page_title: Niemeyer–Dolan technique
hierarchical_section_title: Niemeyer–Dolan technique
caption_attribution_description: English: Niemeyer-Dolan (angular evaporation) technique for the fabrication of single electron transistors. a: Side view, cut along the current path. b: Side view, cut perpendicular to the current path, and showing the resist mask and the layers deposited on it during the evaporations. Note how these depositions change the cross section of the openings in the mask. c: Top view, indicating the cut planes for views a and b. Drawings are approximately to scale in all dimensions.
context_page_description: The Niemeyer–Dolan technique, also called the Dolan technique or the shadow evaporation technique, is a thin-film lithographic method to create nanometer-sized overlapping structures.
  This technique uses an evaporation mask that is suspended above the substrate. The evaporation mask can be formed from two layers of resist. Depending on the evaporation angle, the shadow image of the mask is projected onto different positions on the substrate. By carefully choosing the angle for each material to be deposited, adjacent openings in the mask can be projected on the same spot, creating an overlay of two thin films with a well-defined geometry.
context_section_description: The Niemeyer–Dolan technique, also called the Dolan technique or the shadow evaporation technique, is a thin-film lithographic method to create nanometer-sized overlapping structures.
  This technique uses an evaporation mask that is suspended above the substrate (see figure). The evaporation mask can be formed from two layers of resist. Depending on the evaporation angle, the shadow image of the mask is projected onto different positions on the substrate. By carefully choosing the angle for each material to be deposited, adjacent openings in the mask can be projected on the same spot, creating an overlay of two thin films with a well-defined geometry.
caption: Niemeyer–Dolan technique for the fabrication of single electron transistors. (a) Side view, cut along the current path. (b) Side view, cut perpendicular to the current path, and showing the resist mask and the layers deposited on it during the evaporations. (c) Top view, indicating the cut planes for views a and b.
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