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拉曼光谱检测300年前耶稣会雕像
应用领域
建材/家具检测样品
砖/瓦/石材检测项目
拉曼光谱研究者对阿根廷布宜诺斯艾利斯自然科学博物馆收藏的一组来自殖民时期17-18世纪的南美邻国巴拉圭特立尼达耶稣会传教区（Jesuit Missions of La Santisima Trinidad）的木雕宗教艺术品进行了分析，并成功揭示出了木雕上所使用的黑色颜料的化学成分。事实上古人使用多的黑色颜料是碳基材料，少量使用铁、锰氧化物材料。而碳基材料的的存在形式则非常丰富多样，如石墨、木炭、煤炭、烟灰、泥炭等。本次分析的重点在于发现300年前的匠人究竟用了哪些或者哪种形式黑色“颜料”，同时或许可以知晓究竟用了什么样的方法（工艺）制作的。
暂无关联产品
用顺序型ICP—AES分析玻璃中的主要元素Al
应用领域
建材/家具检测样品
建筑玻璃检测项目
Al元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素B
应用领域
建材/家具检测样品
建筑玻璃检测项目
B元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Be
应用领域
建材/家具检测样品
建筑玻璃检测项目
Be元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Ca
应用领域
建材/家具检测样品
建筑玻璃检测项目
Ca元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Fe
应用领域
建材/家具检测样品
建筑玻璃检测项目
Fe元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素K
应用领域
建材/家具检测样品
建筑玻璃检测项目
K元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Li
应用领域
建材/家具检测样品
建筑玻璃检测项目
Li元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Mg
应用领域
建材/家具检测样品
建筑玻璃检测项目
Mg元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的Na元素
应用领域
建材/家具检测样品
建筑玻璃检测项目
Na元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的S元素
应用领域
建材/家具检测样品
建筑玻璃检测项目
S元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
玻璃样品的分析BA
应用领域
建材/家具检测样品
建筑玻璃检测项目
钡This application report shows that the ICP-AES is an appropriate technique for the analysis of glass samples due to the very large dynamic range. The high reproducibility of the ULTIMA was shown and enables a high throughput with less time needed for re-slope of the calibration curves. The accuracy for major elements was obtained using the internal standard.
共1台
玻璃样品的分析CA
应用领域
建材/家具检测样品
建筑玻璃检测项目
钙元素含量This application report shows that the ICP-AES is an appropriate technique for the analysis of glass samples due to the very large dynamic range. The high reproducibility of the ULTIMA was shown and enables a high throughput with less time needed for re-slope of the calibration curves. The accuracy for major elements was obtained using the internal standard.
共1台
玻璃样品的分析NA
应用领域
建材/家具检测样品
建筑玻璃检测项目
钠元素This application report shows that the ICP-AES is an appropriate technique for the analysis of glass samples due to the very large dynamic range. The high reproducibility of the ULTIMA was shown and enables a high throughput with less time needed for re-slope of the calibration curves. The accuracy for major elements was obtained using the internal standard.
共1台
玻璃样品的分析PB
应用领域
建材/家具检测样品
建筑玻璃检测项目
铅This application report shows that the ICP-AES is an appropriate technique for the analysis of glass samples due to the very large dynamic range. The high reproducibility of the ULTIMA was shown and enables a high throughput with less time needed for re-slope of the calibration curves. The accuracy for major elements was obtained using the internal standard.
共1台
玻璃样品的分析S
应用领域
建材/家具检测样品
建筑玻璃检测项目
硫This application report shows that the ICP-AES is an appropriate technique for the analysis of glass samples due to the very large dynamic range. The high reproducibility of the ULTIMA was shown and enables a high throughput with less time needed for re-slope of the calibration curves. The accuracy for major elements was obtained using the internal standard.
共1台
用ICP光谱法分析水泥中的主量元素AL
应用领域
建材/家具检测样品
水泥/混凝土检测项目
ALIt is particularly interesting to point out that HORIBA Scientific ICPs have the ability to analyze any type of sample for example, cements, where there is a high salt content due to alkali fusion. The advantage of the ULTIMA 2C is to simultaneously measure the major and trace elements with very high precision. It also enables you to measure an internal standard at the same time and with the same optics for all major elements, improving the repeatability and accuracy for these elements. The use of the sheath gas device originally patented by JY, enables analysis without clogging of the injector tube and to be able to run samples up to 300 g/L salt content. Given the above criteria, ICP emission spectrometry is suitable for analysis of the major and minor elements in cement.
共1台
用ICP光谱法分析水泥中的主量元素As
应用领域
建材/家具检测样品
水泥/混凝土检测项目
AsIt is particularly interesting to point out that HORIBA Scientific ICPs have the ability to analyze any type of sample for example, cements, where there is a high salt content due to alkali fusion. The advantage of the ULTIMA 2C is to simultaneously measure the major and trace elements with very high precision. It also enables you to measure an internal standard at the same time and with the same optics for all major elements, improving the repeatability and accuracy for these elements. The use of the sheath gas device originally patented by JY, enables analysis without clogging of the injector tube and to be able to run samples up to 300 g/L salt content. Given the above criteria, ICP emission spectrometry is suitable for analysis of the major and minor elements in cement.
共1台
用ICP光谱法分析水泥中的主量元素Ca
应用领域
建材/家具检测样品
水泥/混凝土检测项目
CaIt is particularly interesting to point out that HORIBA Scientific ICPs have the ability to analyze any type of sample for example, cements, where there is a high salt content due to alkali fusion. The advantage of the ULTIMA 2C is to simultaneously measure the major and trace elements with very high precision. It also enables you to measure an internal standard at the same time and with the same optics for all major elements, improving the repeatability and accuracy for these elements. The use of the sheath gas device originally patented by JY, enables analysis without clogging of the injector tube and to be able to run samples up to 300 g/L salt content. Given the above criteria, ICP emission spectrometry is suitable for analysis of the major and minor elements in cement.
共1台
用ICP光谱法分析水泥中的主量元素Cd
应用领域
建材/家具检测样品
水泥/混凝土检测项目
CdIt is particularly interesting to point out that HORIBA Scientific ICPs have the ability to analyze any type of sample for example, cements, where there is a high salt content due to alkali fusion. The advantage of the ULTIMA 2C is to simultaneously measure the major and trace elements with very high precision. It also enables you to measure an internal standard at the same time and with the same optics for all major elements, improving the repeatability and accuracy for these elements. The use of the sheath gas device originally patented by JY, enables analysis without clogging of the injector tube and to be able to run samples up to 300 g/L salt content. Given the above criteria, ICP emission spectrometry is suitable for analysis of the major and minor elements in cement.
共1台
用ICP光谱法分析水泥中的主量元素Cr
应用领域
建材/家具检测样品
水泥/混凝土检测项目
CrIt is particularly interesting to point out that HORIBA Scientific ICPs have the ability to analyze any type of sample for example, cements, where there is a high salt content due to alkali fusion. The advantage of the ULTIMA 2C is to simultaneously measure the major and trace elements with very high precision. It also enables you to measure an internal standard at the same time and with the same optics for all major elements, improving the repeatability and accuracy for these elements. The use of the sheath gas device originally patented by JY, enables analysis without clogging of the injector tube and to be able to run samples up to 300 g/L salt content. Given the above criteria, ICP emission spectrometry is suitable for analysis of the major and minor elements in cement.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Al
应用领域
建材/家具检测样品
建筑玻璃检测项目
Al元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素B
应用领域
建材/家具检测样品
建筑玻璃检测项目
B元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Ba
应用领域
建材/家具检测样品
建筑玻璃检测项目
Ba元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Ca
应用领域
建材/家具检测样品
建筑玻璃检测项目
Ca元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
用顺序型ICP—AES分析玻璃中的主要元素Fe
应用领域
建材/家具检测样品
建筑玻璃检测项目
Fe元素The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
HORIBA Scientific：用顺序型ICP—AES分析玻璃中的主要元素B2O3
应用领域
建材/家具检测样品
建筑玻璃检测项目
B2O3The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
HORIBA Scientific：用顺序型ICP—AES分析玻璃中的主要元素SiO2
应用领域
建材/家具检测样品
建筑玻璃检测项目
SiO2The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
HORIBA Scientific：用顺序型ICP—AES分析玻璃中的主要元素Fe2O3
应用领域
建材/家具检测样品
建筑玻璃检测项目
Fe2O3The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
HORIBA Scientific：用顺序型ICP—AES分析玻璃中的主要元素ZrO2
应用领域
建材/家具检测样品
建筑玻璃检测项目
ZrO2The relatively clean spectrum of glass constituents enables the use of the JY 2000-2 without the need of the high resolution of the ULTIMA 2. The results show excellent agreement with expected results for all element, both major constituents and traces. The use of sequential internal standard has been shown to compensate for any viscosity differences between the samples and standards. The speed of analysis of less than 2 minutes for the 10 elements determined, and the detection limits achieved, are more than adequate for laboratories doing ordinary glass analysis. Although both acid and fusion methods were tried, afusion would appear to fulfil the requirements of full analysis in one sample preparation. If lower detection limits are required for some of the trace elements, then an HF acid digestion will be required as well.
共1台
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