1,370,038 research outputs found
Le conte du Mantel, texte français des dernières années du XIIIe siècle
No full textWulff F.-A. Le conte du Mantel, texte français des dernières années du XIIIe siècle. In: Romania, tome 14 n°55-56, 1885. pp. 343-380
Epistola Gamica Ad ... Dn. Gregorium Wulff/ Iurium Doctorem Amicum non e multis. Cum Virgine ... Sophia Elisabetha a Neckerin Auspicatissimas Nuptias celebraturum Benevoli Adfectus documento festinatissimo L. M. Q.
No full textEPISTOLA GAMICA AD ... DN. GREGORIUM WULFF/ IURIUM DOCTOREM AMICUM NON E MULTIS. CUM VIRGINE ... SOPHIA ELISABETHA A NECKERIN AUSPICATISSIMAS NUPTIAS CELEBRATURUM BENEVOLI ADFECTUS DOCUMENTO FESTINATISSIMO L. M. Q.
Epistola Gamica Ad ... Dn. Gregorium Wulff/ Iurium Doctorem Amicum non e multis. Cum Virgine ... Sophia Elisabetha a Neckerin Auspicatissimas Nuptias celebraturum Benevoli Adfectus documento festinatissimo L. M. Q. ([1])
Titelseite ([1])
Text ([1]
Wulff-Based Approach to Modeling the Plasmonic Response of Single Crystal, Twinned, and Core–Shell Nanoparticles
No full textThe growing interest
in plasmonic nanoparticles and their increasingly
diverse applications is fuelled by the ability to tune properties
via shape control, promoting intense experimental and theoretical
research. Such shapes are dominated by geometries that can be described
by the kinetic Wulff construction such as octahedra, thin triangular
platelets, bipyramids, and decahedra, to name a few. Shape is critical
in dictating the optical properties of these nanoparticles, in particular
their localized surface plasmon resonance behavior, which can be modeled
numerically. One challenge of the various available computational
techniques is the representation of the nanoparticle shape. Specifically,
in the discrete dipole approximation, a particle is represented by
discretizing space via an array of uniformly distributed points-dipoles;
this can be difficult to construct for complex shapes including those
with multiple crystallographic facets, twins, and core–shell
particles. Here, we describe a standalone user-friendly graphical
user interface (GUI) that uses both kinetic and thermodynamic Wulff
constructions to generate a dipole array for complex shapes, as well
as the necessary input files for DDSCAT-based numerical approaches.
Examples of the use of this GUI are described through three case studies
spanning different shapes, compositions, and shell thicknesses. Key
advances offered by this approach, in addition to simplicity, are
the ability to create crystallographically correct structures and
the addition of a conformal shell on complex shapes
Wulff-Based Approach to Modeling the Plasmonic Response of Single Crystal, Twinned, and Core–Shell Nanoparticles
No full textThe growing interest
in plasmonic nanoparticles and their increasingly
diverse applications is fuelled by the ability to tune properties
via shape control, promoting intense experimental and theoretical
research. Such shapes are dominated by geometries that can be described
by the kinetic Wulff construction such as octahedra, thin triangular
platelets, bipyramids, and decahedra, to name a few. Shape is critical
in dictating the optical properties of these nanoparticles, in particular
their localized surface plasmon resonance behavior, which can be modeled
numerically. One challenge of the various available computational
techniques is the representation of the nanoparticle shape. Specifically,
in the discrete dipole approximation, a particle is represented by
discretizing space via an array of uniformly distributed points-dipoles;
this can be difficult to construct for complex shapes including those
with multiple crystallographic facets, twins, and core–shell
particles. Here, we describe a standalone user-friendly graphical
user interface (GUI) that uses both kinetic and thermodynamic Wulff
constructions to generate a dipole array for complex shapes, as well
as the necessary input files for DDSCAT-based numerical approaches.
Examples of the use of this GUI are described through three case studies
spanning different shapes, compositions, and shell thicknesses. Key
advances offered by this approach, in addition to simplicity, are
the ability to create crystallographically correct structures and
the addition of a conformal shell on complex shapes
Ann Wulff: Photomedia
No full text6 April 1988. Side A: Presentation (continued), discussion. -- Side B: Presentation
A new characterization of the Wulff Shape
No full textWe prove a new charcaterization of the Wulff shape in termes of higher order anisotropic mean curvatures. Namely, if a closed, connnected and oriented hypersurface of the Euclidean space has a constant higher order anisotropic mean curvature H F r and another one H F s almost constant, then it is the Wullf shape, up to translations and homotheties.</div
Erträge, K-Gehalte des Bodens sowie K-Auswaschung infolge von K-Düngung auf Sandböden bei Walsrode.
No full textWulff House
No full textThe Wulff House, built by German immigrant Anton Wulff c. 1870, stands at the entrance to King William Street. The three-story, Italianate style house features random coursed ashlar limestone walls, a distinctive tower room, and a raised basement. Wulff, who came to Texas in 1848 and settled in San Antonio in the 1850�s, became a prominent local merchant, as well as an alderman, and the city�s first parks commissioner
Topological aspect of Wulff shapes
No full textIn this paper we investigate Wulff shapes in Rⁿ⁺¹ (n ≥ 0) from the topological viewpoint. A topological characterization of the limit of Wulff shapes and the dual Wulff shape of the given Wulff shape are provided. Moreover, we show that the given Wulff shape is never a polytope if its support function is of class C¹. Several characterizations of the given Wulff shape from the viewpoint of pedals are also provided. One of such characterizations may be regarded as a bridge between the mathematical aspect of crystals at equilibrium and the mathematical aspect of perspective projections
F. R. Wulff Motor Company, north side of the public square, Brady, Texas
No full textPhotograph shows front of the building with sign reading: "F. R. Wulff / Dodge Brothers Motor Cars." Located on W. Main Street at N. Church. In foreground is truck pulling a trailer
- …
