Add to ORKGThe study focusses on influence of physical activation (temperature) and chemical activation (HNO3 concentration, NifiON concentration) on coconut charcoal capability to adsorp radionuclide 32P and 1311, in anionic form. The result indicated that physical activation (temperature) gives a significant decontamination factor meanwhile chemical activation (HNO3 and NH.,OH concentration) doesnot provide a significant decontamination factor. The best results is obtained if coconut charcoal is dried at 600\u27C and reacted with 1, 75 M HNO3. Keywords: Radionuclide, activation, dicontamination charcoal
Coconut shell charcoal was converted into activated carbon by means of dry distillation method at ap...
This study aimed to determine coconut shell-activated charcoal's ability in the bleaching process of...
Preparation of four different size mesh coconut shell charcoal (CSC) particles was described. Compro...
The study focusses on influence of physical activation (temperature) and chemical activation (HNO3 c...
The coconut husk contains high cellulose, so it can be processed as a basic materials to make activa...
Radon (Rn-222) thoron (Rn-220), and their decay products contribute a major fraction (more than 50%)...
Study for improving the recovery and quality of activated charcoal through the combination of chemic...
Study for improving the recovery and quality of activated charcoal through the combination of chemic...
A study of iodine isotope adsorption using activated carbon made from coconut shell coal has been co...
Treatment of the contaminated aqueous solutions to improve their quality is indispensible for their ...
In this study, we want to see the effect of chemical activation on coconut shell charcoal to absorb ...
Activated carbon which has a high adsorption capacity for the adsorbate. Activated carboncan be prod...
The aim of this work was to synthesis of activated carbon from pyrolysis of coconut shell through 2 ...
Coefficients of adsorption (Henry’s constants) of noble gases (argon, krypton, xenon) on activated c...
This study aims to examine the effectiveness of activated charcoal from coconut shells for water pur...
Coconut shell charcoal was converted into activated carbon by means of dry distillation method at ap...
This study aimed to determine coconut shell-activated charcoal's ability in the bleaching process of...
Preparation of four different size mesh coconut shell charcoal (CSC) particles was described. Compro...
The study focusses on influence of physical activation (temperature) and chemical activation (HNO3 c...
The coconut husk contains high cellulose, so it can be processed as a basic materials to make activa...
Radon (Rn-222) thoron (Rn-220), and their decay products contribute a major fraction (more than 50%)...
Study for improving the recovery and quality of activated charcoal through the combination of chemic...
Study for improving the recovery and quality of activated charcoal through the combination of chemic...
A study of iodine isotope adsorption using activated carbon made from coconut shell coal has been co...
Treatment of the contaminated aqueous solutions to improve their quality is indispensible for their ...
In this study, we want to see the effect of chemical activation on coconut shell charcoal to absorb ...
Activated carbon which has a high adsorption capacity for the adsorbate. Activated carboncan be prod...
The aim of this work was to synthesis of activated carbon from pyrolysis of coconut shell through 2 ...
Coefficients of adsorption (Henry’s constants) of noble gases (argon, krypton, xenon) on activated c...
This study aims to examine the effectiveness of activated charcoal from coconut shells for water pur...
Coconut shell charcoal was converted into activated carbon by means of dry distillation method at ap...
This study aimed to determine coconut shell-activated charcoal's ability in the bleaching process of...
Preparation of four different size mesh coconut shell charcoal (CSC) particles was described. Compro...