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Effects of different temperatures and additives on the metastable zone width precipitation kinetics of NaBO 2

In this study, the sodium metaborate, which is applicable in various industrial areas, and its metastable zone width that is very important for its production by crystallization, and its nucleation are investigated to obtain the necessary thermodynamic parameters. The polythermal and isothermal meth... Full description

Journal Title: Russian Journal of Physical Chemistry A 2014, Vol.88(3), pp.402-408
Main Author: Kaya, Mustafa
Other Authors: Ceyhan, Ayhan , Şahin, Ömer
Format: Electronic Article Electronic Article
Language: English
Subjects:
ID: ISSN: 0036-0244 ; E-ISSN: 1531-863X ; DOI: 10.1134/S0036024414030182
Link: http://dx.doi.org/10.1134/S0036024414030182
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recordid: springer_jour10.1134/S0036024414030182
title: Effects of different temperatures and additives on the metastable zone width precipitation kinetics of NaBO 2
format: Article
creator:
  • Kaya, Mustafa
  • Ceyhan, Ayhan
  • Şahin, Ömer
subjects:
  • sodium metaborate
  • sodium borohydride
  • nucleation
  • metastable zone width
  • impurities
ispartof: Russian Journal of Physical Chemistry A, 2014, Vol.88(3), pp.402-408
description: In this study, the sodium metaborate, which is applicable in various industrial areas, and its metastable zone width that is very important for its production by crystallization, and its nucleation are investigated to obtain the necessary thermodynamic parameters. The polythermal and isothermal method has been used for the measurement of metastable zone width. Metastable zone width of NaBO 2 has found at 9°C at average and cooling rate do not have any effect on it. In addition, the effect of sodium metaborate on the hydrogen storage capacity of sodium borohyride solutions that is known as one of the best hydrogen sources today is investigated at the various concentrations of sodium borohyride in the medium. Results have shown that three different areas emerged as the percentage of NaBH4 in the solution increased.
language: eng
source:
identifier: ISSN: 0036-0244 ; E-ISSN: 1531-863X ; DOI: 10.1134/S0036024414030182
fulltext: fulltext
issn:
  • 1531-863X
  • 1531863X
  • 0036-0244
  • 00360244
url: Link


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subjectsodium metaborate ; sodium borohydride ; nucleation ; metastable zone width ; impurities
descriptionIn this study, the sodium metaborate, which is applicable in various industrial areas, and its metastable zone width that is very important for its production by crystallization, and its nucleation are investigated to obtain the necessary thermodynamic parameters. The polythermal and isothermal method has been used for the measurement of metastable zone width. Metastable zone width of NaBO 2 has found at 9°C at average and cooling rate do not have any effect on it. In addition, the effect of sodium metaborate on the hydrogen storage capacity of sodium borohyride solutions that is known as one of the best hydrogen sources today is investigated at the various concentrations of sodium borohyride in the medium. Results have shown that three different areas emerged as the percentage of NaBH4 in the solution increased.
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titleEffects of different temperatures and additives on the metastable zone width precipitation kinetics of NaBO 2
descriptionIn this study, the sodium metaborate, which is applicable in various industrial areas, and its metastable zone width that is very important for its production by crystallization, and its nucleation are investigated to obtain the necessary thermodynamic parameters. The polythermal and isothermal method has been used for the measurement of metastable zone width. Metastable zone width of NaBO 2 has found at 9°C at average and cooling rate do not have any effect on it. In addition, the effect of sodium metaborate on the hydrogen storage capacity of sodium borohyride solutions that is known as one of the best hydrogen sources today is investigated at the various concentrations of sodium borohyride in the medium. Results have shown that three different areas emerged as the percentage of NaBH4 in the solution increased.
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titleEffects of different temperatures and additives on the metastable zone width precipitation kinetics of NaBO 2
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abstractIn this study, the sodium metaborate, which is applicable in various industrial areas, and its metastable zone width that is very important for its production by crystallization, and its nucleation are investigated to obtain the necessary thermodynamic parameters. The polythermal and isothermal method has been used for the measurement of metastable zone width. Metastable zone width of NaBO 2 has found at 9°C at average and cooling rate do not have any effect on it. In addition, the effect of sodium metaborate on the hydrogen storage capacity of sodium borohyride solutions that is known as one of the best hydrogen sources today is investigated at the various concentrations of sodium borohyride in the medium. Results have shown that three different areas emerged as the percentage of NaBH4 in the solution increased.
copMoscow
pubPleiades Publishing
doi10.1134/S0036024414030182
pages402-408
date2014-03