Abstract: Chemical modification of alginic acid has been done by ultrasonic irradiation to obtain its methylated, ethylated and isopropylated derivatives. The influence of ultrasonic frequency and power on esterification process of alginic acid has been investigated. Alginate derivatives have been characterized by degree of esterification (DE) and IR-FT spectroscopy. It has been found that 45 kHz ultrasonic frequency accelerated modification process as reduced the reaction time from 16 hours to 2 hours. The obtained results showed that ultrasound irradiation increased the reaction efficiency in methanol and depended on the ratio of the M/G
The irradiation of concentrated feeds of carbohydrates in alcoholic solution by high-frequency ultra...
AbstractAs the limitation of nonrenewable energy resourcesand for covering energy demand in future, ...
WOS: 000327904400063PubMed ID: 24029459The sonolytic degradation of butyric acid was investigated in...
In this study power ultrasound accelerated esterification reactions of some model substances and bil...
This work describes the ultrasound-assisted synthesis of saturated aliphatic esters from synthetic a...
Industrially practiced transesterification for biodiesel production can accept a restricted range of...
Esterification is one of the most preferred synthesis routes for organic esters which are most frequ...
Energy and vegetable oil prices have caused many biodiesel producers to turn to waste cooking oils a...
This study evaluated the production of fatty acid ethyl esters from fish oil using ultrasonic energy...
The term sonochemistry describes all chemical processes in which ultrasound irradiation is involved....
In this study the use of ultrasound and microwave for the production of biodiesel is investigated bo...
The introduction of high power ultrasound (i.e., sound energy with frequencies in the range 15 kHz t...
The present work aims at exploiting palm fatty acid distillate as a starting raw material for synthe...
International audienceOxidation of alcohols plays an important role in industrial chemistry. Novel g...
Most chemists regard sonochemistry as a relatively new branch of chemistry.However, applications of ...
The irradiation of concentrated feeds of carbohydrates in alcoholic solution by high-frequency ultra...
AbstractAs the limitation of nonrenewable energy resourcesand for covering energy demand in future, ...
WOS: 000327904400063PubMed ID: 24029459The sonolytic degradation of butyric acid was investigated in...
In this study power ultrasound accelerated esterification reactions of some model substances and bil...
This work describes the ultrasound-assisted synthesis of saturated aliphatic esters from synthetic a...
Industrially practiced transesterification for biodiesel production can accept a restricted range of...
Esterification is one of the most preferred synthesis routes for organic esters which are most frequ...
Energy and vegetable oil prices have caused many biodiesel producers to turn to waste cooking oils a...
This study evaluated the production of fatty acid ethyl esters from fish oil using ultrasonic energy...
The term sonochemistry describes all chemical processes in which ultrasound irradiation is involved....
In this study the use of ultrasound and microwave for the production of biodiesel is investigated bo...
The introduction of high power ultrasound (i.e., sound energy with frequencies in the range 15 kHz t...
The present work aims at exploiting palm fatty acid distillate as a starting raw material for synthe...
International audienceOxidation of alcohols plays an important role in industrial chemistry. Novel g...
Most chemists regard sonochemistry as a relatively new branch of chemistry.However, applications of ...
The irradiation of concentrated feeds of carbohydrates in alcoholic solution by high-frequency ultra...
AbstractAs the limitation of nonrenewable energy resourcesand for covering energy demand in future, ...
WOS: 000327904400063PubMed ID: 24029459The sonolytic degradation of butyric acid was investigated in...