Which mechanism limits spatial resolution in transmission electron microscope despite short wavelength?

💡 Explanation

When electrons pass through the objective lens, chromatic aberration occurs because variations energy affect the focal length giving blurring, limiting the resolution despite De Broglie wavelength reduction. Therefore chromatic aberration limits resolution, rather than orbital diffraction, charging or thermal noise which require different failure context.

• Which process explains decreased vapor pressure from urea?
• Which consequence results when impedance mismatch initiates reflection?
• Which consequence results when exceeding a pump's allowed Net Positive Suction Head (NPSH) due to vaporization?
• Which consequence results when sodium chloride deposition concentrates near gas turbine blades?
• Which risk increases when a fluid's non-dimensional number exceeds design limits?
• Which effect occurs during magnetic hysteresis in ferromagnetic materials?