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LiS_Cathode_Subvolume4_3D_Segmented_Image_272x256x131.tif
The tiff image is the subvolume4 extracted from the full segmented image of the Lithium-Sulfur battery cathode in the referenced paper. The volume of the image is 272 x 256 x... -
LiS_Cathode_Full_Grayscale_Image_1250x1150x131.tif
The tiff image is a grayscale image that is a cuboid cut from the obtained raw origin image of Lithium-Sulfur cathode used in the referenced paper , the size of the volume is... -
Figure raw data for manuscript entitled 'Puncture Failure Size Probability Di...
The dataset contains the research data for the manuscript entitled ‘Puncture Failure Size Probability Distribution for CO2 Pipelines’ which is submitted to Internaltional... -
LiS_Cathode_Orgin_Grayscale.tif
The tiff image is the raw origin grayscale image that is obtained directly from X-ray CT technique for the Lithium-Sulfur battery cathode used in the referenced paper, which is... -
LiS_Cathode_Subvolume1_3D_Model.mph
This mph file is a modelling file. The modeling file is used for simulating the 3D electrochemical reactions of a Lithium-Sulfur battery galvanostatic discharge process. The... -
3D Dendritic Microstructure (1 mA)
The Zn||separator||Zn Swagelok cell was scanned in the fresh state as well as after 120-minutes electrodeposition under two different currents (1 mA) using a Nikon XTH 225... -
LiS_Cathode_Subvolume1_3D_Segmented_Image_272x256x131.tif
The tiff image is the subvolume 1 which is extracted from the full segmented image of the Lithium-Sulfur battery cathode in the referenced paper. The volume of the image is 272... -
LiS_Cathode_Subvolume4_3D_Model.mph
This mph file is a modelling file. The modeling file is used for simulating the 3D electrochemical reactions of a Lithium-Sulfur battery galvanostatic discharge process. The... -
3D Dendritic Microstructure (0.1 mA)
The Zn||separator||Zn Swagelok cell was scanned in the fresh state as well as after 120-minutes electrodeposition under two different currents (0.1 mA) using a Nikon XTH 225... -
LiS_Cathode_Subvolume3_3D_Model.mph
This mph file is a modelling file. The modeling file is used for simulating the 3D electrochemical reactions of a Lithium-Sulfur battery galvanostatic discharge process. The... -
LiS_Cathode_Subvolume2_3D_Model.mph
This mph file is a modelling file. The modeling file is used for simulating the 3D electrochemical reactions of a Lithium-Sulfur battery galvanostatic discharge process. The... -
X-ray nano CT of Carbon-Sulfur Cathode@1st Cycle ChargeState
The S/C cathode was scanned by lab-based X-ray nano-scale CT scanner (Zeiss Xradia 810 Ultra, Carl Zeiss Inc.). 1601 projections were obtained for the specimen. The standard... -
Formation of Zn Dendrites (6 mA)
Operando observation of dynamic dendritic formation and dissolution within the symmetric Zn||Zn cell was performed with a 4K digital microscope (Keyence VHX-7000, Japan). A 50×... -
LiS_Cathode_Subvolume2_3D_Segmented_Image_272x256x131.tif
The tiff image is the subvolume2 extracted from the full segmented image of the Lithium-Sulfur battery cathode in the referenced paper. The volume of the image is 272 x 256 x... -
LiS_Cathode_Full_3D_Segmented_Image_1250x1150x131.tif
The tiff image is a segmented image of the Lithium-Sulfur cathode used in the referenced paper. The image is obtained using the combination of watershed segmentation and manual... -
Formation of Zn Dendrites (6 mA & 1 mA)
Operando observation of dynamic dendritic formation and dissolution within the symmetric Zn||Zn cell was performed with a 4K digital microscope (Keyence VHX-7000, Japan). A 50×... -
LiS_Cathode_Subvolume3_3D_Segmented_Image_272x256x131.tif
The tiff image is the subvolume3 extracted from the full segmented image of the Lithium-Sulfur battery cathode in the referenced paper. The volume of the image is 272 x 256 x... -
Formation of Zn Dendrites (10 mA)
Operando observation of dynamic dendritic formation and dissolution within the symmetric Zn||Zn cell was performed with a 4K digital microscope (Keyence VHX-7000, Japan). A 50×... -
X-ray nano CT of Carbon-Sulfur Cathode@3rd Cycle ChargeState
The S/C cathode was scanned by lab-based X-ray nano-scale CT scanner (Zeiss Xradia 810 Ultra, Carl Zeiss Inc.). 1601 projections were obtained for the specimen. The standard... -
Carbon-Sulfur Cathode@Pristine State
The S/C cathode was scanned by lab-based X-ray nano-scale CT scanner (Zeiss Xradia 810 Ultra, Carl Zeiss Inc.). 1601 projections were obtained for the specimen. The standard...
