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Plasmon-Induced Transparency in Metamaterials *
... radiative atom [see Fig. 1(b)], thus being consistent with the general model described before. The quality factor of the dark atom is Q 82, which is about 1 order of magnitude larger than that of the radiative atom. The quality factor of the dark atom is limited by the metal loss, which may be imp ...
... radiative atom [see Fig. 1(b)], thus being consistent with the general model described before. The quality factor of the dark atom is Q 82, which is about 1 order of magnitude larger than that of the radiative atom. The quality factor of the dark atom is limited by the metal loss, which may be imp ...
James Moir as Inorganic Chemist
... For pentavalent N his model, shown in Fig. 3(b) had the sub-atom x inside the tetrahedron, leaving the four valencies equal and equally distributed as in carbon, but, in addition, conferred an electropositive property on the whole system. In this case the tetrahedral valencies could be satisfied by ...
... For pentavalent N his model, shown in Fig. 3(b) had the sub-atom x inside the tetrahedron, leaving the four valencies equal and equally distributed as in carbon, but, in addition, conferred an electropositive property on the whole system. In this case the tetrahedral valencies could be satisfied by ...
Phys. Rev. Lett. 102, 223901 (2009)
... tion in the fluorescence signal (even for long measurement times) and the short loading time of <1 s. The modes from a frequency comb can be described by the repetition frequency frep of the pulses and a carrierenvelope offset frequency fceo . The frequency of the nth mode is equal to fn ¼ fceo þ n ...
... tion in the fluorescence signal (even for long measurement times) and the short loading time of <1 s. The modes from a frequency comb can be described by the repetition frequency frep of the pulses and a carrierenvelope offset frequency fceo . The frequency of the nth mode is equal to fn ¼ fceo þ n ...
No Slide Title
... 1. Write the correct formula(s) for the reactants on the left side and the correct formula(s) for the product(s) on the right side of the equation. Ethane reacts with oxygen to form carbon dioxide and water C2H6 + O2 ...
... 1. Write the correct formula(s) for the reactants on the left side and the correct formula(s) for the product(s) on the right side of the equation. Ethane reacts with oxygen to form carbon dioxide and water C2H6 + O2 ...
physical setting chemistry
... In general, fish can tolerate a pH range between 5 and 9. However, even small changes in pH can significantly affect the solubility and toxicity of common pollutants. Increased concentrations of these pollutants can adversely affect the behavior and normal life processes of fish and cause deformity, ...
... In general, fish can tolerate a pH range between 5 and 9. However, even small changes in pH can significantly affect the solubility and toxicity of common pollutants. Increased concentrations of these pollutants can adversely affect the behavior and normal life processes of fish and cause deformity, ...
Depth of field and improved resolution of slit-scan flow systems
... a) The calculations described above are given for spherical lenses. For practical reasons the laser beam is usually focussed by cylinder lenses. This is necessary to achieve a small focal diameter in the direction of the fluid stream and a large diameter perpendicularly. In a first order approximati ...
... a) The calculations described above are given for spherical lenses. For practical reasons the laser beam is usually focussed by cylinder lenses. This is necessary to achieve a small focal diameter in the direction of the fluid stream and a large diameter perpendicularly. In a first order approximati ...
Name: Chemistry Honors Date: Period: ____ Reduction/Oxidation
... As you have learned, chemical reactions can be either endothermic or exothermic. This energy does not only have to be in the form of heat energy; it can also be electricity. These reactions can also occur spontaneously or non-spontaneously. In the case of any two metals on the activity series, the m ...
... As you have learned, chemical reactions can be either endothermic or exothermic. This energy does not only have to be in the form of heat energy; it can also be electricity. These reactions can also occur spontaneously or non-spontaneously. In the case of any two metals on the activity series, the m ...
Full-angle Negative Reflection with An Ultrathin Acoustic
... surface guided mode(see Figure 4(d)), then the acoustic energy of surface guided mode would be tunneled into the 1 order Floquet-Bloch mode g qz ,1 , x via Bragg scattering of the supercells, which finally contributes to negative reflections. Considering the realization of acoustic gradient m ...
... surface guided mode(see Figure 4(d)), then the acoustic energy of surface guided mode would be tunneled into the 1 order Floquet-Bloch mode g qz ,1 , x via Bragg scattering of the supercells, which finally contributes to negative reflections. Considering the realization of acoustic gradient m ...
The MS-Q Force Field for Clay Minerals
... inhibitor.11 As a model, we chose a simple imidazoline 1 (OI2-CCN, see ref 11 for notation). Imidazoline 1 was adsorbed on the two surfaces, alumina and silica, of kaolinite. We employed MM calculations for different coverages: 1, 2, 4, and 8 molecules on (3 × 2 × 3) and (4 × 2 × 3) surfaces. The bi ...
... inhibitor.11 As a model, we chose a simple imidazoline 1 (OI2-CCN, see ref 11 for notation). Imidazoline 1 was adsorbed on the two surfaces, alumina and silica, of kaolinite. We employed MM calculations for different coverages: 1, 2, 4, and 8 molecules on (3 × 2 × 3) and (4 × 2 × 3) surfaces. The bi ...
Chemical Equations Chemical Reaction: Interaction between
... Chemical Equations Chemical Reaction: Interaction between substances that results in one or more new substances being produced Example: hydrogen + oxygen Æ water Reactants of a Reaction: Starting materials that undergo chemical change; written on the left side of the equation representing the reacti ...
... Chemical Equations Chemical Reaction: Interaction between substances that results in one or more new substances being produced Example: hydrogen + oxygen Æ water Reactants of a Reaction: Starting materials that undergo chemical change; written on the left side of the equation representing the reacti ...
Chapter 3 Molecules Molecules, Compounds, and Chemical
... composed of atoms of two or more elements. elements Describe the compound by describing the number and type of each atom in the simplest unit of the compound. molecules or ions ...
... composed of atoms of two or more elements. elements Describe the compound by describing the number and type of each atom in the simplest unit of the compound. molecules or ions ...
Imaging transport: optical measurements of
... microscope (SEM) in spot mode with a charge coupled display (CCD) camera, it is possible to image the recombination of charge created at a point. The goal is to extract fundamental transport parameters, such as minority carrier diffusion length (Ldiffusion)) and drift length (Ldrift), with high spat ...
... microscope (SEM) in spot mode with a charge coupled display (CCD) camera, it is possible to image the recombination of charge created at a point. The goal is to extract fundamental transport parameters, such as minority carrier diffusion length (Ldiffusion)) and drift length (Ldrift), with high spat ...
Growth Mechanism and Electronic Structure of Zn3P2 on the Ga
... tetragonal Zn3P2 lattice. This indicated that the Zn3P2 film must have had a crystalline phase directly beneath the irregularly shaped overlayer observed in the STM images. Figure 1f displays an STM image of a thick (a few nanometers) Zn3P2 layer. Again the irregular surface features persisted indepe ...
... tetragonal Zn3P2 lattice. This indicated that the Zn3P2 film must have had a crystalline phase directly beneath the irregularly shaped overlayer observed in the STM images. Figure 1f displays an STM image of a thick (a few nanometers) Zn3P2 layer. Again the irregular surface features persisted indepe ...
Atomistic description of wave function localization effects in InxGa1
... the wave functions become localized, with increasing number of In atoms sharing the same N neighbor, in the vicinity of the In atoms. Also when looking at the symmetry of the charge densities we observe an expected behavior: While the CBE is composed mainly by s-like orbitals, the VBE – when neglect ...
... the wave functions become localized, with increasing number of In atoms sharing the same N neighbor, in the vicinity of the In atoms. Also when looking at the symmetry of the charge densities we observe an expected behavior: While the CBE is composed mainly by s-like orbitals, the VBE – when neglect ...
Angewandte - School of Physics
... atoms in otherwise inert clusters. Herein, we focus on gaining ...
... atoms in otherwise inert clusters. Herein, we focus on gaining ...
Nanosecond laser-induced breakdown in pure and - AS
... the surface third-harmonic technique described earlier; then moved the focal spot 9.57 mm behind the surface to avoid damaging the front surface. We shot single laser pulses at a fixed transverse (x,y) location and gradually increased the energy until breakdown occurred. We defined optical breakdown ...
... the surface third-harmonic technique described earlier; then moved the focal spot 9.57 mm behind the surface to avoid damaging the front surface. We shot single laser pulses at a fixed transverse (x,y) location and gradually increased the energy until breakdown occurred. We defined optical breakdown ...
Transition Metals
... Other applications of transition metal complexes Fe(II) in haemoglobin enables oxygen to be transported in the blood, CO is toxic to humans as CO can from a strong coordinate bond with haemoglobin. This is a stronger bond than that made with oxygen and so it prevents the oxygen attaching to the haem ...
... Other applications of transition metal complexes Fe(II) in haemoglobin enables oxygen to be transported in the blood, CO is toxic to humans as CO can from a strong coordinate bond with haemoglobin. This is a stronger bond than that made with oxygen and so it prevents the oxygen attaching to the haem ...
Probing Dark Energy with Atom Interferometry.
... as we discuss more fully in Appendix D. Consequently, these experiments place no useful constraints on the chameleon parameters. By contrast, measurements of the van der Waals force on individual alkali atoms have used macroscopic sources inside the vacuum [24–26]. An atomic beam was fired tangenti ...
... as we discuss more fully in Appendix D. Consequently, these experiments place no useful constraints on the chameleon parameters. By contrast, measurements of the van der Waals force on individual alkali atoms have used macroscopic sources inside the vacuum [24–26]. An atomic beam was fired tangenti ...
(k) and Refractive Index
... Baseline and the 0%T/Blocked Beam Baseline are checked, but the option Use internal attenuator is left unchecked, as shown in Figure 4. Using this setup, when the correction prompt is given “Block the beam and press OK to perform a 0%T/Blocked Beam correction” the user will not actually block the be ...
... Baseline and the 0%T/Blocked Beam Baseline are checked, but the option Use internal attenuator is left unchecked, as shown in Figure 4. Using this setup, when the correction prompt is given “Block the beam and press OK to perform a 0%T/Blocked Beam correction” the user will not actually block the be ...
Paper
... optical dipole traps. Since the temperature of atoms is reduced through rf evaporation by a factor of 100, only milliwatts of laser power are needed as compared with several watts used to directly trap laser-cooled atoms. This ameliorates trap loss from heating processes in an optical dipole trap wh ...
... optical dipole traps. Since the temperature of atoms is reduced through rf evaporation by a factor of 100, only milliwatts of laser power are needed as compared with several watts used to directly trap laser-cooled atoms. This ameliorates trap loss from heating processes in an optical dipole trap wh ...
November 2016 (v1) QP - Paper 4 CIE Chemistry A-level
... Compound F contains the elements carbon, hydrogen and oxygen only. All carbon-carbon bonds in F are single bonds. The structure of F was analysed by mass spectrometry and infra-red and NMR spectroscopy. (a) The mass spectrum shows that the m / e value for the M peak is 90. The ratio of the heights o ...
... Compound F contains the elements carbon, hydrogen and oxygen only. All carbon-carbon bonds in F are single bonds. The structure of F was analysed by mass spectrometry and infra-red and NMR spectroscopy. (a) The mass spectrum shows that the m / e value for the M peak is 90. The ratio of the heights o ...
Rutherford backscattering spectrometry
Rutherford backscattering spectrometry (RBS) is an analytical technique used in materials science. Sometimes referred to as high-energy ion scattering (HEIS) spectrometry, RBS is used to determine the structure and composition of materials by measuring the backscattering of a beam of high energy ions (typically protons or alpha particles) impinging on a sample.