Sythesis of Ultranarine from The Shirasu and Zeolites.
Sythesis of Ultranarine from The Shirasu and Zeolites.
批准号:
05650963
负责人:
UEMURA Hisako
金额:
$1.28万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for General Scientific Research (C)
财政年份:
1993
资助国家:
日本
项目状态:
已结题
起止时间:
1993 至 1994
中文摘要
Shirasu被广泛分布,作为在Southenrn部分的火山升级上累积。我们调查了Shirasu、Na-P型沸石中的Ultramarine合成和在100-120 ℃过滤Na-P的羟基晶体,C.通过受控碱性条件下的羟基治疗,Shirasu早期转化为羟基和Na-P型沸石。随着氯化钠的增加,苏打水也随之增加。索达利特人(3Na_2O·3Al_2O_3·6SiO_2·2NaCl), hydroxysodalite(3Na_2O·3Al_2O_3·6SiO_2·2H_2O) and Ultramarine(3Na_2O·3Al_2O_3·6SiO_2·NaS_3)有相同的框架,因此, Shirasu被处理为各种硫酸盐(S,Na_2S,Na_2SO_4, Na_2S_2O_3)在120个C下的各种碱性条件下,用于将硫酸盐插入苏打框架。(S. S)将硫酸盐类似物包含从Shirasu、Na-P型沸石和P-过滤器,包括各种硫酸盐。但是,当一个大的硫磺(S,Na_2S)被添加时, Natrodavyne(3Na_2O·3Al_2O_3·6SiO_2·Na_2CO_3)在1250 μ C中捕获了蓝色-、红色-、黄色-和白色-Ultramarine,当在2-4分钟内捕获了各种不同类型的苏打框架S. S的硫酸。从Shirasu衍生出的S. S比Na-P型沸石更鲜艳,当计算颜色时,P-过滤。It was understanded that sulfur were contained 7.8%in S. S derived from Shirasu (8.6%in case of Ultramarine)。
英文摘要
Shirasu are widely distributed as accumulation of volcanic eruption over Southenrn part of Kyushu. We investigated on synthesis of Ultramarine from Shirasu, Na-P type zeolite and filtrate of Na-P by hydrothermal treament at 100-120゚C.By hydrothermal treatment under controled alkarine condition, the Shirasu was early transformed to hydroxysodalite and Na-P type zeolite. As the addition of NaCl was increased, sodalite was obtained. The sodalite (3Na_2O・3Al_2O_3・6SiO_2・2NaCl), hydroxysodalite (3Na_2O・3Al_2O_3・6SiO_2・2H_2O) and Ultramarine (3Na_2O・3Al_2O_3・6SiO_2・NaS_3) have a same framework.Therefore, Shirasu was treatmented with various Sulfurs (S,Na_2S,Na_2SO_4, Na_2S_2O_3) under various alkarine condition at 120゚C for insertion of Sulfur into sodalite framework.The sodalites framework (S.S) containing Sulfur similar to Ultramarine were derived from Shirasu, Na-P type zeolite and P-filtrate with various Sulfurs. But, when a large amount of sulfur (S,Na_2S) was added, Natrodavyne (3Na_2O・3Al_2O_3・6SiO_2・Na_2CO_3) was obtained.Blue-, red-, yellow-and white-Ultramarine were obtained when were calcinated various kind of sodalite framework S.S containing sulfur for 2-4 minute at 1250゚C.In conclusion, the S.S derived from Shirasu were more colorful than Na-P type zeolite and P-filtrate when calcinated for coloring. It was understanded that sulfur were contained 7.8% in S.S derived from Shirasu (8.6% in case of Ultramarine).
期刊论文(6)
专著(0)
科研奖励(0)
会议论文
Kenichi SOMEKAWA and Hisako UEMURA.: "Synthesis of Ultramarine from P-type Zeolites and The P-Filtrate." Kagoshima Science Research. 5. 59-69 (1994)
Kenichi SOMEKAWA 和 Hisako UEMURA.:“从 P 型沸石和 P 滤液合成群青。”
DOI:
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作者:
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通讯作者:
植村寿子他1名: "P型ゼオライトおよびP型合成後の濾液からのウルトラマリン合成" 鹿児島科学研究所研究報告. 5. 59-69 (1994)
Hisako Uemura等1:“从P型沸石和P型合成后的滤液合成群青”鹿儿岛科学研究所研究报告5. 59-69 (1994)。
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作者:
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通讯作者:
植村寿子 他1名: "P型ゼオライトおよびP型合成後の濾液からのウルトラマリン合成" 鹿児島科学研究所研究報告. 5. 59-69 (1994)
Hisako Uemura等1:“从P型沸石和P型合成后的滤液合成群青”鹿儿岛科学研究所报告5. 59-69(1994)。
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作者:
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通讯作者:
Synthesis ofHeatResistance Wall Material fconi Sliirasu in the Kagoshima Prefecture
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批准号:12650825
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项目类别:Grant-in-Aid for Scientific Research (C)
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资助金额:$1.92万
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财政年份:2000
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负责人:UEMURA Hisako
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依托单位:
海外基金