# Annalen der Physik

Annalen der Physik > 528 > 6 > 520 - 520

_{2}may lead to many potential applications such as field‐effect transistors, optoelectronic and spin‐valley devices. All these applications are closely related to the thermal properties. In semiconductors, heat is carried by the atomic vibrations quantized as phonons. To capture the specifics of the phonon transport...

Annalen der Physik > 528 > 6 > 444 - 451

Annalen der Physik > 528 > 6 > 437 - 437

Annalen der Physik > 528 > 6 > 512 - 518

Annalen der Physik > 528 > 6 > 504 - 511

_{2}is an important aspect in the design of MoS

_{2}‐based nanoelectronic devices. We investigate the lattice dynamics properties of MoS

_{2}by first‐principle calculations. The intrinsic thermal conductivity of single‐layer MoS

_{2}is calculated using the Boltzmann transport equation for phonons. The obtained thermal conductivity agrees well with the measurements...

Annalen der Physik > 528 > 6 > 452 - 457

Annalen der Physik > 528 > 6 > 469 - 480

Annalen der Physik > 528 > 6 > 459 - 468

Annalen der Physik > 528 > 6 > 483 - 492

**114**(2015) 037202] of the magnetization, differential susceptibility and specific heat on one dimensional Heisenberg antiferromagnet Cu(C

_{4}H

_{4}N

_{2})(NO

_{3})

_{2}(CuPzN) subjected to strong magnetic fields. Using the mapping between magnons (bosons) in CuPzN and fermions, we demonstrate that magnetic field tunes the insulator towards quantum critical point...

Annalen der Physik > 528 > 6 > 493 - 503