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stem eels spectrum imaging  (Gatan Inc)


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    Structured Review

    Gatan Inc stem eels spectrum imaging
    Stem Eels Spectrum Imaging, supplied by Gatan Inc, used in various techniques. Bioz Stars score: 98/100, based on 7161 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/stem+imaging/GIF+Continuum+and+Continuum+S/pm42020864-455-0-10
    Average 98 stars, based on 7161 article reviews
    stem eels spectrum imaging - by Bioz Stars, 2026-10
    98/100 stars

    Images

    Related Articles

    Imaging:

    Article Title: Pseudocapacitive Titanium Oxynitride Nanowires for Ultrahigh Capacitance Supercapacitors
    Article Snippet: High-resolution scanning transmission electron microscopy (STEM) and electron energy-loss spectroscopy (EELS) were acquired using a FEI/Thermo Titan Themis CryoS/TEM with a monochromator at 80 kV. .. The STEM images were taken with a 50 μm condenser aperture and convergence angle of 21.4 mrad to achieve a resolution of 1.2 Å. EELS spectrum was collected with a 50 μm condenser aperture and convergence angle of 21.4 mrad with a 5 times higher dose than STEM imaging with a Gatan Ultrascan detector with energy dispersion of 0.3 eV/channel. .. The crystallographic characterization was performed using a Bruker D8 advanced X-ray diffractometer (XRD) at 40 kV and 40 mA, and 2θ from 15° to 80° using CuKα radiation.

    Article Title: High Selectivity toward Photoreduction of Carbon Dioxide to Methane over Copper-Doped Titania: Investigations Using Operando Techniques
    Article Snippet: The photocatalytic reduction of CO2 to CH4 is a highly beneficial option from the perspective of both energy and the environment.. Several promising photocatalysts that selectively produce CH4 (C1) mainly comprise Cu in different oxidation states.. Since the CO2 reduction to CH4 is an 8 electron reaction, the formation of the different intermediates upon adsorption and photocatalytic reaction had to be discerned individually.

    Article Title: Strategic Secondary Ligand Selection for Enhanced Pore-Type Construction and Water Purification Capacity in Zeolitic Imidazolate Frameworks
    Article Snippet: .. This microscope was equipped with an X-FEG source, Gatan Rio16 CCD-camera, DigiSTEM II with HAADF detector for STEM imaging, and an EDAX-AMETEK Apollo XLTW SDD EDX detector. ..

    Article Title: Emergence of Interfacial Magnetism in Strongly-Correlated Nickelate-Titanate Superlattices.
    Article Snippet: .. [62] STEM imaging, EELS acquisition, and analysis are performed using GMS 3 (version 3.60) by Gatan. ..

    Article Title: Surface matters: A case study of the scale and impact of oxide surfaces via orbital polarization
    Article Snippet: .. The STEM imaging was done using a monochromated and double corrected Thermofisher Titan Themis G2 60–300 operated at 200 KeV and equipped with a Fischione HAADF-STEM detector and a Gatan 965 post column EELS detector. ..

    Article Title: Cooperative Atomically Dispersed Fe–N<sub>4</sub> and Sn–N<sub><i>x</i></sub> Moieties for Durable and More Active Oxygen Electroreduction in Fuel Cells
    Article Snippet: Transmission electron microscope (TEM) images were acquired using a JEOL JEM-2100F microscope operating at 200 kV. .. Aberrationcorrected STEM imaging and EELS point spectra were acquired on a Nion UltraSTEM equipped with a Gatan Enfina spectrometer, operated at 60 kV with a semiconvergence angle of ~ 31 mrad. .. EDS mapping was performed on a JEOL NEOARM equipped with dual JEOL SDDs, operated at 80 kV with a semiconvergence angle of ~ 28 mrad.

    Article Title: Suppressed Thermal Conductivity in van der Waals Semiconductor SnS<sub>2</sub> by Stacking Engineering
    Article Snippet: Structural and compositional analyses were conducted using a double Cs-corrected TEM (Themis Z, FEI) operating at 200 kV, equipped with a silicon drift detector (SDD) EDS system (Solid Angle 0.9-sr, X-MaxN 100TLE, OXFORD). .. STEM imaging was performed using a high-resolution CCD detector (2 2 k pixels) integrated with a GIF-QuantumER imaging filter (GATAN). ..

    Article Title: From Methane to Methanol: Pd-iC-CeO 2 Catalysts Engineered for High Selectivity via Mechanochemical Synthesis.
    Article Snippet: .. STEM imaging and STEM-EELS were performed using Hitachi HD2700C dedicated STEM with the probe Cs corrector and Gatan Enfinium EELS at an accelerating voltage of 200 kV in the Center for Functional Nanomaterials at Brookhaven National Laboratory. ..

    Dispersion:

    Article Title: Pseudocapacitive Titanium Oxynitride Nanowires for Ultrahigh Capacitance Supercapacitors
    Article Snippet: High-resolution scanning transmission electron microscopy (STEM) and electron energy-loss spectroscopy (EELS) were acquired using a FEI/Thermo Titan Themis CryoS/TEM with a monochromator at 80 kV. .. The STEM images were taken with a 50 μm condenser aperture and convergence angle of 21.4 mrad to achieve a resolution of 1.2 Å. EELS spectrum was collected with a 50 μm condenser aperture and convergence angle of 21.4 mrad with a 5 times higher dose than STEM imaging with a Gatan Ultrascan detector with energy dispersion of 0.3 eV/channel. .. The crystallographic characterization was performed using a Bruker D8 advanced X-ray diffractometer (XRD) at 40 kV and 40 mA, and 2θ from 15° to 80° using CuKα radiation.

    Energy Dispersive X-Ray:

    Article Title: High Selectivity toward Photoreduction of Carbon Dioxide to Methane over Copper-Doped Titania: Investigations Using Operando Techniques
    Article Snippet: The photocatalytic reduction of CO2 to CH4 is a highly beneficial option from the perspective of both energy and the environment.. Several promising photocatalysts that selectively produce CH4 (C1) mainly comprise Cu in different oxidation states.. Since the CO2 reduction to CH4 is an 8 electron reaction, the formation of the different intermediates upon adsorption and photocatalytic reaction had to be discerned individually.

    Microscopy:

    Article Title: Strategic Secondary Ligand Selection for Enhanced Pore-Type Construction and Water Purification Capacity in Zeolitic Imidazolate Frameworks
    Article Snippet: .. This microscope was equipped with an X-FEG source, Gatan Rio16 CCD-camera, DigiSTEM II with HAADF detector for STEM imaging, and an EDAX-AMETEK Apollo XLTW SDD EDX detector. ..

    Functional Assay:

    Article Title: From Methane to Methanol: Pd-iC-CeO 2 Catalysts Engineered for High Selectivity via Mechanochemical Synthesis.
    Article Snippet: .. STEM imaging and STEM-EELS were performed using Hitachi HD2700C dedicated STEM with the probe Cs corrector and Gatan Enfinium EELS at an accelerating voltage of 200 kV in the Center for Functional Nanomaterials at Brookhaven National Laboratory. ..



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    Assemblies of MAPbBr 3 NPLs. (a) <t>DF-STEM</t> and (b) <t>HAADF-STEM</t> <t>images</t> of lecithin-capped MAPbBr 3 NPL assemblies demonstrating sub-μm domain dimensions and face-to-face NPL stacking, respectively. (c) High-angle region of the XRD pattern of MAPbBr 3 NPL drop-cast film (dark blue line) displaying peaks at q > 1.0 Å –1 , attributed to the MAPbBr 3 phase, and the diffraction peaks corresponding to the NPL stacking (q = 2πn/d with d = 49 Å and n = 2–4, 6–9, marked with an asterisk). The n = 5 peak is absent as it is structurally too weak to be detected ( Figure S8 ). Black vertical lines denote reference reflections for single-crystal MAPbBr 3 ( Pm3̅m , ICSD 252415). (d) Low-angle region of the XRD pattern of MAPbBr 3 NPL drop-cast film (dark blue line), revealing the first peak ( n = 1, marked with an asterisk) corresponding to the NPL periodicity of 4.8 nm, depicted in (b). (e) 2D low-angle region of GIWAXS pattern showing the rings corresponding to the NPL periodicity. (f) The polar plot of the 2D GIWAXS pattern in the q < 1.4 Å –1 region. The rings corresponding to the periodic arrangement of NPL are transformed into vertical lines in the polar plot; the n = 5 reflection is absent. The ψ = ± 90° peaks at q = 1.06 Å –1 belong to the MAPbBr 3 phase (100 reflection in the cubic notation). (g) Azimuthally integrated 1D pattern in the q > 0.2 Å –1 region (dark blue line), revealing Bragg peaks for the MAPbBr 3 phase (black vertical lines) and the diffraction peaks corresponding to NPL stacking (marked with an asterisk).
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    Image Search Results


    Assemblies of MAPbBr 3 NPLs. (a) DF-STEM and (b) HAADF-STEM images of lecithin-capped MAPbBr 3 NPL assemblies demonstrating sub-μm domain dimensions and face-to-face NPL stacking, respectively. (c) High-angle region of the XRD pattern of MAPbBr 3 NPL drop-cast film (dark blue line) displaying peaks at q > 1.0 Å –1 , attributed to the MAPbBr 3 phase, and the diffraction peaks corresponding to the NPL stacking (q = 2πn/d with d = 49 Å and n = 2–4, 6–9, marked with an asterisk). The n = 5 peak is absent as it is structurally too weak to be detected ( Figure S8 ). Black vertical lines denote reference reflections for single-crystal MAPbBr 3 ( Pm3̅m , ICSD 252415). (d) Low-angle region of the XRD pattern of MAPbBr 3 NPL drop-cast film (dark blue line), revealing the first peak ( n = 1, marked with an asterisk) corresponding to the NPL periodicity of 4.8 nm, depicted in (b). (e) 2D low-angle region of GIWAXS pattern showing the rings corresponding to the NPL periodicity. (f) The polar plot of the 2D GIWAXS pattern in the q < 1.4 Å –1 region. The rings corresponding to the periodic arrangement of NPL are transformed into vertical lines in the polar plot; the n = 5 reflection is absent. The ψ = ± 90° peaks at q = 1.06 Å –1 belong to the MAPbBr 3 phase (100 reflection in the cubic notation). (g) Azimuthally integrated 1D pattern in the q > 0.2 Å –1 region (dark blue line), revealing Bragg peaks for the MAPbBr 3 phase (black vertical lines) and the diffraction peaks corresponding to NPL stacking (marked with an asterisk).

    Journal: ACS Nano

    Article Title: Ligand-Engineered Methylammonium Lead Bromide Nanoplatelets: Single-Photon Emission and Strong Light-Matter Coupling

    doi: 10.1021/acsnano.6c01048

    Figure Lengend Snippet: Assemblies of MAPbBr 3 NPLs. (a) DF-STEM and (b) HAADF-STEM images of lecithin-capped MAPbBr 3 NPL assemblies demonstrating sub-μm domain dimensions and face-to-face NPL stacking, respectively. (c) High-angle region of the XRD pattern of MAPbBr 3 NPL drop-cast film (dark blue line) displaying peaks at q > 1.0 Å –1 , attributed to the MAPbBr 3 phase, and the diffraction peaks corresponding to the NPL stacking (q = 2πn/d with d = 49 Å and n = 2–4, 6–9, marked with an asterisk). The n = 5 peak is absent as it is structurally too weak to be detected ( Figure S8 ). Black vertical lines denote reference reflections for single-crystal MAPbBr 3 ( Pm3̅m , ICSD 252415). (d) Low-angle region of the XRD pattern of MAPbBr 3 NPL drop-cast film (dark blue line), revealing the first peak ( n = 1, marked with an asterisk) corresponding to the NPL periodicity of 4.8 nm, depicted in (b). (e) 2D low-angle region of GIWAXS pattern showing the rings corresponding to the NPL periodicity. (f) The polar plot of the 2D GIWAXS pattern in the q < 1.4 Å –1 region. The rings corresponding to the periodic arrangement of NPL are transformed into vertical lines in the polar plot; the n = 5 reflection is absent. The ψ = ± 90° peaks at q = 1.06 Å –1 belong to the MAPbBr 3 phase (100 reflection in the cubic notation). (g) Azimuthally integrated 1D pattern in the q > 0.2 Å –1 region (dark blue line), revealing Bragg peaks for the MAPbBr 3 phase (black vertical lines) and the diffraction peaks corresponding to NPL stacking (marked with an asterisk).

    Article Snippet: TEM and STEM images were collected with a JEOL JEM 2200FS electron microscope operating at an accelerating voltage of 200 kV.

    Techniques: Transformation Assay