Titan at the edge: 1. Titan`s interaction with Saturn`s
... magnetopause distance is due changes within Saturn’s magnetosphere rather than changes in solar wind pressure. [6] Cassini observations of the morphology of Saturn’s magnetosphere during its prime mission can be used to describe Titan’s environment in Saturn’s dayside magnetosphere. During the prime ...
... magnetopause distance is due changes within Saturn’s magnetosphere rather than changes in solar wind pressure. [6] Cassini observations of the morphology of Saturn’s magnetosphere during its prime mission can be used to describe Titan’s environment in Saturn’s dayside magnetosphere. During the prime ...
Intermetallic Magnesium Compounds RE2 Ni Mg (RE = Gd, Dy–Tm
... the JANA2006 program package [27]. The background was estimated by a Legendre function, and the peak shapes were described by a pseudo-Voigt function. Data collection and evaluation parameters are listed in Table 2. After refinement of all atomic positions with isotropic atomic displacement paramete ...
... the JANA2006 program package [27]. The background was estimated by a Legendre function, and the peak shapes were described by a pseudo-Voigt function. Data collection and evaluation parameters are listed in Table 2. After refinement of all atomic positions with isotropic atomic displacement paramete ...
Visible-light tomography of tokamak plasmas
... Nearly all emission profiles in the visible range in RTP are found to exhibit asymmetries. In particular the asymmetrie profiles in Ho: light have been studied. Variations of at least a factor of four in emissivity at the edge of plasma over varying poloidal angles are observed. The asymmetrie peaks ...
... Nearly all emission profiles in the visible range in RTP are found to exhibit asymmetries. In particular the asymmetrie profiles in Ho: light have been studied. Variations of at least a factor of four in emissivity at the edge of plasma over varying poloidal angles are observed. The asymmetrie peaks ...
Structure and Properties of Low-Molecular
... pores of the solvent-crazed polymer proceeds. Evidently, the volume of crazes may be filled with the lowmolecular-mass substances with almost any melting temperatures [18, 19]. Both methods involve the direct introduction of the low-molecular-mass compounds into the volume of crazes; therefore, here ...
... pores of the solvent-crazed polymer proceeds. Evidently, the volume of crazes may be filled with the lowmolecular-mass substances with almost any melting temperatures [18, 19]. Both methods involve the direct introduction of the low-molecular-mass compounds into the volume of crazes; therefore, here ...
10 - E-Prints Complutense
... 2.2.2. Dielectric losses: Conduction Mechanism. ..................................................................... 19 2.2.3. Magnetic losses: Induction mechanism .......................................................................... 22 2.2.4. Magnetic heating ................................. ...
... 2.2.2. Dielectric losses: Conduction Mechanism. ..................................................................... 19 2.2.3. Magnetic losses: Induction mechanism .......................................................................... 22 2.2.4. Magnetic heating ................................. ...
Coherent Control of Polarized Neutron Interferometry
... In this thesis, we describe two sets of experiments using a single crystal neutron interferometer. First, we explore applications of quantum information processing (QIP) to magnetic materials characterization using polarized neutron interferometry (NI). We describe a split path spin-based interferom ...
... In this thesis, we describe two sets of experiments using a single crystal neutron interferometer. First, we explore applications of quantum information processing (QIP) to magnetic materials characterization using polarized neutron interferometry (NI). We describe a split path spin-based interferom ...
URL - StealthSkater
... maximal for subsystems in the sense that density matrix is proportional to a projection operator. Quantum monogamy could be highly relevant for the understanding of living matter. Biology is full of binary structures (DNA double strand, lipid bi-layer of cell membrane, epithelial cell layers, left a ...
... maximal for subsystems in the sense that density matrix is proportional to a projection operator. Quantum monogamy could be highly relevant for the understanding of living matter. Biology is full of binary structures (DNA double strand, lipid bi-layer of cell membrane, epithelial cell layers, left a ...
SQUID-Magnetometry on Fe Monolayers on GaAs
... the last decade [18,19,20,21,22,23,24,11,25,12,13,26,27,28,29], has been considered as a material system for future spintronic applications. Such applications may become possible due to the high Curie temperature of Fe (TC =1043 K) and the fact that Fe atoms have a large magnetic moment of 2.22 µB , ...
... the last decade [18,19,20,21,22,23,24,11,25,12,13,26,27,28,29], has been considered as a material system for future spintronic applications. Such applications may become possible due to the high Curie temperature of Fe (TC =1043 K) and the fact that Fe atoms have a large magnetic moment of 2.22 µB , ...
Steam-Water Relative Permeability
... particle size can have an enormous effect on silica scaling. As shown above, it is possible to control the particle size of the silica colloids by controlling the rate of nucleation. It was found (Brown and Dunstall, 2000) that very small colloids of the order of 15 nm particle size showed virtually ...
... particle size can have an enormous effect on silica scaling. As shown above, it is possible to control the particle size of the silica colloids by controlling the rate of nucleation. It was found (Brown and Dunstall, 2000) that very small colloids of the order of 15 nm particle size showed virtually ...
Chapter 13
... An ideal gas is defined as a gas whose molecules are spaced far apart so that the behavior of a molecule is not influenced by the presence of other molecules—a situation encountered at low densities. We also mentioned that real gases approximate this behavior closely when they are at a low pressure ...
... An ideal gas is defined as a gas whose molecules are spaced far apart so that the behavior of a molecule is not influenced by the presence of other molecules—a situation encountered at low densities. We also mentioned that real gases approximate this behavior closely when they are at a low pressure ...
Fusion Energy Engineering Laboratory (FEEL)
... 6.3.2 LHD local dependence ............................................................................ 6.3.3 LHD power dependence ........................................................................ 6.3.4 LHD W7-AS model........................................................................... ...
... 6.3.2 LHD local dependence ............................................................................ 6.3.3 LHD power dependence ........................................................................ 6.3.4 LHD W7-AS model........................................................................... ...
chemistry boron clusters as the centerpiece of advanced liquid
... (long-range orientational and long-range positional order) and the random disorder (no orientational or positional order) of a liquid. Balance between the rigidity of the molecular core and flexible periphery dictates the type of liquid crystalline phase and its stability. Anisometric molecules, typ ...
... (long-range orientational and long-range positional order) and the random disorder (no orientational or positional order) of a liquid. Balance between the rigidity of the molecular core and flexible periphery dictates the type of liquid crystalline phase and its stability. Anisometric molecules, typ ...
Transition metal oxides ∓ Thermoelectric properties
... Metal oxides can show a wide range of electronic properties ranging from insulating to semiconducting and conducting [10]. Their electronic properties can be engineered by changing their morphology, doping and stoichiometry. The phonon generation and propagation properties in many TMOs are well unde ...
... Metal oxides can show a wide range of electronic properties ranging from insulating to semiconducting and conducting [10]. Their electronic properties can be engineered by changing their morphology, doping and stoichiometry. The phonon generation and propagation properties in many TMOs are well unde ...
Spin-Orbit Coupling in Free-Radical Reactions
... "transition" orbital momentum and has analogy to an atom, where despite the absence of a permanent dipole momentum, electronic dipole transitions may occur between states of different parity as the result of an action of a "transition dipole moment". The orbital current arising from such transition ...
... "transition" orbital momentum and has analogy to an atom, where despite the absence of a permanent dipole momentum, electronic dipole transitions may occur between states of different parity as the result of an action of a "transition dipole moment". The orbital current arising from such transition ...
Magnetic anisotropies of (Ga,Mn)As films and nanostructures
... the one hand, a quantitative determination of the magnetic anisotropy in these type of experiments is very complex and is only possible under the assumption of a single domain state. This, however, is not justified for elements in the size range of hundreds of nanometers to micrometer. On the other ...
... the one hand, a quantitative determination of the magnetic anisotropy in these type of experiments is very complex and is only possible under the assumption of a single domain state. This, however, is not justified for elements in the size range of hundreds of nanometers to micrometer. On the other ...
Brock_Stares_Emma_2015
... List of Tables Table 1.1 Summary of the GdIII-based contrast agents. ................................................. 11 Table 1.2 Examples of magnetic behaviour in classical vs. molecule-based magnets..... 40 Table 1.3 A comparison of the largest anisotropy barrier observed for different classes ...
... List of Tables Table 1.1 Summary of the GdIII-based contrast agents. ................................................. 11 Table 1.2 Examples of magnetic behaviour in classical vs. molecule-based magnets..... 40 Table 1.3 A comparison of the largest anisotropy barrier observed for different classes ...
Scattering_pdf
... in principle determined by quantum theory and statistical physics. The macroscopic response and transport properties such as thermal conductivity, elasticity, viscosity, susceptibility etc. are the quantities of interest for applications. A deeper understanding of these properties has to be based on ...
... in principle determined by quantum theory and statistical physics. The macroscopic response and transport properties such as thermal conductivity, elasticity, viscosity, susceptibility etc. are the quantities of interest for applications. A deeper understanding of these properties has to be based on ...
State of matter
In physics, a state of matter is one of the distinct forms that matter takes on. Four states of matter are observable in everyday life: solid, liquid, gas, and plasma. Many other states are known, such as Bose–Einstein condensates and neutron-degenerate matter, but these only occur in extreme situations such as ultra cold or ultra dense matter. Other states, such as quark–gluon plasmas, are believed to be possible but remain theoretical for now. For a complete list of all exotic states of matter, see the list of states of matter.Historically, the distinction is made based on qualitative differences in properties. Matter in the solid state maintains a fixed volume and shape, with component particles (atoms, molecules or ions) close together and fixed into place. Matter in the liquid state maintains a fixed volume, but has a variable shape that adapts to fit its container. Its particles are still close together but move freely. Matter in the gaseous state has both variable volume and shape, adapting both to fit its container. Its particles are neither close together nor fixed in place. Matter in the plasma state has variable volume and shape, but as well as neutral atoms, it contains a significant number of ions and electrons, both of which can move around freely. Plasma is the most common form of visible matter in the universe.The term phase is sometimes used as a synonym for state of matter, but a system can contain several immiscible phases of the same state of matter (see Phase (matter) for more discussion of the difference between the two terms).