期刊： LOW TEMPERATURE PHYSICS, 2020; 46 (5)
We briefly discuss theoretical and experimental discoveries in the field of supertransport and plasticity in imperfect solid He-4 and argue that these......
期刊： LOW TEMPERATURE PHYSICS, 2020; 46 (7)
The relative stability of diamond and graphite is readdressed from the new perspective of deductive molecular mechanics. Unlike most theoretical studi......
期刊： LOW TEMPERATURE PHYSICS, 2020; 46 (12)
We report the results of ab initio calculations and analysis of systematic trends for the F centers in the bulk and on the (001) surface in oxide pero......
期刊： LOW TEMPERATURE PHYSICS, 2019; 45 (11)
The temperature dependencies of the excess conductivity sigma '(T) and possible pseudogap (PG), Delta*(T), in a Dy0.6Y0.4Rh3.85Ru0.15B4 polycrystal we......
期刊： LOW TEMPERATURE PHYSICS, 2019; 45 (3)
Magnetic susceptibility chi(T) measurements on hexamethylbenzene C-6(CH3)(6) (HMB) as well as its deuterated analogue C-6(CD3)(6) (HMB-d(18)) in the r......
期刊： LOW TEMPERATURE PHYSICS, 2019; 45 (4)
Microwave superconducting quantum circuits are strongly affected by various defects that are unavoidable during the production process. This paper pre......
期刊： LOW TEMPERATURE PHYSICS, 2019; 45 (7)
The electronic transitions of ytterbium atoms in a solid Xe matrix grown at 4.8K are investigated. Absorption bands are detected in the regions of the......
期刊： LOW TEMPERATURE PHYSICS, 2018; 44 (3)
We substantiate the earlier proposed hypothesis about the nature of an anomaly previously observed in the temperature dependence of microwave losses o......
期刊： LOW TEMPERATURE PHYSICS, 2018; 44 (3)
Various types of single-photon counters operating in infrared, ultraviolet, and optical wavelength ranges are successfully used to study electromagnet......
