Search Results - "Kalayci, Y"

Molecular characterization of Mycobacterium bovis strains isolated from cattle and humans by spoligotyping and 24-locus MIRU-VNTR, and prevalence of positive IGRA in slaughterhouse workers in Southern Turkey by Güven Gökmen, T, Yakici, G, Kalayci, Y, Turut, N, Meral Ocal, M, Haligür, M, Günaydin, E, Köksal, F

“…BackgroundMycobacterium bovis is a zoonotic member of the Mycobacterium tuberculosis complex with a wide range of hosts, mainly cattle. Molecular…”
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Calculated valence electronic structure of 3d metals for use in the X-ray intensity ratio studies by Dagistanli, H., Kalayci, Y., Mutlu, R.H.

“…3d occupation numbers of the transition elements corresponding to various types of atomic configurations are calculated by means of the linear muffin-tin…”
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Influence of the alloying effect on nickel K-shell fluorescence yield in Ni–Si alloys by Kalayci, Y., Agus, Y., Ozgur, S., Efe, N., Zararsiz, A., Arikan, P., Mutlu, R.H.

“…Alloying effects on the K-shell fluorescence yield ω K of nickel in Ni–Si binary alloy system have been studied by energy dispersive X-ray fluorescence. It is…”
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Valence electronic structure of Ni in Ni–Si alloys from relative K X-ray intensity studies by Kalayci, Y., Aydinuraz, A., Tugluoglu, B., Mutlu, R.H.

“…The Kβ-to-Kα X-ray intensity ratio of Ni in Ni3Si, Ni2Si and NiSi has been determined by energy dispersive X-ray fluorescence technique. It is found that the…”
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A miniaturized Ka-band MMIC high-gain medium power amplifier in coplanar line technique by using a conventional 0.5 /spl mu/m MESFET technology by Kalayci, Y., Tempel, R., Lutke, W., Akpinar, M., Wolff, I.

“…This paper presents a miniaturized Ka-band MMIC high-gain medium power amplifier in coplanar line technique by using a conventional 0.5 /spl mu/m GaAs-MESFET…”
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Miniaturising of K-Band Coplanar MMIC-Amplifiers by Using Lumped Elements by Kalayci, Y., Tempel, R., Hopf, B., Borkes, J. J., Grundler, R., Wolff, I.

“…As MMICs become more widespread in commercial applications the costs of production gain increased attention. For the MMIC-Designer it is important to reduce…”
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Circuit-Internal Characterization of MMICs using Two-Dimensional Electro-Optic Field Mapping in Combination with Microwave CAD Techniques by David, G., Tempel, R, Ising, A., Kalayci, Y., Wolff, I., Jager, D.

“…For the first time, distributions of microwave signals in an MMIC are measured by electro-optic field mapping techniques and compared with results of microwave…”
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