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... high pressure to matter significantly alters the interatomic distances, and thus, the energy landscape by influencing the nature of the intermolecular interactions, the chemical bonding, the molecular configurations, the crystal structures and the stability of materials. New classes of materials hav ...
... high pressure to matter significantly alters the interatomic distances, and thus, the energy landscape by influencing the nature of the intermolecular interactions, the chemical bonding, the molecular configurations, the crystal structures and the stability of materials. New classes of materials hav ...
Study on the Anode-to-Cathode Distance in an Aluminum Reduction
... long as the current efficiency (CE) is constant. The electrical power loss from the bath resistance as a result of the current increase can be reduced by decreasing the anode-to-cathode distance (ACD). This is preferred to make sure that the pots stay inside an operational resistance load window where ...
... long as the current efficiency (CE) is constant. The electrical power loss from the bath resistance as a result of the current increase can be reduced by decreasing the anode-to-cathode distance (ACD). This is preferred to make sure that the pots stay inside an operational resistance load window where ...
Discoveries of New Topological STates of Matter Beyond Topological Insulators
... the topological Dirac semimetal phase in Cd3 As2 and Na3 Bi (featuring Fermi arc surface states), evidence for the topological Kondo insulator state in SmB6 , and the demonstration of superconductivity and magnetism in the surface states of the prototypic TI Bi2 Se3 . Each of these new states exhibi ...
... the topological Dirac semimetal phase in Cd3 As2 and Na3 Bi (featuring Fermi arc surface states), evidence for the topological Kondo insulator state in SmB6 , and the demonstration of superconductivity and magnetism in the surface states of the prototypic TI Bi2 Se3 . Each of these new states exhibi ...
Titania-Silica Composites - Scientific Research Publishing
... Titania has several forms, but the two main crystal structures that most researchers focus on are rutile and anatase [3]. These two crystal forms are both tetragonal structures in which titanium atoms are 6-coordinated in an octahedral formation. The band gap of rutile is 3.0 eV and the band gap of ...
... Titania has several forms, but the two main crystal structures that most researchers focus on are rutile and anatase [3]. These two crystal forms are both tetragonal structures in which titanium atoms are 6-coordinated in an octahedral formation. The band gap of rutile is 3.0 eV and the band gap of ...
Read the Nobel Lecture
... efficient light emission. Meanwhile, although ZnSe and GaN as summarized in Table 1 were known to be direct bandgap semiconductors, it was difficult to grow large bulk crystals of these materials, and no p-type crystals had been realized at that time. When it is difficult to produce large bulk cryst ...
... efficient light emission. Meanwhile, although ZnSe and GaN as summarized in Table 1 were known to be direct bandgap semiconductors, it was difficult to grow large bulk crystals of these materials, and no p-type crystals had been realized at that time. When it is difficult to produce large bulk cryst ...
Heterogeneous Nanonucleants - Manuscript - FINAL
... Also relevant in nucleation is the specific chemical interaction between nucleant substrate and crystallising molecule, which may well dominate [43]. In solution phase crystallisation, when both the solute and solvent are polar, the polarisation effect governs the ability of solute molecule to adsor ...
... Also relevant in nucleation is the specific chemical interaction between nucleant substrate and crystallising molecule, which may well dominate [43]. In solution phase crystallisation, when both the solute and solvent are polar, the polarisation effect governs the ability of solute molecule to adsor ...
Investigation of deep levels in bulk GaN Tran Thien Duc
... bandgap of 0.64 eV) enables the ability to easily control the width of the bandgap by making compound with aluminium (Al) for larger one and indium (In) for smaller one. This property makes it advantageous for optoelectronics devices working in short wavelength range [3]–[6] such as blue and ultravi ...
... bandgap of 0.64 eV) enables the ability to easily control the width of the bandgap by making compound with aluminium (Al) for larger one and indium (In) for smaller one. This property makes it advantageous for optoelectronics devices working in short wavelength range [3]–[6] such as blue and ultravi ...
Full Text
... prepared using a two-step synthetic process. This process facilitates control over the underlying network of the trinodal system and offers many potential variations of nodes, thereby rendering the asc topology into a fine-tunable platform that is well-suited to target specific properties. The proto ...
... prepared using a two-step synthetic process. This process facilitates control over the underlying network of the trinodal system and offers many potential variations of nodes, thereby rendering the asc topology into a fine-tunable platform that is well-suited to target specific properties. The proto ...
TRIARYLBORON COMPOUNDS AND THEIR PLATINUM(II) COMPLEXES: PHOTOPHYSICAL PROPERTIES AND APPLICATIONS IN OPTOELECTRONICS
... were prepared incorporating these materials as dopants, including the first example of a Pt(II)-based OLED with an external quantum efficiency >20%. Triarylboron-containing Pt(II) complexes of Nheterocyclic carbenes were also prepared. Using this design, blue to blue-green phosphorescence was achiev ...
... were prepared incorporating these materials as dopants, including the first example of a Pt(II)-based OLED with an external quantum efficiency >20%. Triarylboron-containing Pt(II) complexes of Nheterocyclic carbenes were also prepared. Using this design, blue to blue-green phosphorescence was achiev ...