%UHHGHUV LQ &URDWLD ZDV HVWDEOLVKHG DQG WRGD\ WKHUH DUH DERXW +ROVWHLQ KRUVHV LQ SULYDWH EUHHGLQJ ,Q WKH SHULRG RI \HDUV RI WKH .ULåHYFL +ROVWHLQ KRUVH EUHHGLQJ SURJUDPPH

[r]

Yet, the major problem of amorphous metal alloys is their metastable character, these alloys being used only at low temperatures, but by introducing crystalline copper in

Composition depth profile of d.c.-plated ternary Ni-Co-Fe alloys obtained from a stagnant solution For binary alloys, it was clear that the metal with high deposition

The behavior of the other alloys studied shows similar trends, however a wider temperature range of constant per- meability can be observed for the nanocrystalline samples of the

Low temperature and high field measurements were performed on nanocrystalline FeZrBCu alloys, on ball-milled Fe with nano-size grains and on melt-quenched amorphous Fe–Zr and

Short-range order in Fe-B metallic glass alloys

* See

50-100 mg/nap p.os 5-10 mg/nap p.os 90-180 mg/nap p.os 2.5-5 mg/nap p.os 5 mg/nap p.os 2-4 mg/nap p.os 0.25-2 mg/kg/nap p.os. 10-40 mg/nap p.os 10-40 mg/nap p.os 40-80

MAGNETIC STUCTURES AND PHASE TRANSFORMATIONS IN Mn-BASED CuAu-I TYPE

Egy, a kvantumtechnológiáról szóló európai virtuális rendezvény diákok és nagyközönség számára, amelyet az európai Quantum Flagship közösség szervez az Európai Kvantum

50 mg fi lmtabletta FORTEDOL 50 mg fi lmtabletta VOLTAREN DOLO 12,5 mg fi lmtabletta (OTC) 12,5 mg lágy kapszula (OTC) 25 mg bevont tabletta (OTC) 25 mg lágy kapszula

Based on the results of measurements, the evaluation was oriented to the curve of roughness, the functionality of surface roughness R a and the necessary quantity of the shot

Anomalous increase of the magnetic entropy change was observed for the Fe 92x Zr 7 B x Cu 1 amorphous alloy series with increasing B content above x > 15 at.% B, which was

Parameters obtained from XRD and M€ ossbauer spectroscopy for the studied samples: X XRD and X MS , fractions of a -Fe phase from XRD and M€ ossbauer, respectively; a fcc and a bcc

Our aim was to determine the phases formed after long time mechanical alloying of Fe 2Si powders and synthesize ␤ -FeSi

The different intensity ratios of the 2nd and 5th lines in case of the two samples indicate different anisotropies; the spontaneous magnetization of the discontinuous multilayer

Silicon nitride has better mechanical properties at high temperatures compared to most metals, and it ’ s low coef fi - cient of thermal expansion (CTE) results in a higher thermal