Review Article

Nanosphere Lithography: A Powerful Method for the Controlled Manufacturing of Nanomaterials

Table 1

Characteristics of most popular lithographic techniques [7, 13, 19, 20].

TechniqueMinimum feature sizePatternAreaCostTimeUse

Deep UV L. [21]≅50–100 nmPWLargeHighShortIndustry
Immersion deep UV L. [22]≅30 nmPWLargeHighShortR & D
Extreme UV L. [23]<50 nmPWLargeHighShortR & D
X-Ray L.≅20 nmPWLargeHighShortR & D
Electron Beam L.≅ nmSWSmallHighLongR & D (industry)
Soft L. [11]≅10 nmPWLargeLowShortR & D (industry)
Scanning Probe L. [16]<1 nmSWSmallHighLongR & D

L.: lithography; PW: parallel writing; SW: sequential writing.