private:xigonanotools
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760079
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Jun 4th, 2019 12:00AM
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Xigo Nanotools
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90
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5.00
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Open
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Nanotechnology
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Jun 4th, 2019 03:07PM
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Jun 4th, 2019 03:07PM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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Open
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nanoparticle technology, droplet measurement, surface area analysis, particle size distribution analysis, laboratory equipment, scientific instruments
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Open
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116 Research Drive
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Bethlehem
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Pennsylvania
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US
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18015
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 17th, 2018 12:00AM
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Xigo Nanotools
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54
|
6.00
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Open
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Nanotechnology
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Feb 17th, 2018 02:25PM
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Feb 17th, 2018 02:25PM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 16th, 2018 12:00AM
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Xigo Nanotools
|
54
|
6.00
|
Open
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Nanotechnology
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Feb 16th, 2017 08:15AM
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Feb 16th, 2017 08:15AM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 15th, 2018 12:00AM
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Xigo Nanotools
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54
|
6.00
|
Open
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Nanotechnology
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Feb 15th, 2017 10:07AM
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Feb 15th, 2017 10:07AM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 14th, 2018 12:00AM
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Xigo Nanotools
|
54
|
6.00
|
Open
|
Nanotechnology
|
Feb 14th, 2017 01:50PM
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Feb 14th, 2017 01:50PM
|
XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 13th, 2018 12:00AM
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Xigo Nanotools
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54
|
6.00
|
Open
|
Nanotechnology
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Feb 13th, 2017 04:11PM
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Feb 13th, 2017 04:11PM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 12th, 2018 12:00AM
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Xigo Nanotools
|
54
|
6.00
|
Open
|
Nanotechnology
|
Feb 12th, 2017 04:15AM
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Feb 12th, 2017 04:15AM
|
XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 11th, 2018 12:00AM
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Xigo Nanotools
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54
|
6.00
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Open
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Nanotechnology
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Feb 11th, 2017 05:35AM
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Feb 11th, 2017 05:35AM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
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760079
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Feb 10th, 2018 12:00AM
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Xigo Nanotools
|
54
|
6.00
|
Open
|
Nanotechnology
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Feb 10th, 2017 06:43AM
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Feb 10th, 2017 06:43AM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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private:xigonanotools
|
760079
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Feb 9th, 2018 12:00AM
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Xigo Nanotools
|
54
|
6.00
|
Open
|
Nanotechnology
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Feb 9th, 2017 08:57AM
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Feb 9th, 2017 08:57AM
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XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis
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XiGo Nanotools
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Basic Materials
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Chemicals
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