Näytetään 251 - 260 yhteensä 309 tuloksesta haulle '"Diffusion."', hakuaika: 0,02s Tarkenna hakua
  1. 251

    System theory as a means of increasing innovation in the medical instrumentation industry. Tekijä Baura, G.D

    Artikkeli

    System theory as a means of increasing innovation in the medical instrumentation industry.
  2. 252

    Virtual damping and Einstein relation in oscillators. Tekijä Ham, D.

    Artikkeli

    Virtual damping and Einstein relation in oscillators.
  3. 253

    Hot-hole-induced dielectric breakdown in LDMOS transistors. Tekijä Labate, L.

    Artikkeli

    Hot-hole-induced dielectric breakdown in LDMOS transistors.
  4. 254

    Photoresponse analysis and pixel shape optimization for CMOS active pixel sensors. Tekijä Shcherback, I.

    Artikkeli

    Photoresponse analysis and pixel shape optimization for CMOS active pixel sensors.
  5. 255

    3-D optical and electrical simulation for CMOS image sensors. Tekijä Mutoh, H.

    Artikkeli

    3-D optical and electrical simulation for CMOS image sensors.
  6. 256

    An experimental study of charge diffusion in the undepleted silicon of X-ray CCDs. Tekijä Prigozhin, G.

    Artikkeli

    An experimental study of charge diffusion in the undepleted silicon of X-ray CCDs.
  7. 257

    Telemedicine diffusion in a developing Country The case of India (march 2004). Tekijä Pal, A.

    Artikkeli

    Telemedicine diffusion in a developing Country The case of India (march 2004).
  8. 258

    Model-Based Automated Extraction of Microtubules From Electron Tomography Volume. Tekijä Ming Jiang

    Artikkeli

    Model-Based Automated Extraction of Microtubules From Electron Tomography Volume.
  9. 259

    3-D snake for US in margin evaluation for malignant breast tumor excision using mammotome. Tekijä Ruey-Feng Chang

    Artikkeli

    3-D snake for US in margin evaluation for malignant breast tumor excision using mammotome.
  10. 260

    Modeling tumor growth and irradiation response in vitro-a combination of high-performance computing and Web-based technologies including VRML visualization. Tekijä Starnatakos, G.S

    Artikkeli

    Modeling tumor growth and irradiation response in vitro-a combination of high-performance computing and Web-based technologies including VRML visualization.

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