinylsulphone reac...
The application of ultrasound (US) in dyeing and washing industrial treatments is an important resea...
The application of ultrasounds in dyeing and washing industrial treatments is an important research...
The textile sector is closely linked to environmental pollution as a result of the use of toxic chem...
In the last years textile industries have focused their attention on the development of innovative e...
The application of ultrasonic energy on textile processing has a substantial effect on the fixation ...
Use of enzymes in different parts of textile finishing processes has become popular, and several enz...
The ultrasound (US) technology was applied to wool fabrics washing processes. The wool fabrics were ...
Washing of textile materials during the manufacturing period is a common process which needs enormou...
Alternative innovative finishing processes and methods in textile finishing processes are now very a...
In industrial textile pre-treatment and finishing processes, mass transfer and mass transport are of...
The possibility of reducing the temperature of conventional wool dyeing with an acid levelling dye u...
In industrial textile pre-treatment and finishing processes, mass transfer and mass transport are of...
The field of ultrasonics is still making strides towards perfection, but already many applications o...
In recent years the textile industry has focused its attention both on the research of environmental...
The use of ultrasonic energy in dyeing cotton fabrics with monochlorotriazine and vinylsulphone reac...
The application of ultrasound (US) in dyeing and washing industrial treatments is an important resea...
The application of ultrasounds in dyeing and washing industrial treatments is an important research...
The textile sector is closely linked to environmental pollution as a result of the use of toxic chem...
In the last years textile industries have focused their attention on the development of innovative e...
The application of ultrasonic energy on textile processing has a substantial effect on the fixation ...
Use of enzymes in different parts of textile finishing processes has become popular, and several enz...
The ultrasound (US) technology was applied to wool fabrics washing processes. The wool fabrics were ...
Washing of textile materials during the manufacturing period is a common process which needs enormou...
Alternative innovative finishing processes and methods in textile finishing processes are now very a...
In industrial textile pre-treatment and finishing processes, mass transfer and mass transport are of...
The possibility of reducing the temperature of conventional wool dyeing with an acid levelling dye u...
In industrial textile pre-treatment and finishing processes, mass transfer and mass transport are of...
The field of ultrasonics is still making strides towards perfection, but already many applications o...
In recent years the textile industry has focused its attention both on the research of environmental...
The use of ultrasonic energy in dyeing cotton fabrics with monochlorotriazine and vinylsulphone reac...