Publication: Electronic properties of liquid ammonia: A sequential
... would correspond to the situation found in cluster chemicalphysics such as jet cooling. Then, by adopting a sequential molecular dynamics/quantum approach, statistically uncorrelated configurations composed of different numbers of ammonia molecules are sampled from the simulation of liquid ammonia f ...
... would correspond to the situation found in cluster chemicalphysics such as jet cooling. Then, by adopting a sequential molecular dynamics/quantum approach, statistically uncorrelated configurations composed of different numbers of ammonia molecules are sampled from the simulation of liquid ammonia f ...
An On-Chip Atom Interferometer Using a Bose
... sential for an interferometer, on a chip have used current-induced magnetic fields to split a condensate cloud. The magnetic field typically forms a double potential well that merges and then splits apart either in space, in time, or in both. However, atomatom interactions due to high density in the ...
... sential for an interferometer, on a chip have used current-induced magnetic fields to split a condensate cloud. The magnetic field typically forms a double potential well that merges and then splits apart either in space, in time, or in both. However, atomatom interactions due to high density in the ...
PERSONAL CARE - Nexeo Solutions
... compared to products such as castor oil. Enhances SPF in sun care formulations. Moisturization. Ethanol compatible. ...
... compared to products such as castor oil. Enhances SPF in sun care formulations. Moisturization. Ethanol compatible. ...
(1–1.5 kV) nitrogen-ion bombardment on sharply pointed tips
... A specimen with a sharply pointed tip is then inserted into the main chamber of our APFIM10 through an ultrahigh vacuum ~UHV! loadlock, which is baked at 150 °C prior to the insertion of the specimen into the main chamber; this procedure is employed to maintain UHV conditions. Typically the ambient ...
... A specimen with a sharply pointed tip is then inserted into the main chamber of our APFIM10 through an ultrahigh vacuum ~UHV! loadlock, which is baked at 150 °C prior to the insertion of the specimen into the main chamber; this procedure is employed to maintain UHV conditions. Typically the ambient ...
Hanle effect and electron spin polarization in temperature Linköping University Post Print
... temperature dependent. This contradicts the experimental fact that Ts is insensitive to temperature, which consequently rules out the possibility of a significant contribution of the trion decay in the spin lifetime determined from the Hanle curves. is thus required to be much larger than Ts , suc ...
... temperature dependent. This contradicts the experimental fact that Ts is insensitive to temperature, which consequently rules out the possibility of a significant contribution of the trion decay in the spin lifetime determined from the Hanle curves. is thus required to be much larger than Ts , suc ...
Chemical Engineering Thermodynamics II
... A property is a macroscopic characteristic of a system such as pressure, temperature, volume, and mass. At a given state each property has a definite value independent of how the system arrived at that state. The properties of air in state 1 shown in Figure 1.1 are: pressure at 1 atm, temperature at ...
... A property is a macroscopic characteristic of a system such as pressure, temperature, volume, and mass. At a given state each property has a definite value independent of how the system arrived at that state. The properties of air in state 1 shown in Figure 1.1 are: pressure at 1 atm, temperature at ...
Negative temperatures and uid simulations of a modi ed 1D Ising
... Essentially this means the negative temperatures are always hotter than positive temperatures; if two objects of negative temperature and positive temperature come into contact, heat will ow from the negative temperature object to the positive temperature object. We can intuitively see how this i ...
... Essentially this means the negative temperatures are always hotter than positive temperatures; if two objects of negative temperature and positive temperature come into contact, heat will ow from the negative temperature object to the positive temperature object. We can intuitively see how this i ...
diffuse-interface field approach to modeling self
... Simulation result (2D) shows aggregation of patchy particles under electrostatic interaction and Brownian motion, the particles form coexisting trimers, dimers and monomers finally…………........................................................................89 ...
... Simulation result (2D) shows aggregation of patchy particles under electrostatic interaction and Brownian motion, the particles form coexisting trimers, dimers and monomers finally…………........................................................................89 ...
Positron annihilation spectra and core
... number of these is determined by the number of nodes in the electron’s radial wave function, n − `: each lobe of non-zero wavefunction density at small (large) radii manifests in large (small) momentum density, and thus in large (small) energy regions of the spectra [49]. Overall, the total γ-spectr ...
... number of these is determined by the number of nodes in the electron’s radial wave function, n − `: each lobe of non-zero wavefunction density at small (large) radii manifests in large (small) momentum density, and thus in large (small) energy regions of the spectra [49]. Overall, the total γ-spectr ...
Cosmology Notes - University of Florida Astronomy
... Cosmology, defined as man’s attempt to understand the origin of the universe, is as old as mankind. Cosmology, as a field of scientific inquiry, is one of the newest of topics. The first theoretical underpinnings of the field date to the dawn of the 20th century; a significant fraction of the landma ...
... Cosmology, defined as man’s attempt to understand the origin of the universe, is as old as mankind. Cosmology, as a field of scientific inquiry, is one of the newest of topics. The first theoretical underpinnings of the field date to the dawn of the 20th century; a significant fraction of the landma ...
Magmatic Differentiation
... the magma, or the magma flowing over a zone of crystallization. The mechanisms of crystal fractionation therefore are: (a) Crystal settling: Minerals crystallizing from a melt may sink to the bottom of magma chambers under the influence of their own weight only if they are denser than the melt. The ...
... the magma, or the magma flowing over a zone of crystallization. The mechanisms of crystal fractionation therefore are: (a) Crystal settling: Minerals crystallizing from a melt may sink to the bottom of magma chambers under the influence of their own weight only if they are denser than the melt. The ...
Corium z157
... lubricating, molecular film, inter-dispersed with a base material (molybdenum disulphide) that is virtually unaffected by very high heat or any inherent weakness of ordinary lubricants. • Corium Z157 superior quality "dry" formulation is based on "indestructible" molybdenum disulphide (MD) particles ...
... lubricating, molecular film, inter-dispersed with a base material (molybdenum disulphide) that is virtually unaffected by very high heat or any inherent weakness of ordinary lubricants. • Corium Z157 superior quality "dry" formulation is based on "indestructible" molybdenum disulphide (MD) particles ...
Department of Physics, Chemistry and Biology Master’s Thesis Erik Enqvist
... beam is brought to collision with either fixed targets or head-on to other particles in different experiments, all recorded by detectors. An overview of the huge accelerator complex is shown in Fig. 1.1 [1]. In order to keep the beam life time long enough to perform controlled experiments, the densi ...
... beam is brought to collision with either fixed targets or head-on to other particles in different experiments, all recorded by detectors. An overview of the huge accelerator complex is shown in Fig. 1.1 [1]. In order to keep the beam life time long enough to perform controlled experiments, the densi ...
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).