Search Results - "Wörtge, M."

Contrast mechanisms in photothermal scanning tunneling microscopy by Probst, O., Grafstr m, S., Fritz, J., Dey, S., Kowalski, J., Neumann, R., W rtge, M., zu Putlitz, G.

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A compact scanning tunneling microscopy control and data acquisition system based on a Macintosh II workstation by Grafström, S., Kowalski, J., Neumann, R., Probst, O., Wörtge, M.

“…A compact system based on a Macintosh II workstation for scanning tunneling microscopy (STM) control, data acquisition, and image display and processing is…”
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Analysis and compensation of thermal effects in laser‐assisted scanning tunneling microscopy by Grafström, S., Kowalski, J., Neumann, R., Probst, O., Wörtge, M.

“…As an indispensable step towards detection of selective, resonant light absorption in laser‐assisted STM, we analyzed the thermal expansion produced by laser…”
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Prospects for electron cooling of antiprotons at low energies by Wolf, A., Poth, H., Schwab, W., Seligmann, B., Wörtge, M., Haseroth, H., Hill, C. E., Vallet, J. -L.

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The LEAR Electron Cooler: Recent Improvements and Tests by Habfast, C, Poth, H, Schwab, W, Seligmann, B, Wörtge, M, Wolf, A, Haseroth, H, Hill, C E, Vallet, J-L

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Positron accumulation and storage for antihydrogen production by Conti, R., Rich, A., Gidley, D., Skalsey, M., Van House, J., Zitzewitz, P. W., Poth, H., Schwab, W., Seligmann, B., Wörtge, M., Wolf, A.

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Antihydrogen production in a merged beam arrangement by Poth, H., Seligmann, B., Schwab, W., Wörtge, M., Wolf, A., Conti, R., Frieze, W., Gidley, D., Rich, A., Skalsey, M., Van House, J., Zitzewitz, P., Berger, J., Blatt, P., Neumann, R., Putlitz, G. Zu

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Scanning tunneling microscopy of liquid crystals, perylene‐tetracarboxylic‐dianhydride, and phthalocyanine by Freund, J., Probst, O., Grafström, S., Dey, S., Kowalski, J., Neumann, R., Wörtge, M., Putlitz, G. zu

“…Scanning tunneling microscopy measurements conducted on pure liquid crystals and liquid crystals in combination with the dyes…”
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A tunneling atomic force microscope with inertial tip‐to‐sensor approach by Probst, O., Grafström, S., Kowalski, J., Neumann, R., Wörtge, M.

“…An atomic force microscope is presented which uses the tunneling effect for signal detection, the tunneling tip‐to‐sensor approach being based on an inertial…”
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