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1981 musical by Andrew Lloyd Webber
make the "Jellicle choice" by deciding which cat will ascend to the Heaviside Layer and come back to a new life. As of 2024, Cats remains the fifth-longest-running
Cats_(musical)
Layer of the Earth's ionosphere
The Heaviside layer, sometimes called the Kennelly–Heaviside layer, named after Arthur E. Kennelly and Oliver Heaviside, is a layer of ionised gas occurring
Kennelly–Heaviside_layer
Topics referred to by the same term
Heaviside layer may refer to: Kennelly–Heaviside layer, a layer in the Earth's atmosphere A fictional afterlife in the musical Cats This disambiguation
Heaviside_layer
British mathematician and electrical engineer (1850–1925)
Oliver Heaviside (/ˈhɛvisaɪd/ HEV-ee-syde; 18 May 1850 – 3 February 1925) was a British mathematician and physicist who invented a new technique for solving
Oliver_Heaviside
Ionized part of Earth's upper atmosphere
In 1902, Oliver Heaviside proposed the existence of the Kennelly–Heaviside layer of the ionosphere which bears his name. Heaviside's proposal included
Ionosphere
Layer in ionosphere
comprising two layers, the F1 and F2 layers. The F-region is located directly above the E region (formerly the Kennelly-Heaviside layer) and below the
F_region
1998 British film
appearance and choose one of the cats to be reborn into a new life on the Heaviside Layer. The first contender Munkustrap introduces is Jennyanydots ("The Old
Cats_(1998_film)
2019 film directed by Tom Hooper
annual ceremony where cats must compete to be chosen to go to the Heaviside Layer and be granted a new life. Most of the Jellicle Ball competitors are
Cats_(2019_film)
Topics referred to by the same term
crater) Heaviside condition Heaviside cover-up method Heaviside layer or Kennelly–Heaviside layer Heaviside step function Heaviside's dolphin, named in honour
Heaviside_(disambiguation)
Main character in the musical ''Cats''
Cats are in the process of deciding who among them will ascend to the Heaviside Layer (the Jellicles' conception of heaven). Grizabella enters the scene
Grizabella
Type of feedforward neural network
improve on single-layer perceptrons, which could only be applied to linearly separable data. A perceptron traditionally used a Heaviside step function as
Multilayer_perceptron
Collection of material by Lord Dunsany
The Ghosts of the Heaviside Layer, and Other Fantasms is a collection of ghost stories, essays and plays by Anglo-Irish fantasy writer Lord Dunsany, edited
The Ghosts of the Heaviside Layer, and Other Fantasms
The_Ghosts_of_the_Heaviside_Layer,_and_Other_Fantasms
Character from Cats
the "Jellicle Choice" and choosing the cat who will ascend to the Heaviside Layer. Much of the plot of Cats is fueled by this premise; several characters
Old_Deuteronomy
British physicist and electrical engineer
standard ITU model of radio wave absorption and reflection of the Heaviside layer (or E-layer) of the Ionosphere. This model was based on jointly published
Louis_Miles_Muggleton
American electrical engineer and mathematician (1861–1939)
atmosphere's radio spectrum, resulting in the concept of the Kennelly–Heaviside layer. The same year, he was given the entire engineering charge of the expedition
Arthur_Edwin_Kennelly
British physicist (1892–1965)
1902, Oliver Heaviside and Arthur E. Kennelly had suggested such an electromagnetic-reflecting stratum—now called the Kennelly–Heaviside layer—that may explain
Edward_Victor_Appleton
Motion of a body subject only to gravity
entering the Earth's atmosphere 80 km high (above which the Kennelly–Heaviside layer) at different initial velocities of 35, 25 and 15 km/s. Air pressure
Free_fall
annual ceremony where the cats compete for the chance to enter the Heaviside Layer, where the chosen Jellicle will be granted a new life. Lloyd Webber
List of 21st-century films considered the worst
List_of_21st-century_films_considered_the_worst
Over the Hills and Far Away (1974), ed. Lin Carter The Ghosts of the Heaviside Layer, and Other Fantasms (1980), a posthumous gathering of uncollected stories
List_of_works_by_Lord_Dunsany
Herdan–Heaps law) – Harold Stanley Heaps (and Gustav Herdan) Heaviside layer – see Kennelly–Heaviside layer Hebbian learning – Donald Olding Hebb Heine–Borel theorem
Scientific phenomena named after people
Scientific_phenomena_named_after_people
Anglo-Irish peer, landowner and politician
Beyond the Fields We Know Over the Hills and Far Away The Ghosts of the Heaviside Layer, and Other Fantasms Time and the Gods The Collected Jorkens In the
John Plunkett, 17th Baron of Dunsany
John_Plunkett,_17th_Baron_of_Dunsany
Propagation of radio waves beyond the radio horizon
Near-Vertical Incidence Skywave (NVIS) F-layer Over-the-horizon radar Groundwave Schumann resonances Kennelly–Heaviside layer Skip zone Project West Ford Radio
Skywave
Fictional character
major role as a deranged villain with the intent of getting to the Heaviside Layer by any means. Throughout the film, he kidnaps all the other contestants
Macavity
List of terms created from a person's name
censor – Hays Code Oliver Heaviside, British physicist, and Arthur Edwin Kennelly, American physicist– Kennelly–Heaviside layer Heffalump, British literary
List_of_eponyms_(A–K)
System for exchanging messages between computing systems
layers above it are numbered. Each layer provides service to the layer above it using the services of the layer immediately below it. The top layer provides
Communication_protocol
Electric current around the E region of ionosphere
chain of high-latitude observatories. Magnetohydrodynamics Kennelly–Heaviside layer Ionosphere Birkeland, Kristian (1908). The Norwegian Aurora Polaris
Electrojet
Measures an aircraft's height above the terrain
Newfoundland. In 1902, Oliver Heaviside in the UK and Arthur Kennelly in the USA independently postulated the existence of an ionized layer in the upper atmosphere
Radar_altimeter
lightning: see) lightning heat wave heating degree day (HDD) (Heaviside layer) Kennelly–Heaviside layer (E region) (in the atmosphere) Heavy snow warning heliostat
Index_of_meteorology_articles
important night, in which one cat is to be chosen to ascend to the Heaviside Layer and come back to a new life. The musical was produced by Cameron Mackintosh
List of awards and nominations received by Cats (musical)
List_of_awards_and_nominations_received_by_Cats_(musical)
High-pitched brass instrument in the trumpet family
2016, p. 363–4. Lloyd Webber, Andrew (2011). "No. 19: Journey to the Heaviside Layer". Cats: 16-piece full score. Faber Music. p. 685. "trumpet". Encyclopædia
Piccolo_trumpet
Scottish physicist who pioneered radio direction-finding and radar (1892–1973)
reality of the Heaviside layer, proposed earlier, but at this time largely dismissed by engineers. To determine the altitude of the layer, Watt, Appleton
Robert_Watson-Watt
Hotel in Russell Square, London
Andrew Lloyd Webber's musical Cats during the song "The Journey to the Heaviside Layer". The Hotel Russell is used as a location in the 1981 miniseries Kessler
Kimpton_Fitzroy_London_Hotel
1983 cast recording by the original Broadway cast
Mystery Cat" 8:23 6. "Mr. Mistoffelees" 4:25 7. "Memory" Nunn 5:21 8. "The Journey to the Heaviside Layer" 2:44 9. "The Ad-Dressing of Cats" 4:22
Cats: Complete Original Broadway Cast Recording
Cats:_Complete_Original_Broadway_Cast_Recording
Principal character in Cats
to Grizabella's re-acceptance by the Jellicles and ascension to the Heaviside Layer. Victoria is known for her distinct white coat, which stands out among
Victoria_the_White_Cat
Behaviour of travelling radio waves
propagation Fading Free space Fresnel zone Inversion (meteorology) Kennelly–Heaviside layer Link budget Mobility model Nakagami fading Near and far field Propagation
Radio_propagation
Topics referred to by the same term
carried by a single electron E region (between D and F) or the Kennelly–Heaviside layer, part of the ionosphere E, the symbol for an electric field E, the
E_(disambiguation)
French physicist and engineer (1892–1965)
experiment results that confirmed the existence of the ionizing Kennelly-Heaviside Layer. In 1925 Lévy was president of SPIR (Syndicat Professionnel des Industries
Lucien_Lévy
English physicist (1875–1966)
transmission over long distances. Originally known as the Kennelly–Heaviside layer, this region of the Earth's atmosphere became known as the ionosphere
William_Eccles_(physicist)
birth of Helmut Hasse. Heaviside layer was named for Oliver Heaviside although work by Arthur E. Kennelly preceded Heaviside's proposal by several months
List of examples of Stigler's law
List_of_examples_of_Stigler's_law
Royal Navy Admiral (1880-1967)
Beyond the Fields We Know Over the Hills and Far Away The Ghosts of the Heaviside Layer, and Other Fantasms Time and the Gods The Collected Jorkens In the
Reginald_Drax
Type of radio transmitter
Appleton demonstrated the existence of this layer, now called the "Kennelly–Heaviside layer" or "E-layer", for which he received the 1947 Nobel Prize
Spark-gap_transmitter
Surname list
Kennelly (baseball) (born 1986), Australian baseball player Kennelly–Heaviside layer, a layer of the Earth's ionosphere Kenneally (disambiguation) This page
Kennelly
Radar defence system in Britain in World War II
wavelength to measure the distance to a reflective layer in the atmosphere then known as the Heaviside layer. After the initial experiments at Oxford, an NPL
Chain_Home
British-American musician and inventor (1830–1900)
Edward Victor Appleton "for his researches into the effect of the Heaviside layer upon the transmission of wireless signals" 1936 Walter H. Schottky
David_Edward_Hughes
wanted to investigate the interaction of microwaves with the Kennelly–Heaviside layer (the ionosphere). He started a project using a Barkhausen–Kurz tube
Yoji_Ito
(1873–1903). 1902: Proposition by Oliver Heaviside (1850–1925) of the existence of the Kennelly–Heaviside layer, a layer of ionised gas that reflects radio
List of English inventions and discoveries
List_of_English_inventions_and_discoveries
reached thus far by man, south of 82°S. Oliver Heaviside proposes existence of the Kennelly–Heaviside layer. William Bayliss and Ernest Starling make the
1902_in_the_United_Kingdom
Clarke Kennelly–Heaviside layer first proposed, a layer of ionised gas that reflects radio waves around the Earth's curvature – Oliver Heaviside Light signalling
List of British innovations and discoveries
List_of_British_innovations_and_discoveries
called the Kennelly–Heaviside layer) using a transmitter built at the NRL. In attempting to determine the distance to the layer, they asked Young if
Leo_C._Young
British radio physicist (1902–1987)
were reflected from the ionized layer in the upper atmosphere (previously called the Heaviside layer), and how the layer was formed. The work of the group
J._A._Ratcliffe
Inductor in a transmission line
operating frequency. The concept of loading coils was discovered by Oliver Heaviside in studying the problem of slow signalling speed of the first transatlantic
Loading_coil
and has operated since 1862. Edward Victor Appleton investigates the Heaviside layer. Frigidaire becomes the first make of refrigerator marketed in the
1924_in_the_United_Kingdom
Jet (particle physics) Jet quenching Joint European Torus Kennelly–Heaviside layer, E region Kinetics (physics) Kink instability Kirchhoff's circuit laws
List of plasma physics articles
List_of_plasma_physics_articles
Transfer of data over a communication channel
control Layer 6, the presentation layer: Source coding (digitization and data compression), and information theory. Cryptography (may occur at any layer) It
Data_communication
Parks The Ghosts of Manacle by Charles G. Finney The Ghosts of the Heaviside Layer, and Other Fantasms by Lord Dunsany The Gods of Pegana by Lord Dunsany
List of fantasy story collections
List_of_fantasy_story_collections
Artificial neural network node function
{\displaystyle \phi (\mathbf {v} )=\max(0,a+\mathbf {v} '\mathbf {b} )} , Heaviside activation: ϕ ( v ) = 1 a + v ′ b > 0 {\displaystyle \phi (\mathbf {v}
Activation_function
terrain model - K-index - Kelvin–Helmholtz instability - Kennelly–Heaviside layer - knife-edge effect - Kp index - Kitt Peak National Observatory (KPNO)
Index of radio propagation articles
Index_of_radio_propagation_articles
Australian scientist, radiophysicist and radio astronomer
and his discovery of the presence of irregularities in the Kennelly-Heaviside Layer proved vital to the later development of this branch of ionospheric
Joseph_L._Pawsey
Omnibus containing most of Lord Dunsany's Jorkens stories
a chess magazine and in the posthumous collection The Ghost of the Heaviside Layer and Other Fantasms (1980), and noted in the front matter as having
The_Collected_Jorkens
Early single-layer artificial neural network
the Heaviside function (see figure), but the standard perceptron unit weights are adjusted to match the correct output, after applying the Heaviside function
ADALINE
Threshold of Forever: Essays and Reviews (2017) The Ghosts of the Heaviside Layer, and Other Fantasms, by Lord Dunsany (1980) The Ginger Cat and Other
Darrell Schweitzer bibliography
Darrell_Schweitzer_bibliography
Radio technique
ionospheric layer. The ionogram display shows the effective altitude of the ionospheric layer as a function of frequency. Kennelly–Heaviside layer Edward V
Ionospheric_sounding
Montana. Oliver Heaviside and Arthur E. Kennelly independently predict the existence of what will become known as the Kennelly-Heaviside Layer of the ionosphere
1902_in_science
Award presented by the Royal Society since 1902
Edward Victor Appleton "For his researches into the effect of the Heaviside layer upon the transmission of wireless signals." 1934 Karl Manne Georg Siegbahn
Hughes_Medal
American novelist
Horror”. Astounding Stories of Super Science, January 1930. ”Beyond The Heaviside Layer”. Astounding Stories of Super Science, July 1930. ”Cold Light”. Astounding
S._P._Meek
Chinese physicist
; G.W. Kenrick (1929). "Measurements of the Height of the Kennelly-Heaviside Layer". Proc. IRE. —— (1933). "The Continuous Electron Affinity Spectrum
Chih-Kung_Jen
Month of 1925
Heaviside step function and for predicting the existence of the Kennelly–Heaviside layer (b. 1850)[page needed] Edward Scofield, 82, American politician and
February_1925
Physicist
deposit their energy in the Kennelly–Heaviside layer. This results in a disruption of the Kennelly–Heaviside layer plasma currents and creates bright,
Maura_Hagan
Mathematical function having a characteristic S-shaped curve or sigmoid curve
to 1. Another commonly used range is from −1 to 1. There is also the Heaviside step function, which instantaneously transitions between 0 and 1. A wide
Sigmoid_function
Academy in Bradford, West Yorkshire, England
for investigations into the ionosphere, the Kennelly–Heaviside layer and the F region (Appleton layer) that reflect lower frequency radio waves, and became
Hanson_Academy
Algorithm for supervised learning of binary classifiers
artificial neuron using the Heaviside step function as the activation function. The perceptron algorithm is also termed the single-layer perceptron, to distinguish
Perceptron
Electrical cable with concentric conductors
described until 1880 by English physicist, engineer, and mathematician Oliver Heaviside, who patented the design in that year (British patent No. 1,407). Coaxial
Coaxial_cable
Smoothed ramp function
the sigmoid function is a smooth approximation of the rectifier, the Heaviside step function. The multivariable generalization of single-variable softplus
Softplus
Object with trapped electrical charge
equivalent of a permanent magnet. The term electret was coined by Oliver Heaviside for a (typically dielectric) material which has electrical charges of
Electret
Equations describing classical electromagnetism
the equations in their most common formulation is credited to Oliver Heaviside. Since the mid-20th century, it has been understood that Maxwell's equations
Maxwell's_equations
Generalized function whose value is zero everywhere except at zero
surmised that Oliver Heaviside was likely a direct influence on Dirac, given Dirac's background in engineering. Indeed, Heaviside introduced the δ {\displaystyle
Dirac_delta_function
Tendency of AC current flow in a conductor's outer layer
conductors, and was generalized to conductors of any shape by Oliver Heaviside in 1885. Conductors, typically in the form of wires, may be used to transfer
Skin_effect
Networking protocol for real-time communication
communication protocol. From a technical perspective, it is an application layer communication protocol for federated real-time communication. It provides
Matrix_(protocol)
Scientific dating of the Earth
Kelvin's figure on the basis of his assumptions on conductivity, and Oliver Heaviside entered the dialogue, considering it "a vehicle to display the ability
Age_of_Earth
Family of technologies that are used to transmit digital data over telephone lines
technologies implement an Asynchronous Transfer Mode (ATM) layer over the low-level bitstream layer to enable the adaptation of a number of different technologies
Digital_subscriber_line
German physicist and physiologist (1821–1894)
Maxwell's equations, Heaviside pronounced that longitudinal waves could not exist in a vacuum or a homogeneous medium. Heaviside did not note, however
Hermann_von_Helmholtz
Global system of connected computer networks
HyperText Markup Language (HTML).[citation needed] Below this top layer, the transport layer connects applications on different hosts with a logical channel
Internet
Family of interpolation and clamping functions
original smoothstep function can be rewritten as follows, in terms of the Heaviside step function: S 1 ( x ) = H ( x ) ( 3 x 2 − 2 x 3 ) − H ( x − 1 ) ( 3
Smoothstep
Cable or other structure for carrying radio waves
grew out of the work of James Clerk Maxwell, Lord Kelvin, and Oliver Heaviside. In 1855, Lord Kelvin formulated a diffusion model of the current in a
Transmission_line
Award
his/her award at a ceremony held in London that is hosted by the IET. Heaviside: Transmission line theory, H-step function, 1922 Parsons: Invented the
IET_Faraday_Medal
Set of digital telephony standards
more... Transport layer TCP UDP DCCP SCTP RSVP QUIC more... Internet layer IP v4 v6 ICMP (v6) NDP ECN L4S IGMP IPsec more... Link layer ARP Tunnels PPP
ISDN
Former undersea telegraph cable
in his law of squares and the dispersive nature of the cable. In 1876, Heaviside introduced inductance per unit length to Thomson's work, leading to the
Transatlantic_telegraph_cable
Conduit for signal propagation
was invented by English physicist, engineer, and mathematician Oliver Heaviside, who patented the design in 1880. Coaxial cable is a type of transmission
Transmission_medium
Cable assembly containing one or more optical fibers that are used to carry light
The optical fiber elements are typically individually coated with plastic layers and contained in a protective tube suitable for the environment where the
Fiber-optic_cable
Type of activation function
viewed as a smooth approximation of the derivative of the rectifier, the Heaviside step function. The multivariable generalization of single-variable softplus
Rectified_linear_unit
Global electromagnetic resonances, generated and excited by lightning discharges
existed, capable of trapping electromagnetic waves, is attributed to Heaviside and Kennelly (1902). It took another twenty years before Edward Appleton
Schumann_resonances
Mathematical function conceived as a crude model
activation function, it employed a threshold, equivalent to using the Heaviside step function. Initially, only a simple model was considered, with binary
Artificial_neuron
Gradient descent learning rule in machine learning
perceptron's update rule, the derivation is different. The perceptron uses the Heaviside step function as the activation function g ( h ) {\displaystyle g(h)}
Delta_rule
Media needing electronic means for access
communication, a minor improvement was made by the English engineer Oliver Heaviside who patented the coaxial cable in 1880. The coaxial cable allowed for
Electronic_media
Behavior of structures subjected to time-varying loading
the displacement) and x is the displacement. If the loading F(t) is a Heaviside step function (the sudden application of a constant load), the solution
Structural_dynamics
Frames in the Wi-Fi standards (Ipv4_Ipv6 802.11)
Working Group. Part 11: Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) Specifications. 2016. New York, NY: IEEE. p. 638.{{cite book}}: CS1
802.11_frame_types
Method of combining multiple signals into one signal over a shared medium
physical layer of the OSI model, while multiple access also involves a media access control protocol, which is part of the data link layer. The Transport
Multiplexing
Property of electrical conductors
of a coil or helix of wire. The term inductance was coined by Oliver Heaviside in May 1884, as a convenient way to refer to "coefficient of self-induction"
Inductance
Technology used to provide broadband to the end consumer via fiber
network using Ethernet packets, fiber optic cables, and single protocol layer. EPON also uses standard 802.3 Ethernet frames with symmetric 1 gigabit
Passive_optical_network
Wireless personal area network technology
quadruple the range by using increased transmit power or coded physical layer, double the speed by using optional half of the symbol time compared to
Bluetooth_Low_Energy
HEAVISIDE LAYER
HEAVISIDE LAYER
Surname or Lastname
English
English : probably a variant of Lothrop. Alternatively, it may be a habitational name from Layerthorpe in York, which is named from Old Norse leirr ‘clay’ or leira ‘clayey place’ + þorp ‘outlying farmstead’.
Girl/Female
Biblical
Branch, layer, lining.
Boy/Male
English American
Tile layer, or a. An English surname frequently used as a given name.
Surname or Lastname
English
English : habitational name from any of various places in northern France named with the Germanic element lÄr ‘clearing’.English : variant of Layer.English : nickname from Old English hlÄ“or ‘cheek’, ‘face’Irish : reduced Anglicization of Gaelic Mac Giolla Uidhir ‘son of the swarthy lad’ or ‘son of the servant of Odhar’, a byname from odhar (genitive uidhir) ‘dun-colored’, ‘weatherbeaten’. Compare McAleer.
Surname or Lastname
English
English : habitational name from any of three places in Essex – Layer Breton, Layer de la Haye, and Layer Marney – all named from a river name, Leire, or from Leire in Leicestershire, also named from an identical river name. The river name is of Celtic origin and is probably the base of the tribal name Ligore, found in the place name Leicester.English : nickname or status name from Anglo-Norman French le eyr ‘the heir’. Compare Ayer.English : occupational name for a stone layer, Middle English leyer; the job of the layer was to position the stones worked by the masons.German : habitational name for someone from any of the various placed named Lay, in the Rhineland and Bavaria.
Biblical
branch; layer; twining
Boy/Male
English American
Tile layer, or a. An English surname frequently used as a given name.
Girl/Female
Irish
The name Brigid from brigh meaning “power, vigour, virtue†epitomizes the Irish genius for layering old and new. The main female deity of the Celts, Brigid made the land fruitful and animals multiply, she blessed poets and blacksmiths. Her namesake St. Brigid of Kildare carried her powers into the Christian era. The stories of Brigidâ€s compassion and miracles are told now as they have been for more than 1500 years in every part of Ireland. She is equal in esteem and shares a grave with St. Patrick and St. Columcille. Her feast day, February 1st, is the first day of Spring in the Celtic calender.
Girl/Female
American, Australian, Chinese, English, Jamaican
Tile Layer; Princess
Girl/Female
Irish
The name Brigid from brigh meaning “power, vigour, virtue†epitomizes the Irish genius for layering old and new. The main female deity of the Celts, Brigid made the land fruitful and animals multiply, she blessed poets and blacksmiths. Her namesake St. Brigid of Kildare carried her powers into the Christian era. The stories of Brigidâ€s compassion and miracles are told now as they have been for more than 1500 years in every part of Ireland. She is equal in esteem and shares a grave with St. Patrick and St. Columcille. Her feast day, February 1st, is the first day of Spring in the Celtic calender.
Surname or Lastname
English
English : occupational name for a maker or layer of tiles, from an agent derivative of Middle English tile ‘tile’. In the Middle Ages tiles were widely used in floors and pavements, and to a lesser extent in roofing, where they did not really come into their own until the 16th century.
Girl/Female
American, Australian, British, Chinese, Christian, Danish, English, French, German, Italian, Latin, Portuguese, Swedish
Golden; Covered with a Thin Layer of Gold; Offering; Sacrifice; God's Servant
Biblical
branch; layer; lining
Boy/Male
American, Australian, British, Chinese, English, Jamaican
Maker of Bricks; Tiles; Tile Layer
Boy/Male
American, Australian, British, Chinese, English
Tile Layer; Roof Tiler
Girl/Female
Biblical
Branch, layer, twining.
Surname or Lastname
English
English : occupational name for a layer of paving, from Middle English, Old French pavier ‘paver’, an agent derivative of Old French paver ‘to pave’ (though the Old French verb may be a back-formation from pavement ‘laid floor’).
Girl/Female
Afghan, African, American, Arabic, Assamese, Chinese, French, Gujarati, Hebrew, Hindu, Indian, Iranian, Kannada, Marathi, Muslim, Parsi, Pashtun, Sindhi, Spanish, Swahili, Tamil
Layer; Peaceful; Safe; Whole; To be Safe; Beautiful Woman; Sweetheart
HEAVISIDE LAYER
HEAVISIDE LAYER
Boy/Male
Christian, German, Hindu, Indian
Bold Protector
Boy/Male
Arabic, Muslim
Friend of the Prophet Muhammad
Boy/Male
Muslim
Servant of the Noble. Generous.
Boy/Male
Arabic, Indian, Muslim
Prayer; Worship; Devotion
Boy/Male
Arabic
Powerful
Girl/Female
Danish, French, German, Latin, Swedish
Blooming; Flowering; In Bloom
Boy/Male
Muslim
Supporter of God
Boy/Male
Indian, Sanskrit
Having No Residence
Girl/Female
Hindu
Parvati, The Lord of desires, She is the queen of transcendental lust
Boy/Male
Arabic, Muslim
Son of Forenoon
HEAVISIDE LAYER
HEAVISIDE LAYER
HEAVISIDE LAYER
HEAVISIDE LAYER
HEAVISIDE LAYER
n.
A propagating by layers.
a.
Not stratified; -- applied to massive rocks, as granite, porphyry, etc., and also to deposits of loose material, as the glacial till, which occur in masses without layers or strata.
n.
The layer, or stratum, of earth on which the mold, or soil, rests; subsoil.
n.
That which is laid; a stratum; a bed; one thickness, course, or fold laid over another; as, a layer of clay or of sand in the earth; a layer of bricks, or of plaster; the layers of an onion.
v. t.
To overlay or plate with a thin layer of wood or other material for outer finish or decoration; as, to veneer a piece of furniture with mahogany. Used also figuratively.
a.
Of, pertaining to, or designating, that condition of the ovum in which there are three primary germinal layers, or in which the blastoderm splits into three layers.
v. t.
To take off in thin layers or scales, as tartar from the teeth; to pare off, as a surface.
v. t.
To make into a sandwich; also, figuratively, to insert between portions of something dissimilar; to form of alternate parts or things, or alternating layers of a different nature; to interlard.
n.
One who, or that which, underlays or is underlaid; a lower layer.
v. i.
To separate and come off in thin layers or laminae; as, some sandstone scales by exposure.
n.
Hence, any layer or leaf of metal or other material, resembling in size and thinness the scale of a fish; as, a scale of iron, of bone, etc.
a.
Heavy; dull.
n.
A variety of onyx consisting of sard and white chalcedony in alternate layers.
v. t.
A thin leaf or layer of a more valuable or beautiful material for overlaying an inferior one, especially such a thin leaf of wood to be glued to a cheaper wood; hence, external show; gloss; false pretense.
n.
A kind of laminated shale or sandstone belonging to some of the layers of the Upper Silurian.
a.
Covered with a tunic; covered or coated with layers; as, a tunicated bulb.
n.
The upper layer of soil; surface soil.
n.
The posterior pigmented layer of the iris; -- sometimes applied to the whole iris together with the choroid coat.
a.
Resembling scales, laminae, or layers.
n.
A membrane, or layer of tissue, especially when enveloping an organ or part, as the eye.