25,234 research outputs found
Analýza perspektivy vedoucích prodeje na řízení pojišťovacích agentů v etnicky různorodých zastoupeních v Organizaci G, Malajsie.
Cílem této práce je odhalit klíčové faktory a výzvy spojené s řízením etnicky různorodého pojišťovacího zastoupení v oboru životního pojištění v Malajsii. Autor si klade za cíl zkoumat pohled vedoucích prodeje v Organizaci G v Malajsii na jejich způsob řízení agentů. Kombinované kvantitativní a kvalitativní metody budou použity prostřednictvím průzkumu a rozhovorů se 79 agenty a 12 vedoucími prodeje. Odpovědi budou analyzovány za účelem porozumění výzvám, kterým čelí vedoucí prodeje při řízení etnicky různorodého zastoupení, a zkoumat potenciální řešení. Autor navrhuje iniciativy a metody k posílení stylů vedení a zlepšení procesů pro udržení úspěšného zastoupení v kontextu etnické rozmanitosti.The goal of this thesis is to uncover the key factors and challenges in managing an ethnically diverse insurance agency in Malaysia's life insurance industry. The author aims to examine the sales managers' perspective in Organisation G, Malaysia, regarding their expression of managing their agents. Quantitative and qualitative methods will be employed through surveys and interviews among 79 agents and 12 sales managers. The responses will be analysed to understand the challenges sales managers face in managing a multi-ethnic agency and explore potential solutions. The author proposes initiatives and methods to enhance leadership styles and improve the processes for maintaining a successful agency in the context of multi-ethnicity
Visualizing Vortex Dynamics in Py/Nb Thin Film Hybrids by Low Temperature Magnetic Force Microscopy
We have analyzed the vortex dynamics in Py(1 μm)/SiO2(10 nm)/Nb(360 nm) thin film heterostructures as resulted from Magnetic Force Microscopy (MFM) frequency shift maps at low temperatures. The Nb film thickness has been chosen larger than the superconducting London penetration depth of about λ L=68 nm at the measuring temperatures. Above the Nb T c, the stripe-like Py stray field is visualized with half-period w Py=520 nm. Below the Nb T c, we have found that in a zero applied field, the supercurrents established in the Nb layer completely screen the out-of-plane component of the Py stray field. However, when the samples are cooled in a uniform external magnetic field, vortices are formed in chain-like configurations along the stripes with the same polarity. By decreasing and reversing the applied field, for low intensities, we have found a rigidity of the vortex array that remains “frozen” in the configuration as determined after the first field cooling run. The observed symmetry is then broken for higher values of the applied field, when an antivortex “avalanche” enters the Ferromagnetic/Superconducting (FM/SC) system
Vortex Confinement in Planar Superconductor/FerromagnetHybrid Structures
We use low temperature magnetic force microscopy and global magnetometry measurements to study the influence of magnetic domains on the Abrikosov vortex pinning in planar superconducting/ferromagnet bilayers. The superconducting/ferromagnet bilayers
consist of a 200 nm superconducting Nb film covering a Permalloy film, with an insulating layer in between to avoid proximity effect.
The periodic stripe domain in the Permalloy film produces a potential for directing vortex motion in the adjacent superconducting film.
We observed an enhancement of vortex pinning by a factor of 3 that occurs in bilayers with a magnetic stripe domains nm,
close to the superconducting critical temperature . At lower temperatures, when the channeled vortex motion
and the intrinsic pinning favor vortex avalanches
Visualizing vortex dynamics in Nb based Superconductor/ferromagnet thin film heterostructures
Magnetic pinning in a superconducting film by a ferromagnetic layer with stripe domains
A magnetic study of superconductor/ferromagnet bilayers was performed by hysteresis loops and temperature-dependent magnetization measurements. The superconductor/ferromagnet bilayers consist of a Nb film deposited on a Py film with weak perpendicular magnetic anisotropy. By comparing the temperature-dependent magnetization data obtained on samples with different ferromagnetic layer thickness, a decrease of the magnetic pinning with increasing thickness of the ferromagnetic layer has been found. This is confirmed by the reduction of the Nb film critical current density at low fields extracted by using the magnetic irreversibility of the hysteresis loops. The reduction of the pinning can be related to the increase of the stripe width in the ferromagnetic layer observed by magnetic force microscopy (MFM) measurements
Innovation in traditional porcelain company G. Benedikt
This thesis recognizes the importance of innovation in an everchanging world, even for traditional companies. The aim of this thesis is to gain a comprehensive understanding of the factors that influence product innovation at G. Benedikt and identify trends and factors within the HoReCa sector that can help the company to remain competitive and profitable in the future. To achieve this author elaborated on the s the company’s approach towards innovation, evaluated the impact of being a family business on its innovativeness, explored the external factors, assessed how is G. Benedikt compared to its competitors in terms of innovation and market trends that may affect the development of new products. Additionally, the research seeks to uncover potential areas of focus and opportunities for further innovation to drive growth and maintain a competitive edge within the industry.Tato práce se věnuje důležitosti inovací v neustále se měnícím světě, a to i v tradiční společnosti. Cílem této práce je získat komplexní představu o faktorech, které ovlivňují inovaci výrobků ve společnosti G. Benedikt, a identifikovat trendy a faktory v odvětví HoReCa, které mohou společnosti pomoci udržet si konkurenceschopnost a ziskovost i v budoucnu. Za tímto účelem autorka zpracovala přístup společnosti k inovacím, zhodnotila vliv toho, že je rodinným podnikem, na její inovativnost, prozkoumala vnější faktory, posoudila, jak je společnost G. Benedikt srovnávána se svými konkurenty z hlediska inovací a tržních trendů, které mohou ovlivnit vývoj nových výrobků. Kromě toho se výzkum snažil odhalit potenciální oblasti, na které je třeba se zaměřit, a příležitosti pro další inovace, aby se podpořil růst a udržel konkurenční náskok v rámci odvětví
Observation of superconducting vortex clusters in S/F hybrids
While Abrikosov vortices repel each other and form a uniform vortex lattice in bulk type-II superconductors, strong confinement potential profoundly affects their spatial distribution eventually leading to vortex cluster formation. The confinement could be induced by the geometric boundaries in mesoscopic-size superconductors or by the spatial modulation of the magnetic field in superconductor/ferromagnet (S/F) hybrids. Here we study the vortex confinement in S/F thin film heterostructures and we observe that vortex clusters appear near magnetization inhomogeneities in the ferromagnet, called bifurcations. We use magnetic force microscopy to image magnetic bifurcations and superconducting vortices, while high resolution scanning tunneling microscopy is used to obtain detailed information of the local electronic density of states outside and inside the vortex cluster. We find an intervortex spacing at the bifurcation shorter than the one predicted for the same superconductor in a uniform magnetic field equal to the thermodynamical upper critical field H c2. This result is due to a local enhanced stray field and a competition between vortex-vortex repulsion and Lorentz force. Our findings suggest that special magnetic topologies could result in S/F hybrids that support superconductivity even when locally the vortex density exceeds the thermodynamic critical threshold value beyond which the superconductivity is destroyed
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