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back-formation | A Wisdom Archive on back-formation |  | back-formation A selection of articles related to back-formation |  |
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back-formation, Back-formation, Back-formation - More examples of back-formation, backronym, retronym, junctural metanalysis
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| ARTICLES RELATED TO back-formation |  |  |  | back-formation: Encyclopedia II - -logy - List of -ologies
-logy - A.
Acarology, the study of ticks and mites
Acridilogy, the study of Grasshoppers and Locusts
Actinobiology, the study of the effects of radiation upon living organisms
Actinology, the study of the effect of light on chemicals
Aerobiology, a branch of biology that studies organic particles, such as bacteria, fungal spores, very small insects and pollen, which are passively transported by the air.
Aerology, the study of the free ...
See also:-logy, -logy - Etymology, -logy - Other words ending in ology, -logy - Usage, -logy - List of -ologies, -logy - A, -logy - B, -logy - C, -logy - D, -logy - E, -logy - F, -logy - G, -logy - H, -logy - I, -logy - J, -logy - K, -logy - L, -logy - M, -logy - N, -logy - O, -logy - P, -logy - R, -logy - S, -logy - T, -logy - U, -logy - V, -logy - X, -logy - Z, -logy - Ologies that are not fields of study Read more here: » -logy: Encyclopedia II - -logy - List of -ologies |
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| |  |  |  | back-formation: Encyclopedia II - Laser - PhysicsA laser is composed of an active laser medium and a resonant optical cavity.
The gain medium is a material of controlled purity, size, and shape, which uses a quantum mechanical effect called stimulated emission (discovered by Einstein while researching the photoelectric effect) to amplify the beam. For a laser to operate, the gain medium must be "pumped" by an external energy source, such as electricity or light (from a classical source such as a flash lamp, or another laser). The pump energy is absorbed by the laser medium to produc ...
See also:Laser, Laser - Physics, Laser - History, Laser - Recent innovations, Laser - Uses of lasers, Laser - Popular misconceptions, Laser - LASER, Laser - Scientific misconceptions, Laser - Laser safety, Laser - Common laser types, Laser - Publications about lasers, Laser - Books, Laser - Periodicals Read more here: » Laser: Encyclopedia II - Laser - Physics |
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| |  |  |  | back-formation: Encyclopedia II - Serif - ClassificationSerif fonts can be classified into one of four subgroups: old style, transitional, slab serif, or modern.
Serif - Old Style.
Old style typefaces date back to the 15th century, and are characterized by a diagonal stressing, subtle differences between thick and thin lines (low line contrast), and excellent readability. Old style typefaces are reminiscent of the humanist calligraphy from which their forms were derived.
The angled stressing of old style faces generates diagonal lock, which, when combined with their bracket serifs creates detailed, positive word-p ...
See also:Serif, Serif - Background, Serif - Usage, Serif - Classification, Serif - Old Style, Serif - Transitional, Serif - Slab Serif, Serif - Modern Read more here: » Serif: Encyclopedia II - Serif - Classification |
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|  |  |  | back-formation: Encyclopedia II - -logy - List of -ologies
-logy - A.
Acarology, the study of ticks and mites
Actinobiology, the study of the effects of radiation upon living organisms
Actinology, the study of the effect of light on chemicals
Aerobiology, a branch of biology that studies organic particles, such as bacteria, fungal spores, very small insects and pollen, which are passively transported by the air.
Aerology, the study of the free atmosphere
Aeropalynology, the study of pollen grains and spores ...
See also:-logy, -logy - Etymology, -logy - Other words ending in ology, -logy - Usage, -logy - List of -ologies, -logy - A, -logy - B, -logy - C, -logy - D, -logy - E, -logy - F, -logy - G, -logy - H, -logy - I, -logy - J, -logy - K, -logy - L, -logy - M, -logy - N, -logy - O, -logy - P, -logy - R, -logy - S, -logy - T, -logy - U, -logy - V, -logy - X, -logy - Z, -logy - Ologies that are not fields of study Read more here: » -logy: Encyclopedia II - -logy - List of -ologies |
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| | | |  |  |  | back-formation: Encyclopedia II - Polyiamond - Counting polyiamondsThe basic combinatorial question is how many different polyiamonds with a given number of triangles exist. If mirror images are considered identical, the number of possible n-iamonds for n = 1, 2, 3, … is (sequence A000577 in OEIS):
1, 1, 1, 3, 4, 12, 24, 66, 160, …
As with polyominoes, fixed polyiamonds (where different orientations count as distinct) and one-sided polyiamonds (where mirror images count as distinct but rotations count as identical) may also be de ...
See also:Polyiamond, Polyiamond - Counting polyiamonds, Polyiamond - Symmetries, Polyiamond - Generalizations Read more here: » Polyiamond: Encyclopedia II - Polyiamond - Counting polyiamonds |
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|  |  |  | back-formation: Encyclopedia II - -logy - List of -ologies
-logy - A.
Acarology, the study of ticks and mites
Acridilogy, the study of Grasshoppers and Locusts
Actinobiology, the study of the effects of radiation upon living organisms
Actinology, the study of the effect of light on chemicals
Aerobiology, a branch of biology that studies organic particles, such as bacteria, fungal spores, very small insects and pollen, which are passively transported by the air.
Aerology, the study of the free atmosphereSee also: -logy, -logy - Etymology, -logy - Other words ending in ology, -logy - Usage, -logy - List of -ologies, -logy - A, -logy - B, -logy - C, -logy - D, -logy - E, -logy - F, -logy - G, -logy - H, -logy - I, -logy - J, -logy - K, -logy - L, -logy - M, -logy - N, -logy - O, -logy - P, -logy - R, -logy - S, -logy - T, -logy - U, -logy - V, -logy - X, -logy - Z, -logy - Ologies that are not fields of study Read more here: » -logy: Encyclopedia II - -logy - List of -ologies |
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| | |  |  |  | back-formation: Encyclopedia II - Classless Inter-Domain Routing - CIDR blocksCIDR is principally a bitwise, prefix-based standard for the interpretation of IP addresses. It facilitates routing by allowing blocks of addresses to be grouped together into single routing table entries. These groups, commonly called CIDR blocks, share an initial sequence of bits in the binary representation of their IP addresses. IPv4 CIDR blocks are identified using a syntax similar to that of IPv4 addresses: a four-part dotted-decimal address, followed by a slash, then a number from 0 to 32: A.B.C.D/N. The dotted decimal p ...
See also:Classless Inter-Domain Routing, Classless Inter-Domain Routing - CIDR blocks, Classless Inter-Domain Routing - Assignment of CIDR blocks, Classless Inter-Domain Routing - CIDR and masks, Classless Inter-Domain Routing - Prefix aggregation, Classless Inter-Domain Routing - Historical background Read more here: » Classless Inter-Domain Routing: Encyclopedia II - Classless Inter-Domain Routing - CIDR blocks |
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| | |  |  |  | back-formation: Encyclopedia II - Brunel University - History of Brunel UniversityBrunel is one of a number of UK universities created in the 1960s following the Robbins Report on higher education (often called the plate glass universities).
Originally Acton Technical College, based in Acton on the outskirts of London, it was decided in 1957 that the college should split into two sections – Acton Technical College continued to cater to technicians and craftsmen, whereas Brunel College of Technology (named for Isambard Kingdom Brunel, the ...
See also:Brunel University, Brunel University - History of Brunel University, Brunel University - Halls of residence, Brunel University - University league tables, Brunel University - Runnymede, Brunel University - Formula Student, Brunel University - Interesting facts, Brunel University - Famous alumni Read more here: » Brunel University: Encyclopedia II - Brunel University - History of Brunel University |
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| |  |  |  | back-formation: Encyclopedia II - Serif - UsageIn traditional print, serif fonts are used for body text because the serifs create more positive word-pictures which are easier to read. Sans-serif fonts are used for shorter pieces of text and for subject matter requiring a more casual feel than the formal look of seriffed types. Sans serif types have recently begun to supplant seriffed types for headings with a 'cleaner' look.
Seriffed fonts are the overwhelming type choice for lengthy text printed in books, newspapers and magazines.
The coarse resolution of computer screens has caused a reassessment of the role of serifs in readability, with a large percentage of web pages employing ...
See also:Serif, Serif - Background, Serif - Usage, Serif - Classification, Serif - Old Style, Serif - Transitional, Serif - Slab Serif, Serif - Modern Read more here: » Serif: Encyclopedia II - Serif - Usage |
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|  |  |  | back-formation: Encyclopedia II - Antipodes - EtymologyThe Greek word is attested in Plato's dialogue Timaeus, already referring to a spherical Earth, explaining the relativity of the terms "above" and "below":
For if there were any solid body in equipoise at the centre of the universe, there would be nothing to draw it to this extreme rather than to that, for they are all perfectly similar; and if a person were to go round the world in a circle, he would often, when standing at the antipodes of his former position, speak of the same point as above and below; for, as I was ...
See also:Antipodes, Antipodes - Geography, Antipodes - Regional usage, Antipodes - Etymology, Antipodes - Historical significance Read more here: » Antipodes: Encyclopedia II - Antipodes - Etymology |
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|  |  |  | back-formation: Encyclopedia II - Laser - HistoryIn 1916, Albert Einstein laid the foundation for the invention of the laser and its predecessor, the maser, in a ground-breaking rederivation of Max Planck's law of radiation based on the concepts of spontaneous and induced emission. The theory was forgotten until after World War II.
In 1953, Charles H. Townes and graduate students James P. Gordon and Herbert J. Zeiger produced the first maser, a device operating on similar principles to the laser, but producing microwave rather than optical radiation. Townes' maser was incapable of c ...
See also:Laser, Laser - Physics, Laser - History, Laser - Recent innovations, Laser - Uses of lasers, Laser - Popular misconceptions, Laser - LASER, Laser - Scientific misconceptions, Laser - Laser safety, Laser - Common laser types, Laser - Publications about lasers, Laser - Books, Laser - Periodicals Read more here: » Laser: Encyclopedia II - Laser - History |
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