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diffuse reflectance spectroscopy drs analysis  (JASCO Inc)
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JASCO Inc diffuse reflectance spectroscopy drs analysis
Diffuse Reflectance Spectroscopy Drs Analysis, supplied by JASCO Inc, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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diffuse reflectance uv  (Hitachi Ltd)
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( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Diffuse Reflectance Uv, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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internal diffuse reflectance accessory dra 2500  (Varian Medical)
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Varian Medical internal diffuse reflectance accessory dra 2500
( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Internal Diffuse Reflectance Accessory Dra 2500, supplied by Varian Medical, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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spectralon white diffuse reflectance standard  (Labsphere Inc)
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( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Spectralon White Diffuse Reflectance Standard, supplied by Labsphere Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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spectralon diffuse reflectance standard  (Labsphere Inc)
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Labsphere Inc spectralon diffuse reflectance standard
( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Spectralon Diffuse Reflectance Standard, supplied by Labsphere Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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diffuse reflectance panel  (Labsphere Inc)
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Labsphere Inc diffuse reflectance panel
( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Diffuse Reflectance Panel, supplied by Labsphere Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/diffuse reflectance panel/product/Labsphere Inc
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uh4150  (Hitachi Ltd)
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Hitachi Ltd uh4150
( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Uh4150, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/uh4150/product/Hitachi Ltd
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spectralon diffuse reflectance reference panel  (Labsphere Inc)
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Labsphere Inc spectralon diffuse reflectance reference panel
( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Spectralon Diffuse Reflectance Reference Panel, supplied by Labsphere Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/spectralon diffuse reflectance reference panel/product/Labsphere Inc
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diffuse reflectance spectroscopy  (Scinco Inc)
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Scinco Inc diffuse reflectance spectroscopy
( <t>A</t> <t>)</t> <t>UV-vis-NIR</t> absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.
Diffuse Reflectance Spectroscopy, supplied by Scinco Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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( A ) UV-vis-NIR absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.

Journal: Science Advances

Article Title: Super-stable two-dimensional radical conjugated metal-organic frameworks for efficient NIR-II photothermal conversion

doi: 10.1126/sciadv.aec7519

Figure Lengend Snippet: ( A ) UV-vis-NIR absorption spectra of 2D c-MOF films (self-assembled on glass-based substrates), with data normalized to the absorption peak in the NIR-II region. ( B ) Simulated absorption spectra of different molecular segments, including the small-conjugated, noncoordinated fragment without radicals (H-DAI); the small-conjugated, noncoordinated fragment with radicals (H-DAI-2H); the small-conjugated, coordinated fragment with radicals (Ni-2-H-DAI); the extended-conjugated, noncoordinated fragment without radicals (ligand, H-HATI); the extended-conjugated, noncoordinated fragment with radicals (H-HATI-2H); and the extended-conjugated and coordinated fragment with radicals (Ni-2-H-HATI). ( C ) Electron-hole distributions of H-CMOF (left) and Me-CMOF (right) corresponding to the NIR-II-related transition. ( D and E ) Effect of alkyl chains on electrostatic potential distribution (D) and molecular configuration (E) of 2D c-MOFs. ( F ) High-resolution XPS spectrum of Ni (2p) for 2D c-MOFs.

Article Snippet: The reflection spectra of 2D c-MOFs solid-state films were measured on a diffuse reflectance UV-vis-NIR absorption spectrometer (UH4150, Hitachi Co.) at the Renmin University of China Analysis Center (fig. S28A).

Techniques: