Chapter 28
... 69. If the intensity illuminating a surface is increased while a frequency high enough to produce photoelectrons is held fixed, a. more photoelectrons are emitted. b. each electron has a greater kinetic energy than with the lower illumination. c. the cutoff frequency is decreased. d. (a) and (b) are ...
... 69. If the intensity illuminating a surface is increased while a frequency high enough to produce photoelectrons is held fixed, a. more photoelectrons are emitted. b. each electron has a greater kinetic energy than with the lower illumination. c. the cutoff frequency is decreased. d. (a) and (b) are ...
Single-exciton spectroscopy of single Mn doped InAs quantum dots
... Probing a single magnetic atom in a solid-state environment is now possible by scanning tunneling microscopy 共STM兲, both in metallic1 and semiconducting surfaces,2–5 and by single exciton spectroscopy in semiconductor quantum dots,6–8 among other techniques. These experiments permit addressing a sin ...
... Probing a single magnetic atom in a solid-state environment is now possible by scanning tunneling microscopy 共STM兲, both in metallic1 and semiconducting surfaces,2–5 and by single exciton spectroscopy in semiconductor quantum dots,6–8 among other techniques. These experiments permit addressing a sin ...
Elastic rod model of a supercoiled DNA molecule
... Developing a theory beyond the elastic regime is a much more difficult task, since such a theory should involve both the self-repulsion of the chain (necessary to prevent a collapse of plectonemes), and the possibility of denaturation. Some first attempts in these directions can be found in [13,14]. Re ...
... Developing a theory beyond the elastic regime is a much more difficult task, since such a theory should involve both the self-repulsion of the chain (necessary to prevent a collapse of plectonemes), and the possibility of denaturation. Some first attempts in these directions can be found in [13,14]. Re ...
CHEMISTRY
... A mixture of substances is considered homogeneous if the mixture has the same physical and chemical properties throughout it. A homogeneous mixture is also called a solution. An element is a substance that contains only one kind of atom. A compound is a substance with two or more kinds of atoms comb ...
... A mixture of substances is considered homogeneous if the mixture has the same physical and chemical properties throughout it. A homogeneous mixture is also called a solution. An element is a substance that contains only one kind of atom. A compound is a substance with two or more kinds of atoms comb ...
Chapter 10 Chemical Bonding II
... the valence electrons in an atom reside in the quantum mechanical atomic orbitals or hybrid orbitals a chemical bond results when these atomic orbitals overlap and there is a total of 2 electrons in the new molecular orbital a) the electrons must be spin paired the shape of the molecule is determine ...
... the valence electrons in an atom reside in the quantum mechanical atomic orbitals or hybrid orbitals a chemical bond results when these atomic orbitals overlap and there is a total of 2 electrons in the new molecular orbital a) the electrons must be spin paired the shape of the molecule is determine ...
Comprehensive analysis of electron correlations in
... urgent needs is to obtain a global understanding and organization of these states. This amounts to identifying common features as well as features that distinguish them, with the ultimate goal of being able to find a new set of quantum numbers for their classification. Since electron correlation is ...
... urgent needs is to obtain a global understanding and organization of these states. This amounts to identifying common features as well as features that distinguish them, with the ultimate goal of being able to find a new set of quantum numbers for their classification. Since electron correlation is ...
91, 053630 (2015).
... rotating spinor BEC without the Raman dressing should be miscible [51]. However, we shall see that the wave functions of opposite spins can be spatially separated or immiscible in the presence of SOAM coupling. We obtain the ground state by solving the GP equation using the imaginary-time evolution. ...
... rotating spinor BEC without the Raman dressing should be miscible [51]. However, we shall see that the wave functions of opposite spins can be spatially separated or immiscible in the presence of SOAM coupling. We obtain the ground state by solving the GP equation using the imaginary-time evolution. ...
Quantum theory of ion-atom interactions
... work is developed. We start with the general consideration of the fully quantum mechanical description of a two-body interaction including the total Hamiltonian, conserved observables, time-independent Schrödinger equation [112, 85], and expansion of the stationary wavefunction. The Born-Oppenheime ...
... work is developed. We start with the general consideration of the fully quantum mechanical description of a two-body interaction including the total Hamiltonian, conserved observables, time-independent Schrödinger equation [112, 85], and expansion of the stationary wavefunction. The Born-Oppenheime ...
Ramsey Interference in One-Dimensional Systems: The Full
... the full distribution functions (FDF) of spin operators, Pal ð; tÞ [11]. In particular, high moments of Sal ðtÞ can be obtained from these FDFs Pal ð; tÞ. Physically, Pal ð; tÞd is the probability that a single measurement of the spin operator Sal at time t gives a value between and þ d. In ...
... the full distribution functions (FDF) of spin operators, Pal ð; tÞ [11]. In particular, high moments of Sal ðtÞ can be obtained from these FDFs Pal ð; tÞ. Physically, Pal ð; tÞd is the probability that a single measurement of the spin operator Sal at time t gives a value between and þ d. In ...