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[PDF] Top 20 Nuclear shape phase transitions

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Nuclear shape phase transitions

Nuclear shape phase transitions

... relativistic nuclear energy density func- tional are the densities and currents bilinear in the Dirac spinor field ψ of the nucleon: ψ ¯ O τ Γψ, O τ ∈ { 1, τ i } , Γ ∈ { 1, γ μ , γ 5 , γ 5 γ μ , σ μν } ...The ... See full document

10

Structure Dynamical Phase Transitions Studied by Nuclear (Proton) Magnetic Resonance under Visible and Infrared Irradiation

Structure Dynamical Phase Transitions Studied by Nuclear (Proton) Magnetic Resonance under Visible and Infrared Irradiation

... preparation. Nuclear magnetic resonance of high resolution also can not give information about high molecular compounds (НМС) and cannot be used as operative method of ... See full document

6

Dynamical Phase Transitions in Quantum Systems

Dynamical Phase Transitions in Quantum Systems

... In 1936, Niels Bohr wrote in the address delivered on January 27 before the Copenhagen Academy [1,2]: In the atom and in the nucleus we have indeed to do with two extreme cases of mechanical many-body problems for which ... See full document

9

Dynamical phase transitions in quantum mechanics

Dynamical phase transitions in quantum mechanics

... ical phase transition occurs in the many-level system starting at a critical value of the level ...low-lying nuclear states (described well by the shell model) and those of highly excited nuclear ... See full document

15

Geometric structure and information change in phase transitions

Geometric structure and information change in phase transitions

... The BP starts with the initial PDF which has two peaks at ± √ γ /μ, which is the final equilibrium PDF for the FP. For sufficiently small D, the two peaks are far away from x = 0 and the PDF is approximated as the sum of ... See full document

15

Spin dynamics of pulsed nuclear magnetic double resonance in solids

Spin dynamics of pulsed nuclear magnetic double resonance in solids

... -29- CHAPTER 4 NUCLEAR MAGNETIC DOUBLE RESONANCE PHASE INTERFEROMETRY: RELAXATION TIMES FOR DIPOLAR FORBIDDEN TRANSITIONS AND OFF-RESONANCE EFFECTS IN AN AX SPIN SYSTEM Chapter 4 is esse[r] ... See full document

196

Shell Evolution and E2 Collectivity: New Spectroscopic Information

Shell Evolution and E2 Collectivity: New Spectroscopic Information

... changing nuclear shapes as a function of nu- cleon number in a sequence of nuclides in the nuclear ...so-called shape phase transitions have been known for a long time, high-quality ... See full document

5

A domain wall model for hysteresis in ferroelastic materials

A domain wall model for hysteresis in ferroelastic materials

... “remember” shape by two different mechanisms. First, the shape memory effect describes the phenomenon where the original shape of a plastically deformed sample is restored by ...stable phase ... See full document

26

Nuclear Magnetic Resonance Studies of Martensitic Phase Transformation
in Ni Ti Shape Memory Alloys

Nuclear Magnetic Resonance Studies of Martensitic Phase Transformation in Ni Ti Shape Memory Alloys

... of shape memory alloys and especially of Ni– Ti are considered to be one of the most promising solution for the development of new microactuators required for many applications in the field of micro systems ... See full document

7

The control of developmental phase transitions in plants

The control of developmental phase transitions in plants

... Fig. 3. Regulation of phase change in Arabidopsis. During early development, the levels of miR156 are initially high, promoting the juvenile vegetative growth phase in seedlings. Juvenile leaves (light ... See full document

13

Phase Transitions in Some Phase Changing Organic Materials Studied by Nuclear Magnetic Resonance Relaxometry

Phase Transitions in Some Phase Changing Organic Materials Studied by Nuclear Magnetic Resonance Relaxometry

... proton phase, and on the contrary fragments of А –phase with low mobility of linear paraffins, contribute in relaxation with Т2В and ...disperse phase elements in oils. SU are phase fractal ... See full document

7

Nonlinear analysis of rubber-based polymeric materials with thermal relaxation models

Nonlinear analysis of rubber-based polymeric materials with thermal relaxation models

... structure transitions or plastic deformations, the strain is a single-valued function of stress and temperature, which might not be the case for many ‘‘smart’’ materials exhibiting hysteresis ...of phase ... See full document

11

Probes of shape transitions from mass and charge radii of nuclear ground states

Probes of shape transitions from mass and charge radii of nuclear ground states

... An interesting point from Figs. 1-3 is that the simple relation of δR p−n = 0 holds to good precision except at occurrences of shape transitions. In other words, such relations o ff er a very useful feature ... See full document

5

Nuclear Structure and Shape Phase Transitions in Actinides Thorium and Uranium Isotopes within Interacting Boson Model

Nuclear Structure and Shape Phase Transitions in Actinides Thorium and Uranium Isotopes within Interacting Boson Model

... listed in Table (1). With these parameters the PES's are calculated and presented in Figures (3, 4) as a function of deformation parameter β. From the figures we observe that the Th isotopes provide an example of ... See full document

13

Interplay between chiral and deconfinement phase transitions

Interplay between chiral and deconfinement phase transitions

... deconfinement phase transitions are flavor ...of phase transitions are similar to that in ...deconfinement phase transitions have very small difference in the low baryon density ... See full document

8

Thermodynamic phase transitions in a frustrated magnetic metamaterial

Thermodynamic phase transitions in a frustrated magnetic metamaterial

... To provide an insight into how phase transitions are detected by mSR, we begin with a qualitative description of a typical mSR experiment. The relaxation (gradual loss) of the muon spin polarization is ... See full document

6

Explicit constitutive model for semi-insulating GaAs including surface tension and bulk stresses

Explicit constitutive model for semi-insulating GaAs including surface tension and bulk stresses

... The modeling of the solid phase relies on the sublattice model, which was introduced and described by Wenzl et al. (1990, 1993), Oates et al. (1995), Hurle (1999, 2004). Furthermore, we assume that there are ... See full document

11

Electric Field-Induced Phase Transitions in Ferroelectrics at Polymorphic Phase Boundaries.

Electric Field-Induced Phase Transitions in Ferroelectrics at Polymorphic Phase Boundaries.

... field-induced phase transition in BT-BZT was explained using the modified KAI equation with distribution of transition ...induced phase was site-saturated and the growth was mainly occurred from the surface ... See full document

208

Phase Behavior of Complex Superprotonic Solid Acids

Phase Behavior of Complex Superprotonic Solid Acids

... For solid solution systems, XRD was used to determine the solubility limits. As an alien ion dissolves into a structure, the lattice parameter changes due to the difference in ionic radii of the original ion and the ... See full document

111

Analogous Gamow-Teller and M1 Transitions in Tz = ±½ Mirror Nuclei and in Tz = ±1, 0 Triplet Nuclei relevant to Low-energy Super GT state

Analogous Gamow-Teller and M1 Transitions in Tz = ±½ Mirror Nuclei and in Tz = ±1, 0 Triplet Nuclei relevant to Low-energy Super GT state

... weaker transitions and the quasi propor- tionality ...M1 transitions and the analogous B(GT) values is ...the transitions are at least of average ...M1 transitions in T z = −1/2 mirror nuclei ... See full document

5

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