Jülich DATA

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Jülich DATA is the central institutional repository for research data of Forschungszentrum Jülich.

It serves as a platform for all research data generated at Forschungszentrum Jülich or created in this context. Please feel welcome to index your research data here.

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211 to 220 of 25,083 Results

A241204.172819.L0156.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.4 KB - SHA-256: e99ad2e1cdae69c1dbc887194eb0c3e31c1916fb894482b3a6d2706cdecf0b0c
A241204.172819.L0157.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.5 KB - SHA-256: 487e4afdef0951b2fc1a87a8e59f8c4e008d1c99b990a56bbe6f5c4373600e5e
A241204.172819.L0158.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.4 KB - SHA-256: 4b18bb21a5f1ccf0212055672be8418e8f59028db5ca7973a6146d953a05458b
A241204.172819.L0159.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.4 KB - SHA-256: d8760cd2dc1624ac99c9030c37723686dadddb7c68a18bc18782c42b37e23441
A241204.172819.L0160.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.6 KB - SHA-256: 753fb8b714171b2847106486f9f4a5287354b1420ff550d4639c7f8357763354
A241204.172819.L0161.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.5 KB - SHA-256: c7e87cf426d4ff2125f42995cfeee58ea17f7f89567af8301656286ffd330caf
A241204.172819.L0162.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.7 KB - SHA-256: ee768d9bcbc4165f5de0e84081eada74712fcc2e67bb23b30783239575150892
A241204.172819.L0163.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.5 KB - SHA-256: c023f0c44bc457ce7009304515f877d149c0c6dfd690cbccb7b9e4a4c7715d80
A241204.172819.L0164.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.5 KB - SHA-256: 7900f65b5eafcf9b082c1d6901cbe079766967dcfb45741adafa42079103b96e
A241204.172819.L0165.VERT.h5 Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition Hierarchical Data Format - 88.4 KB - SHA-256: a1b56fe9e7842b3e729e63e8bd310334442798d8492b7574c02b830c2493f2c4

A241204.172819.L0156.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.4 KB - SHA-256: e99ad2e1cdae69c1dbc887194eb0c3e31c1916fb894482b3a6d2706cdecf0b0c

A241204.172819.L0157.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.5 KB - SHA-256: 487e4afdef0951b2fc1a87a8e59f8c4e008d1c99b990a56bbe6f5c4373600e5e

A241204.172819.L0158.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.4 KB - SHA-256: 4b18bb21a5f1ccf0212055672be8418e8f59028db5ca7973a6146d953a05458b

A241204.172819.L0159.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.4 KB - SHA-256: d8760cd2dc1624ac99c9030c37723686dadddb7c68a18bc18782c42b37e23441

A241204.172819.L0160.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.6 KB - SHA-256: 753fb8b714171b2847106486f9f4a5287354b1420ff550d4639c7f8357763354

A241204.172819.L0161.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.5 KB - SHA-256: c7e87cf426d4ff2125f42995cfeee58ea17f7f89567af8301656286ffd330caf

A241204.172819.L0162.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.7 KB - SHA-256: ee768d9bcbc4165f5de0e84081eada74712fcc2e67bb23b30783239575150892

A241204.172819.L0163.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.5 KB - SHA-256: c023f0c44bc457ce7009304515f877d149c0c6dfd690cbccb7b9e4a4c7715d80

A241204.172819.L0164.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.5 KB - SHA-256: 7900f65b5eafcf9b082c1d6901cbe079766967dcfb45741adafa42079103b96e

A241204.172819.L0165.VERT.h5

Jun 18, 2026 - Data used in: Spatial homogeneity of superconducting order parameter in NbN films grown by atomic layer deposition

Hierarchical Data Format - 88.4 KB - SHA-256: a1b56fe9e7842b3e729e63e8bd310334442798d8492b7574c02b830c2493f2c4

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