'Afm' diaporamas de présentation

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Nanotools for Materials Science

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Sensors & Instruments for station-based materials characterization of returned samples

Sensors & Instruments for station-based materials characterization of returned samples. Chun Chia Tan 04/01/2009. Outline. Introduction to materials characterization General overview of the equipment used to study different material properties X-ray photoelectron spectroscopy

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Put your Region/Network Name Here Empowerment : One AFM Game Plan

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Antiferromagnet ism in Intermetal lic Perovskite systems R.Rang anathan

Antiferromagnet ism in Intermetal lic Perovskite systems R.Rang anathan. Experimental Condensed Matter Physics Division. Saha Institute of Nuclear Physics 1/AF, Bidhannagar,Kolkata 700 064. Collaborators Intermetallic Perovskite : ABO 3 type Abhishek Pandey,C.Majumdar(SINP),

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Antiferromagnetic coulpling in spintronics

Antiferromagnetic coulpling in spintronics. Tom as Jungwirth. Institute of Physics ASCR & Charles Univ. , Czech Rep. Univ. of Nottingham, UK. Hitachi and Univ. Cambridge , UK & Japan. Politecnico di Milano, Italy. Univ. of California, Berkeley.

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Introduction to Sensing Probe Microscopy (SPM) Outline

Introduction to Sensing Probe Microscopy (SPM) Outline. Laboratory safety issues The word of nanotechnology Terminology What is SPM?. Laboratory Safety Review. Laser High Voltages Piezo Scanner Precautions. Laser Safety Information.

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The Atomic Force Microscope

The Atomic Force Microscope. The Braille Game!. Can you feel the surface and identify the features?. What is nano?. 10 -9 meters (one billionth of a meter) Objects between 1-100 nm. 1 mm = 1000 ? m. ? m, micrometer, micron 1 ? m = 1000 nm.

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The Atomic Force Microscope

The Atomic Force Microscope. Michael Crocker Valerie Goss Rebecca Quardokus Natalie Wasio. The Braille Game!. Can you feel the surface and identify the features?. What is nano?. 10 -9 meters (one billionth of a meter) Objects between 1-100 nm. 1 mm = 1000 ? m. ? m, micrometer, micron

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Exploring Nano Space: Atomic Force Microscopy (AFM ) ??????

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Why is AFM challenging?

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Scanning Probe Microscopy and Nanotechnology for Biomedical Applications

Scanning Probe Microscopy and Nanotechnology for Biomedical Applications. M. Dudziak Silicon Dominion / IEPB May 6, 1999. Contents. What is SPM and why use it in medicine? AFM, STM, LFM, MFM Some applications and results in life sciences & biomaterials research Approaches and methods -

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Unconventional superconductivity in Noncentrosymmetric Heavy-Fermion superconductors

Unconventional superconductivity in Noncentrosymmetric Heavy-Fermion superconductors. E. Bauer et al, Phys. Rev. Lett . 92 . 027003 (2004) M. Yogi et al. Phys. Rev. Lett . 93 , 027003 (2004) Kitaoka Laboratory Takuya Fujii. Content. Introduction Heavy Fermion & Fermi Liquid

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Examining the AF > FM transition in Fe-Rh thin films through photoemission and specific heat measurements. David W. Cooke, Catherine Bordel, Frances Hellman Physics Department, University of California, Berkeley. Peter Kruger Nanosciences Department University of Bourgogne, France.

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Folding DNA to create nanoscale shapes and patterns

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Nanoscale Characterisation Laboratory

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Raman spectra (white and green lines)

Acquisition of Surface-Enhanced Confocal Raman-AFM Chang Y. Ryu, Rensselaer Polytechnic Institute, DMR 0722563. AFM surface topography.

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Physician Scientist with Medical Project AFM newcomer. BMBS. AFM Training Center. Hospital AFM lab. Physician Scientist with AFM data AFM trained. Imaging from molecules to cells Fundamental WG that uses the basic strength of AFM: High Resolution Imaging.

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AFM-Raman and Tip Enhanced Raman studies of modern nanostructures

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CISMM: Computer Integrated Systems for Microscopy and Manipulation

Mucus. Cilia. Epithelial Cells. 5 m m. 25 m m. STRUCTURE. Dynamics. AFM Fluorescence SEM / TEM. AFM Fluorescence. Forces. AFM. Investigating Ciliary Beat Patterns through Correlated AFM, Fluorescence and Electron Microscopy: Structure, Dynamics, Forces.

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