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Reciprocating engine with cylinders arranged radially from a single crankshaft
The radial engine is a reciprocating type internal combustion engine configuration in which the cylinders "radiate" outward from a central crankcase like
Radial_engine
Internal combustion engine with cylinders rotating around a stationary crankshaft
The rotary engine is an early type of internal combustion engine, usually designed with an odd number of cylinders per row in a radial configuration.
Rotary_engine
Engine designed for use in powered aircraft
configurations of aviation inline engine, such as X-engines, U-engines, H-engines, etc., see inline engine (aeronautics). A radial engine has the cylinders placed
Aircraft_engine
Radial engine brand
LeBlond radial engines, later produced under the name Ken-Royce, were a family of 3-cylinder, 5-cylinder and 7-cylinder, air-cooled radial engines for aircraft
LeBlond_radial_engines
1900s French piston aircraft engine range
three-cylinder fan engines and radial engines, one of which powered Louis Blériot's 1909 cross-channel flight. An Anzani three-cylinder engine that powers a
Anzani_3-cylinder_fan_engines
Series of I6 and V8 engines built by Chrysler
860 kW). The P-47 was already in production with a Pratt & Whitney radial engine when the XIV-2220 flew successfully in trials in 1945 as a possible
Chrysler_Hemi_engine
French aircraft engine series overview article
built several prototype engines of various layouts including a seven-cylinder water-cooled radial. The first Clerget aero engine to enter series production
Clerget_aircraft_engines
German aircraft engine developed by BMW during World War II
14-cylinder-radial aircraft engine built by BMW and used in a number of German Luftwaffe aircraft of World War II. Production versions of the twin-row engine generated
BMW_801
water-cooled radial engine Salmson M.9 water-cooled radial engine Salmson P.9 water-cooled radial engine Salmson R.9 water-cooled radial engine Salmson M.7 water-cooled
List_of_aircraft_engines
1919-1947 American aircraft manufacturer
radial engine. 3 built. Waco QCF: 165 hp (123 kW) Continental A-70 radial engine. 31 built. Waco UCF: 210 hp (160 kW) Continental R-670 radial engine
Waco_Aircraft_Company
1940s Japanese piston aircraft engine
radial engine used in a number of combat aircraft of the Imperial Japanese Navy and Imperial Japanese Army before and during World War II. The engine
Nakajima_Sakae
Russian radial aircraft engine
radial engine. Producing 360 hp (268 kW), its design dates from the 1940s (Kotelnikov 2005), and is itself a development of the Ivchenko AI-14 engine
Vedeneyev_M14P
The Comet 7-cylinder radials were a family of air-cooled radial engines, designed and built by the Comet Engine Corporation at Madison, Wisconsin from
Comet 7-cylinder radial engines
Comet_7-cylinder_radial_engines
Danish watchmaker and inventor
three-cylinder radial engine fitted which is considered being reuse of his original engine, hence the first functioning radial engine still exists and
Jacob_Ellehammer
Horizontally opposed 6-cylinder piston engine
radial engines in small aircraft after World War II because they were less expensive to manufacture. The smaller frontal area compared with a radial engine
Flat-six_engine
Japanese fighter aircraft
14-cylinder Mitsubishi Ha-112-II radial engine in place of the original Kawasaki Ha-40 inverted V-12 inline engine, resulting in one of the best interceptors
Kawasaki_Ki-100
Engine configuration
compared to a radial engine. Therefore, the configuration has been rarely used. Several of the X engine designs were based on combining two V engines. Four types
X_engine
Combustion engine using pistons facing to the sides on a common crankshaft
where straight engines are a rarity and V engines have almost vanished except in historical aircraft. They have even replaced radial engines in many smaller
Flat_engine
1900s American piston aircraft engine
five-cylinder radial engine design failed to live up to its claims. Langley's chief assistant, Charles Manly, then reworked the engine to produce a design
Manly–Balzer_engine
1937 18-cylinder radial piston engine family by Wright
Duplex-Cyclone is an American twin-row, supercharged, air-cooled, radial aircraft engine with 18 cylinders displacing nearly 3,350 cubic inches (54.9 L)
Wright_R-3350_Duplex-Cyclone
spokes of a wheel. JRL Cycles Radial Chopper Radial Hell The rotary engine was an early type of internal combustion engine, usually designed with an odd
List of motorcycles by type of engine
List_of_motorcycles_by_type_of_engine
Mixture formation system
German aircraft engines used GDI, such as the BMW 801 radial engine, the inverted V12 Daimler-Benz DB 601, DB 603 and DB 605 engines, and the similarly
Gasoline_direct_injection
Computer that adjusts electronics in an internal combustion propulsion system
multiple engine control functions simultaneously was created by BMW in 1939 Kommandogerät system used by the BMW 801 14-cylinder radial engine which powered
Engine_control_unit
R-28 piston aircraft engine family
Whitney R-4360 Wasp Major is an American 28-cylinder four-row radial piston aircraft engine designed and built during World War II. At 4,362.5 cu in (71
Pratt & Whitney R-4360 Wasp Major
Pratt_&_Whitney_R-4360_Wasp_Major
R-9 piston aircraft engine family
The Wright R-1820 Cyclone 9 is an American radial engine developed by Curtiss-Wright, widely used on aircraft in the 1930s through 1950s. It was produced
Wright_R-1820_Cyclone
1939 fighter aircraft family by Focke-Wulf
the Jagdwaffe (Fighter Force) of the Luftwaffe. The twin-row BMW 801 radial engine that powered most operational versions enabled the Fw 190 to lift larger
Focke-Wulf_Fw_190
the Stammkennzeichen code KB+II. Its end is not known. As the BMW 801 radial engine became available, a Bf 109F, Werknummer 5608, callsign D-ITXP was converted
Messerschmitt_Bf_109_variants
British nine-cylinder radial engine family
The Bristol Jupiter is a British nine-cylinder single-row piston radial engine that was built by the Bristol Aeroplane Company. Originally designed late
Bristol_Jupiter
Family of military training aircraft
The North American Aviation T-28 Trojan is a radial-engine military trainer aircraft manufactured by North American Aviation and used by the United States
North_American_T-28_Trojan
Sequence of cylinder ignition in a piston engine
Pontiac engines would have cylinder #1 on the left bank, to simplify the process of identifying the cylinders.[citation needed] In a radial engine the cylinders
Firing_order
Aircraft engine family
a series of widely used air-cooled aircraft engines. After their successful water-cooled radial engines, developed from 1908 to 1918, Salmson changed
Salmson air-cooled aero-engines
Salmson_air-cooled_aero-engines
Internal combustion engine with two banks of cylinders at an angle resembling a 'V'
V20 V24 V32 Straight engine Flat engine Radial engine U engine H engine W engine X engine Media related to V engines at Wikimedia Commons Larson, Len
V_engine
1944 experimental fighter aircraft
28-cylinder air-cooled radial engine with a supercharger mounted behind the pilot and driven by an extension shaft from the engine. The armament consisted
Republic_XP-72
Radial aircraft engine by Bristol Engine Company
Hercules is a 14-cylinder two-row radial aircraft engine designed by Sir Roy Fedden and produced by the Bristol Engine Company starting in 1939. It was
Bristol_Hercules
Topics referred to by the same term
locomotive or carriage Radial compressor Radial delayed blowback Radial engine Radial tire Radial, Inc., e-commerce business Axial (disambiguation) Radiate (disambiguation)
Radial
Four-stroke diesel radial engine
A-1020 is a four-stroke diesel radial engine developed for use in aircraft and tanks. Development of the Guiberson diesel engine started in the 1930s with
Guiberson_A-1020
Racing aircraft in the US
speed. It was fitted with a Pratt & Whitney R-1535 twin-row 14-cylinder radial engine of 1,535 cubic inches (25.15 L), originally rated at 700 horsepower
Hughes_H-1_Racer
Tank variants of World War II
a hatch for the loader and commander's cupola. M4 Continental R-975 radial engine; welded hull. 75mm cannon. Users: US, Britain, Poland, France. M4 Composite
M4_Sherman_variants
American WWII-era aircraft engine
Wright R-2600 Cyclone 14 (also called Twin Cyclone) is an American radial engine developed by Curtiss-Wright, and widely used in aircraft in the 1930s
Wright_R-2600_Twin_Cyclone
Japanese manufacturer of model aircraft engines
English) O.S Engines Home Page Saito Engines Archived 2011-09-03 at the Wayback Machine Technopower Engines Radial Engines Yamada Engines Craftmanship
O.S._Engines
Soviet single-engine civilian aircraft
An-2-100) are powered by a 750 kW (1,010 hp) nine-cylinder Shvetsov ASh-62 radial engine. The Antonov An-2 was designed to meet a 1940s Soviet Ministry of Forestry
Antonov_An-2
1958; lost to the Sukhoi T-43 MiG I-210 (IKh) - MiG-3 re-engined with a ASh-82A radial engine, 1941; also known as MiG-3-82 or MiG-9 (not to be confused
List of Mikoyan and MiG aircraft
List_of_Mikoyan_and_MiG_aircraft
Chinese aircraft
Zhuzhou Huosai HS-6 radial piston engine. CJ-6A Improved version, powered by a 285-hp Zhuzhou Huosai HS-6A radial piston engine. CJ-6B Two-seat armed
Nanchang_CJ-6
Family of fighter aircraft
around the powerful Pratt & Whitney R-2800 Double Wasp 18-cylinder radial engine, which also powered the U.S. Navy/U.S. Marine Corps Grumman F6F Hellcat
Republic_P-47_Thunderbolt
Czech aircraft engine manufacturer
horizontally opposed engines to concentrate on the producing radial engines, starting with the Verner Scarlett 7H seven cylinder, four stroke radial, aimed at the
Verner_Motor
Radial aircraft engine
is an American radial engine developed in 1942 to power military aircraft. It is one of the Pratt & Whitney Wasp series of radial engines. The R-2000 was
Pratt & Whitney R-2000 Twin Wasp
Pratt_&_Whitney_R-2000_Twin_Wasp
Categorization system of internal combustion engines
meaning “shortened inline engine”. Radial engines have cylinders mounted radially around a central crankcase. Rotary engines have a similar configuration
Engine_configuration
Aircraft tasked primarily with ground attack while retaining some air combat capability
Rothermere, owner of the Daily Mail. It had two Bristol Mercury XV radial engines of 920 hp (690 kW) each, a crew of three, and its payload was just 1
Fighter-bomber
14-cylinder[citation needed] two-row radial, air-cooled (prototype) BMW 801 14-cylinder two-row radial, air-cooled — most-produced radial engine of the Third Reich BMW
List of aircraft engines of Germany during World War II
List_of_aircraft_engines_of_Germany_during_World_War_II
Single-engine agricultural biplane
four different engines - the 220-225 hp (164-168 kW) Continental Motors radial engine, the 240 hp (179 kW) Gulf Coast W-670-240 radial engine, the 245 hp
Grumman_Ag_Cat
Amphibious airliner in the US
twin-engined amphibious aircraft. Many have been modified by replacing the original Pratt & Whitney Wasp H radial engines with modern turboprop engines. Manufactured
Grumman_G-73_Mallard
Evolution of American Tanks
initial M2 model was powered by an air-cooled Wright R-975 radial engine. For the M2A1, this engine was supercharged to provide an extra 50 hp (37 kW) for
Tanks_of_the_United_States
Air compressor for an internal combustion engine
example, both the F4U Corsair and the P-47 Thunderbolt used the same radial engine, but the large barrel-shaped fuselage of the turbocharged P-47 was needed
Supercharger
Japanese carrier-based dive bomber
Atsuta engine, a licensed version of the German Daimler-Benz DB 601, while the later D4Y3 and D4Y4 featured the Mitsubishi MK8P Kinsei radial engine. Like
Yokosuka_D4Y_Suisei
14-cylinder double-row radial engine. Air-cooled 18-cylinder double-row radial engine. Air-cooled, more than 18-cylinders, multi-row radial engine. Liquid-cooled
Japanese aircraft engine identification systems
Japanese_aircraft_engine_identification_systems
Japanese fighter aircraft
displacement, Ha-45 Homare ("Praise" or "Honor") air-cooled eighteen-cylinder radial engine, first accepted for military use in 1941, that gave the Hayate its high
Nakajima_Ki-84
1930s French radial aircraft engine
Major was a 14-cylinder, two-row, air-cooled radial engine. It was Gnome-Rhône's major aircraft engine prior to World War II, and matured into a highly
Gnome-Rhône_Mistral_Major
engaged Salmson to build engines to their designs. Data from Type: 9-cyl radial engine Bore: 125 mm (4.921 in) Stroke: 170 mm (6.693 in) Displacement: 18.776 L
Salmson water-cooled aero-engines
Salmson_water-cooled_aero-engines
Aircraft engine
designation), was a Japanese air-cooled twenty-two-cylinder twin-row radial aircraft engine designed by Hitachi during the final years of World War II. The
Hitachi_Ha-51
Fighter aircraft in Italy
use of a inline engine (a license-built copy of the German Daimler-Benz DB 605 engine) instead of the traditionally favoured radial engine. It was armed
Fiat_G.55_Centauro
1940s Japanese radial engine
Air Service (IJNAS)), was a Japanese 18-cylinder, twin-row air-cooled radial engine developed during World War II. It was a more powerful derivative of
Mitsubishi_Ha-43
American light single radial engine aircraft
The Cessna 190 and 195 Businessliner are a family of light single radial engine powered, conventional landing gear equipped, general aviation aircraft
Cessna_195
Marine diesel radial engine
42-cylinder diesel radial engine built in the 1970s by the Soviet Union. Its primary use was in Soviet missile boats that used three of these engines and is in
Zvezda_M503
Soviet aircraft engine
The Shvetsov M-25 was an aircraft radial engine produced in the Soviet Union (USSR) in the 1930s and 1940s, a licensed production variant of the Wright
Shvetsov_M-25
1940s American piston aircraft engine
arranged around a central crankshaft, to form a four-row radial engine. Unlike most multi-row radials, which "spiral" the cylinders to allow cooling air to
Lycoming_XR-7755
Family of utility helicopters
Air Force counterparts. The H-19 pioneered the use of a nose-mounted radial engine powering a single fully articulated main rotor located above the cabin
Sikorsky_H-19_Chickasaw
Manufacturer of aircraft engines
to be powered by the H-2470, but the engine's poor performance led to the adoption of an alternative radial engine on the prototype. (The XF14C did not
Lycoming_Engines
Fighter aircraft family variants
[PS] (1,530 hp; 1,140 kW) BMW 139 14-cylinder[citation needed] two-row radial engine, first flew on 1 June 1939. It soon showed exceptional qualities for
List of Focke-Wulf Fw 190 variants
List_of_Focke-Wulf_Fw_190_variants
Experimental German aircraft engine developed by BMW
experimental 14-cylinder[contradictory] two-row radial engine developed by BMW in 1935. The purpose of the engine was to power the Focke-Wulf Fw 190, however
BMW_139
1940 bomber aircraft family by Dornier
unitized-mount format radial engines, added a supplementary command unit to the usual 801 Kommandogerät engine control unit for each radial, which could engage
Dornier_Do_217
Exhaust-powered forced-induction device for engines
considered the birth of the turbocharger. This patent was for a compound radial engine with an exhaust-driven axial flow turbine and compressor mounted on
Turbocharger
Soviet fighter aircraft
LaGG-3, replacing the earlier model's inline engine with the much more powerful Shvetsov ASh-82 radial engine. During its time in service, it was one of
Lavochkin_La-5
Soviet-designed large turboprop aircraft engine
24-cylinder, turbo-compound, inline radial engine developed after the end of World War II. It was superseded by turboprop engines before it could be widely used
Dobrynin_VD-4K
aircraft radial engine, designed and produced by Verner Motor of Šumperk for use in ultralight and homebuilt aircraft. By April 2018 the engine was no longer
Verner_Scarlett_7H
Prototype Soviet high-altitude fighter aircraft
variant of the Mikoyan-Gurevich MiG-3, fitted with a Shvetsov ASh-82F radial engine. Its development was quite prolonged, although successful, but by the
Mikoyan-Gurevich_I-211
English engineer
radial engine which could be powered by steam, water or compressed air at high speed and in perfect balance. Put to many uses the Brotherhood engine drove
Peter_Brotherhood
Utility helicopter in the USSR
flexibility. It is powered by two 325 hp (239 kW) Vedeneyev M-14V-26 radial engines mounted in outboard nacelles. The Ka-26 is eminently useful for civil
Kamov_Ka-26
1920s French reconnaissance aircraft family
Lorraine-Dietrich 12Eb engine was unavailable in Poland, it was replaced in 47 aircraft with a more powerful PZL Bristol Jupiter VIIF radial engine, starting from
Potez_25
Soviet radial piston aircraft engine
1941) is a nine-cylinder, air-cooled, radial aircraft engine produced in the Soviet Union. A version of this engine is produced in Poland as the ASz-62
Shvetsov_ASh-62
World War II German light bomber
tail, "shoulder wing" and typically powered by a pair of Bramo 323P radial engines. The first prototype made its maiden flight on 23 November 1934, and
Dornier_Do_17
Internal combustion engine type
combustion engine Napier Deltic Poppet valve Radial engine Rotary engine Six-stroke engine Stirling engine Stroke (engine) Two- and four-stroke engines Two-stroke
Four-stroke_engine
American aircraft engine manufacturer (1926–1945)
air-cooled radial engine. Only 44 were built. By 1933, Jacobs had developed its most famous engine, the L-4 seven-cylinder air-cooled radial, with a power
Jacobs Aircraft Engine Company
Jacobs_Aircraft_Engine_Company
Polish fighter aircraft
with a licence-built Bristol Mercury radial engine, the terms of this licence did not permit PZL to export the engine as well as placing restrictions upon
PZL_P.24
American medium battle tank
Initially designated the T5, the redesigned model (with a 350 hp R-975 radial engine) was re-designated as the M2 Medium Tank in June, 1939. After the first
M2_medium_tank
Annual aviation award administered by the US National Aeronautical Association
design/development of the first, practical diesel aircraft engine, the DR-980 radial engine. 1932 – Glenn L. Martin for the design of the Martin B-10 (XB-907)
Collier_Trophy
Soviet training aircraft
(355 hp) Vedeneyev M14 nine-cylinder radial engine as well as the same underlying compressed-air system for engine starting, brakes, undercarriage and
Yakovlev_Yak-18T
1932 14-cylinder radial piston engine family by Pratt & Whitney
The Pratt & Whitney R-1830 Twin Wasp is an American air-cooled radial aircraft engine. It has 14 cylinders, arranged in two rings of seven. It displaces
Pratt & Whitney R-1830 Twin Wasp
Pratt_&_Whitney_R-1830_Twin_Wasp
1930s French piston aircraft engine
The Gnome-Rhône 14M was a small 14-cylinder two-row air-cooled radial engine that was used on several French and German aircraft of World War II. While
Gnome-Rhône_14M
R-18 aircraft piston engine
18-cylinder air-cooled radial engine. The 18L was a large step up in terms of displacement, power and number of cylinders. The majority of engines made by Gnome
Gnome-Rhône_18L
American WWII-era aircraft engine
18-cylinder, air-cooled radial aircraft engine with a displacement of 2,800 cu in (46 L), and is part of the long-lived Wasp family of engines. The R-2800 saw
Pratt & Whitney R-2800 Double Wasp
Pratt_&_Whitney_R-2800_Double_Wasp
1930s British piston aircraft engine
Hyena was a British aero engine developed by Armstrong Siddeley. Designed in the 1930s, it was an unusual experimental radial engine with inline cylinder
Armstrong_Siddeley_Hyena
WW2 American light tank
aircraft engines. Internally, the radial engine was at the rear and the transmission at the front of the tank's hull. The driveshaft connecting the engine and
M3_Stuart
Radial aero engine
Bristol Pegasus is a British nine-cylinder, single-row, air-cooled radial aero engine. Designed by Roy Fedden of the Bristol Aeroplane Company, it was used
Bristol_Pegasus
Japanese WW2 fighter
layout and lines, and also used essentially the same Nakajima Sakae radial engine, with similar round cowlings and Bubble canopy (the Ki-43 being distinctly
Nakajima_Ki-43_Hayabusa
1930s Italian piston aircraft engine
The Fiat A.74 was a two-row, fourteen-cylinder, air-cooled radial engine produced in Italy in the 1930s as a powerplant for aircraft. It was used in some
Fiat_A.74
Engine utilising one or more reciprocating pistons
configuration, horizontally opposite each other, or radially around the crankshaft. Opposed-piston engines put two pistons working at opposite ends of the
Reciprocating_engine
1930s French piston aircraft engine
The Gnome-Rhône 14N was a 14-cylinder two-row air-cooled radial engine designed and manufactured by Gnome-Rhône just before the start of World War II
Gnome-Rhône_14N
Family of aircraft engines
& Whitney Wasp was the civilian name of a family of air-cooled, radial piston engines developed in the 1920s, 1930s, and 1940s. The Pratt & Whitney Aircraft
Pratt_&_Whitney_Wasp_series
Transport aircraft family by Fokker
Platz, convert a single-engine F.VIIA airliner to a trimotor configuration, powered by 200 hp (150 kW) Wright Whirlwind radial engines. The resulting aircraft
Fokker_F.VII
Bicycle with a motor or engine and transmission
fixed-crankshaft radial engine built into the back wheel. In 1896, E. R. Thomas of Buffalo, New York, began selling gasoline engine kits for propelling
Motorized_bicycle
RADIAL ENGINE
RADIAL ENGINE
Boy/Male
Sikh
One on whom there is gods grace, Gods mercy
Female
Serbian
(Радмила) Feminine form of Serbian Radmilo, RADMILA means "happy favor."
Girl/Female
Muslim
Honesty, Just, Upright, Justice
Boy/Male
Hindu, Indian
Wife of Lord Krishna
Girl/Female
Muslim
High, Sublime, Exquisite
Boy/Male
Sikh
Beauteous
Surname or Lastname
English
English : habitational name from various places, for example either of the places named Radway (in Devon and Warwickshire), Reddaway or Roadway (both in Devon), all named from Old English rÄ“ad ‘red’ + waye ‘road’, ‘way’, or from Rodway in Somerset, in which the first element is from Old English rÄd ‘road’, ‘track’.
Girl/Female
Muslim
Leader, Pioneer
Boy/Male
Muslim
Greenery
Boy/Male
Sikh
King like incarnation of God in heaven
Girl/Female
Muslim
Veiled, Covered
Girl/Female
Arabic, French
Satisfied; Content
Girl/Female
Muslim
Content, Satisfied
Boy/Male
Hindu, Indian
God's Kindness
Male
English
Variant spelling of English Gaddiel, GADIEL means "God is my fortune."Â
Girl/Female
Muslim
One who is full of shame
Male
English
Medieval form of English Randolf, RANDAL means "shield-wolf."
Girl/Female
Indian
Honesty, Just, Upright, Justice
Boy/Male
Muslim
Brook, Rivulet
Girl/Female
Indian
Content, Satisfied
RADIAL ENGINE
RADIAL ENGINE
Boy/Male
Tamil
Jaipreeth | ஜைபà¯à®°à®¿à®¤
The victory of Love, Loard of uganda
Boy/Male
Tamil
Dhanurdhara | தநà¯à®‚à®°à¯à®¤à®¾à®°à®¾
One with a bow in hand
Girl/Female
Hindu, Indian
Full of Nectar; Delighting
Boy/Male
Indian
One who raises intellect, Esteem, One who elevates, Slave of the exalter
Boy/Male
Hindu, Indian, Punjabi, Sikh, Traditional
Mountain
Boy/Male
Indian
Blessed
Boy/Male
Muslim/Islamic
Slave of the one who conceals faults
Girl/Female
Bengali, Gujarati, Hindu, Indian, Kannada, Malayalam, Marathi, Sindhi, Telugu
Elegant and Beautiful
Surname or Lastname
English
English : variant of Fennell 1, found predominantly in East Sussex.
Girl/Female
Assamese, Bengali, Gujarati, Hindu, Indian, Kannada, Malayalam, Marathi, Punjabi, Rajasthani, Sikh, Sindhi, Telugu, Traditional
One; Unity
RADIAL ENGINE
RADIAL ENGINE
RADIAL ENGINE
RADIAL ENGINE
RADIAL ENGINE
adv.
In a radial manner.
a.
Belonging to the Radiata.
pl.
of Radiale
n.
A radiate.
a.
Of or pertaining to a radius or ray; consisting of, or like, radii or rays; radiated; as, (Bot.) radial projections; (Zool.) radial vessels or canals; (Anat.) the radial artery.
a.
Of or pertaining to a radix or root; as, a radical quantity; a radical sign. See below.
a.
A radical vessel. See under Radical, a.
a.
Relating, or belonging, to the root, or ultimate source of derivation; as, a radical verbal form.
pl.
of Radius
a.
Of or pertaining to a race or family of men; as, the racial complexion.
a.
Hence: Of or pertaining to the root or origin; reaching to the center, to the foundation, to the ultimate sources, to the principles, or the like; original; fundamental; thorough-going; unsparing; extreme; as, radical evils; radical reform; a radical party.
a.
Belonging to, or proceeding from, the root of a plant; as, radical tubers or hairs.
n.
One of the Radiata.
a.
Situated around the radii, or radial tubes, of a radiate.
n.
A rootlet; a radicel.
n.
Radial plates in the calyx of a crinoid.
n.
A radical quantity. See under Radical, a.
a.
See Predial.
pl.
of Redia