Structural, Electronic and Magnetic Properties of Molecular
... crystalline or molecular matrix as well as nuclear spins have shown their potentialities as qubit. Indeed we can take some advantages in using MNMs with respect to other solid state systems. For instance, MNMs form scalable arrays whose features and the chemical preparation of molecular qubits are c ...
... crystalline or molecular matrix as well as nuclear spins have shown their potentialities as qubit. Indeed we can take some advantages in using MNMs with respect to other solid state systems. For instance, MNMs form scalable arrays whose features and the chemical preparation of molecular qubits are c ...
SUPERCRITICAL AQUEOUS SOLUTIONS OF SODIUM CHLORIDE
... in most industrial water based applications. Cluster size distributions, the size of critical nuclei and cluster life-times are reported. The size distribution of emerging clusters shows a very strong dependence on the system’s density, with larger clusters preferentially formed at lower densities. ...
... in most industrial water based applications. Cluster size distributions, the size of critical nuclei and cluster life-times are reported. The size distribution of emerging clusters shows a very strong dependence on the system’s density, with larger clusters preferentially formed at lower densities. ...
William Wilson and the Absorption of Beta Rays
... radiation then was reduced only slightly by each of the following foils. It was believed initially that the h particles were electrically neutral because they could not be deflected by a magnetic field. Rutherford found, however, that they could be deflected in the same direction as a positive charg ...
... radiation then was reduced only slightly by each of the following foils. It was believed initially that the h particles were electrically neutral because they could not be deflected by a magnetic field. Rutherford found, however, that they could be deflected in the same direction as a positive charg ...
Ion Power Balance in Neutral Beam Heated Discharges on the NSTX
... readers for this dissertation. Their corrections and suggestions helped shape this into a much stronger thesis. I also want to thank Stan Kaye for his help with TRANSP, as well as his comments and help in strengthening my arguments. I would also like to thank Lane Roquemore, Doug Labrie, Vlad Soukha ...
... readers for this dissertation. Their corrections and suggestions helped shape this into a much stronger thesis. I also want to thank Stan Kaye for his help with TRANSP, as well as his comments and help in strengthening my arguments. I would also like to thank Lane Roquemore, Doug Labrie, Vlad Soukha ...
Synchronization of Spin Torque Oscillators
... The spin Hall effect causes another interesting phenomenon related to magnetoresistance effect. It was recently found that the resistance of ferromagnetic/nonmagnetic bilayers depends on the magnetization direction in the ferromagnet, even when the ferromagnet is an insulator [23-26]. This new type ...
... The spin Hall effect causes another interesting phenomenon related to magnetoresistance effect. It was recently found that the resistance of ferromagnetic/nonmagnetic bilayers depends on the magnetization direction in the ferromagnet, even when the ferromagnet is an insulator [23-26]. This new type ...
Propagation of Electromagnetic Waves in and around
... Drude model is derived, and the equation is compared with that for metals whose permittivity is also in the Drude model; such a description will reveal unique features in the case of discharge plasmas for control of electromagnetic waves. In Section 3.1, various methods to describe effects of period ...
... Drude model is derived, and the equation is compared with that for metals whose permittivity is also in the Drude model; such a description will reveal unique features in the case of discharge plasmas for control of electromagnetic waves. In Section 3.1, various methods to describe effects of period ...
Fall 2007 Joint Meeting American Physical Society American
... 10:40AM B1.00001 Bose-Einstein Condensate in solid helium1 , SOULEYMANE DIALLO, HENRY GLYDE, University of Delaware — Neutron scattering measurements at high momentum and energy transfers, often referred to as deep inelastic neutron scattering (DINS), is the most effective tool to explore the dynami ...
... 10:40AM B1.00001 Bose-Einstein Condensate in solid helium1 , SOULEYMANE DIALLO, HENRY GLYDE, University of Delaware — Neutron scattering measurements at high momentum and energy transfers, often referred to as deep inelastic neutron scattering (DINS), is the most effective tool to explore the dynami ...
Condensed Matter Physics
... figure, one can use also the vectors a01 and a02 as primitive Many crystals appear in forms where flat surfaces meet vectors. They reproduce also all lattice points. each other with constant angles. Such shapes can be understood based on the organization of atoms. Solids are often formed of many cry ...
... figure, one can use also the vectors a01 and a02 as primitive Many crystals appear in forms where flat surfaces meet vectors. They reproduce also all lattice points. each other with constant angles. Such shapes can be understood based on the organization of atoms. Solids are often formed of many cry ...
First DNP Results from a ... 400 MHz and 260 GHz
... the solvent. As part of an European Design Study BIO-DNP, a DNP spectrometer operating at 9.2 T was constructed to explore this experimentally (see ref. 6). In this paper, the first results from a liquid water-TEMPOL sample are presented. Unexpected large DNP proton enhancements via the OE through d ...
... the solvent. As part of an European Design Study BIO-DNP, a DNP spectrometer operating at 9.2 T was constructed to explore this experimentally (see ref. 6). In this paper, the first results from a liquid water-TEMPOL sample are presented. Unexpected large DNP proton enhancements via the OE through d ...
Propriétés structurales et dynamiques des sulfates d`alcalins
... I.3 Why does double alkali sulfate family deserve attention? .................................. 11 1.4 Previous studies of double alkali sulfates: are there unresolved questions? ...... 14 I.5 Synopsis .................................................................................................. ...
... I.3 Why does double alkali sulfate family deserve attention? .................................. 11 1.4 Previous studies of double alkali sulfates: are there unresolved questions? ...... 14 I.5 Synopsis .................................................................................................. ...
Transition metal oxofluorides comprising lone pair elements Shichao Hu
... Recently, with more and more comprehensive theoretical studies based on quantum mechanics, the driving force for lone pair formation has been focused on the interaction of the cation s- and p- orbitals with the oxide anion p-states, instead of pure hybridization of s- and p- orbitals on the cation. ...
... Recently, with more and more comprehensive theoretical studies based on quantum mechanics, the driving force for lone pair formation has been focused on the interaction of the cation s- and p- orbitals with the oxide anion p-states, instead of pure hybridization of s- and p- orbitals on the cation. ...
The control of thin film deposition and recent
... sputtering, in which a magnetic field confines the sputtering discharge close to the target surface (see Fig. 3a), limiting the loss of secondary electrons required to maintain the discharge. Unbalanced magnetrons have a field configuration designed such that a charged particle flux reaches the subs ...
... sputtering, in which a magnetic field confines the sputtering discharge close to the target surface (see Fig. 3a), limiting the loss of secondary electrons required to maintain the discharge. Unbalanced magnetrons have a field configuration designed such that a charged particle flux reaches the subs ...
Influence of interface spin-flip processes on spin
... One should note that the absence of spin-flip processes corresponds to an infinite value of Rsf. The resistance rI reduces then to the value rI = 2 β 2 ρ lsf J , derived in Ref. [4]. It follows from the above formula that the presence of interfacial spin-flip scattering reduces the magnitude of rI b ...
... One should note that the absence of spin-flip processes corresponds to an infinite value of Rsf. The resistance rI reduces then to the value rI = 2 β 2 ρ lsf J , derived in Ref. [4]. It follows from the above formula that the presence of interfacial spin-flip scattering reduces the magnitude of rI b ...
Energy coupling to the plasma in repetitive nanosecond pulse
... of Fig. 3, taken with gate width ranging from 1 s to 10 ns. From Fig. 4, it can be seen that the emission intensity distribution remains uniform in the entire range of gate widths used. Further gate width reduction to 4 ns did not change this result. This provides additional evidence that at these ...
... of Fig. 3, taken with gate width ranging from 1 s to 10 ns. From Fig. 4, it can be seen that the emission intensity distribution remains uniform in the entire range of gate widths used. Further gate width reduction to 4 ns did not change this result. This provides additional evidence that at these ...
physics of negative ion extraction and acceleration in neutral beam
... on and off at will to meet the power demand curve of an electric utility. The other important source of energy used so far to fulfill world energy needs is the nuclear power. As we will see, this definition lacks of precision, since it usually refers only to one of the two nuclear reactions that can ...
... on and off at will to meet the power demand curve of an electric utility. The other important source of energy used so far to fulfill world energy needs is the nuclear power. As we will see, this definition lacks of precision, since it usually refers only to one of the two nuclear reactions that can ...
Wadhwa_uta_2502M_10153
... nanoparticles are commercially used in rapid testing arrays, like pregnancy tests and other biomolecule detectors [12, 14, 16, 17]. Such applications are based on the fact that color of the colloid depends on particle size, shape, refractive index of the surrounding media and separation between the ...
... nanoparticles are commercially used in rapid testing arrays, like pregnancy tests and other biomolecule detectors [12, 14, 16, 17]. Such applications are based on the fact that color of the colloid depends on particle size, shape, refractive index of the surrounding media and separation between the ...
Measuring and recording supplies of Schedule 8
... Voiceover: Tape must be placed on the edge of the original bottle label being careful not to obscure information such as drug name, strength, expiry or batch number. Footage description: Person holding a medication bottle and using an oral dosing syringe to extract medicine. Images of a person pour ...
... Voiceover: Tape must be placed on the edge of the original bottle label being careful not to obscure information such as drug name, strength, expiry or batch number. Footage description: Person holding a medication bottle and using an oral dosing syringe to extract medicine. Images of a person pour ...
Ions in cold electrostatic storage devices
... the metastable He− ion [6], in which the only experimental requirements were the storage of the ion beam and the ability to detect neutrals. Many other experiments followed, which also only made use of ion-beam storage capabilities and measurement of the decay [7], in some cases also including inter ...
... the metastable He− ion [6], in which the only experimental requirements were the storage of the ion beam and the ability to detect neutrals. Many other experiments followed, which also only made use of ion-beam storage capabilities and measurement of the decay [7], in some cases also including inter ...
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).