lithographs |
lithography |
As nouns the difference between lithographs and lithography
is that
lithographs is while
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate.
As a verb lithographs
is (
lithograph).
lithography |
photolithography |
As nouns the difference between lithography and photolithography
is that
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate while
photolithography is a lithographic procedure in which printing plates are made using a photographic process.
epigraphy |
lithography |
As nouns the difference between epigraphy and lithography
is that
epigraphy is inscriptions collectively while
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate.
taxonomy |
lithography |
As nouns the difference between taxonomy and lithography
is that
taxonomy is the science or the technique used to make a classification while
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate.
lithography |
heliotypy |
As nouns the difference between lithography and heliotypy
is that
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate while
heliotypy is a method of transferring pictures from photographic negatives to hardened gelatin plates from which impressions are produced on paper as by lithography.
lithography |
lithotint |
As nouns the difference between lithography and lithotint
is that
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate while
lithotint is a kind of lithography by which the effect of a tinted drawing is produced, as if made with india ink.
lithography |
autography |
As nouns the difference between lithography and autography
is that
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate while
autography is writing in one's own handwriting.
lithography |
lithographical |
As a noun lithography
is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate.
As an adjective lithographical is
of or pertaining to lithography.
lithography |
spaser |
As nouns the difference between lithography and spaser
is that
lithography is the process of printing a lithograph on a hard, flat surface; originally the printing surface was a flat piece of stone that was etched with acid to form a surface that would selectively transfer ink to the paper; the stone has now been replaced, in general, with a metal plate while
spaser is the nanoplasmonic counterpart of a laser; a nanoscale source of optical fields with potential uses in nanoscale lithography, probing and microscopy.
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