Linked from

The 16 pages that link to Inkjet printing, each with the reason it gives.

• Surface tensionRelated: Surface tension influences droplet breakup, flight, and spreading on the printed material.

• Capillary actionRelated: Capillary effects can influence ink flow through narrow printhead channels and nozzle wetting.

• Contact angleRelated: Substrate contact angles influence deposited drop spreading, dot shape, and print quality.

• InkRelated: Inkjet inks must form controlled droplets and produce color on the chosen medium.

• Printing inkBroader topic: Inkjet inks must form reliable droplets and suit the receiving surface.

• Photographic paperCompared with: Unlike photographic paper exposure, inkjet printing places pigment or dye directly on a surface.

• Photographic printingCompared with: It produces photographic prints by placing pigments or dyes directly, unlike light-sensitive chemical paper.

• Adobe RGB color spaceRelated: Some inkjet workflows can reproduce colors preserved by Adobe RGB beyond sRGB’s reach.

• Hewlett-PackardRelated: Inkjet technology became a major part of HP’s later consumer business.

• Piezoelectric actuatorRelated: Piezoelectric printheads use actuator deformation to eject controlled ink droplets.

• MEMSRelated: MEMS fabrication enables tiny thermal or piezoelectric actuators in printheads.

• Laser printingCompared with: It deposits liquid ink directly, rather than transferring fused toner.

• Dot matrix printingCompared with: Inkjet output is usually quieter and finer, but lacks dot matrix's impact-copy ability.

• Thermal printingCompared with: Unlike thermal printing, it places liquid ink directly without relying on heat-sensitive paper or ribbon.

• Drops and bubblesBroader topic: Precisely timed breakup turns a liquid jet into individual printed drops.

• MicromachineryRelated: Micromachined nozzles and actuators can eject and meter ink droplets.