Mössbauer Studies of Core-Shell FeO/Fe3O4 Nanoparticles. Electron microscopy revealed that these nanoparticles were of the
core-shell type and had a spherical shape
The effect of low-temperature auto-ignition of W–Cu2O nanopowders with core-shell structure heating. The structural investigation shows that particles have a
core-shell structure, increasing a
Analytical Calculation of Momentless Conical Shell with Elliptical Base of thin conical
shells with elliptical
base and also for the investigation of stability of these
shells THE SHELL DESIGNING ON THE BASK OF JOACHIMSTHAL'S CHANNEL SURFACESThe possibility of
shell designing on the
base of Joachimsthal's channel surfaces are considered
Environmentally stable Mn-doped CsPbX3@CsPb2X5 core–shell materials with efficient energy transferChen Zhang,
Luxia Xu,
Minqiang Wang,
Zheyuan Da,
Jindou Shi,
Junnan Wang,
Qing Yao,
Jinshou Tian,
Gaponenko, N. V.,
Youlong Xu of the material.
Here, we propose a convenient
core–shell coating strategy to epitaxially grow a CsPb2X5
shell Studies of geometry and calculation of torso shells of an equal slope of construction and calculation of torso
shells of the same slope with a guide ellipse at the
base. To assess
Ligand dynamics and temperature effects upon formation of nanocomposites based on semiconductor CdSе/ZnS quantum dots and porphyrinsZenkevich, E. I.,
Blaudeck, T.,
Kowerko, D.,
Stupak, A. P.,
Cichos, F.,
von Borczyskowski, C. of tri-n-octylphosphine oxide capping
shell. In a low temperature range of 220÷240 K related changes
Contact interaction of the plate with supporting deformable bases under the conditions of bending and resting support elements of finite length, which are transversally soft
bases for the plate. The research
Method for optimizing the shell of open pit mines based on parallel computingMethod for optimizing the
shell of open pit mines
based on parallel computing