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Что (кто) такое bridge diffusion - определение
Bohm-diffusion; Bohm Diffusion
Найдено результатов: 2082
Diffusion bonding
![Animation of sheet forming process using diffusion welding (see also [[hydroforming]]).](https://commons.wikimedia.org/wiki/Special:FilePath/Output 9GbY2F.gif?width=200 "Animation of sheet forming process using diffusion welding (see also [[hydroforming]]).")
Diffusion bonding or diffusion welding is a solid-state welding technique used in metalworking, capable of joining similar and dissimilar metals. It operates on the principle of solid-state diffusion, wherein the atoms of two solid, metallic surfaces intersperse themselves over time.
Diffusion map
DIMENSIONAL REDUCTION ALGORITHM
Diffusion maps
Diffusion maps is a dimensionality reduction or feature extraction algorithm introduced by Coifman and Lafon which computes a family of embeddings of a data set into Euclidean space (often low-dimensional) whose coordinates can be computed from the eigenvectors and eigenvalues of a diffusion operator on the data. The Euclidean distance between points in the embedded space is equal to the "diffusion distance" between probability distributions centered at those points.
Reaction–diffusion system
TYPE OF MATHEMATICAL MODEL
Reaction diffusion; Reaction-diffusion equation; Reaction diffusion equation; Reaction diffusion system; Reaction-diffusion system; Reaction-diffusion model; Reaction diffusion model; Reaction-diffusion; Reaction–diffusion; Turing instability; Reaction–diffusion equations; Reaction–diffusion equation; Reaction-diffusion equations; Newell-Whitehead-Segel equation; Reaction-diffusion systems; Reaction–diffusion systems; Reaction Diffusion; Kolmogorov-Petrovsky-Piskounov equation; Reaction-diffusion mechanism; Gray–Scott model; Gray-Scott model; Zeldovich equation; Barkley model; Diffusion-driven instability; Newell–Whitehead–Segel equation
Reaction–diffusion systems are mathematical models which correspond to several physical phenomena. The most common is the change in space and time of the concentration of one or more chemical substances: local chemical reactions in which the substances are transformed into each other, and diffusion which causes the substances to spread out over a surface in space.
Anisotropic diffusion
IMAGE NOISE REDUCING TECHNIQUE
Anisotropic Diffusion; Anisotropic smoothing; Difusión Anisotrópica; Applications of anisotropic diffusion; Diffusion-based image processing
In image processing and computer vision, anisotropic diffusion, also called Perona–Malik diffusion, is a technique aiming at reducing image noise without removing significant parts of the image content, typically edges, lines or other details that are important for the interpretation of the image. Anisotropic diffusion resembles the process that creates a scale space, where an image generates a parameterized family of successively more and more blurred images based on a diffusion process.
Diffusion-limited aggregation
Diffusion-limited aggregation (DLA) is the process whereby particles undergoing a random walk due to Brownian motion cluster together to form aggregates of such particles. This theory, proposed by T.
Diffusion MRI
![DWI showing necrosis (shown as brighter) in a [[cerebral infarction]]](https://commons.wikimedia.org/wiki/Special:FilePath/Cerebral infarction after 4 hours on DWI MRI.jpg?width=200 "DWI showing necrosis (shown as brighter) in a [[cerebral infarction]]")
![DWI showing restricted diffusion in the medial dorsal thalami consistent with [[Wernicke encephalopathy]]](https://commons.wikimedia.org/wiki/Special:FilePath/MRI DWI sequence showing restricted diffusion in the mesial dorsal thalami.jpg?width=200 "DWI showing restricted diffusion in the medial dorsal thalami consistent with [[Wernicke encephalopathy]]")
![DWI showing cortical ribbon-like high signal consistent with diffusion restriction in a patient with known [[MELAS syndrome]]](https://commons.wikimedia.org/wiki/Special:FilePath/Melas dwi ax.jpg?width=200 "DWI showing cortical ribbon-like high signal consistent with diffusion restriction in a patient with known [[MELAS syndrome]]")
MEDICAL IMAGING TECHNIQUE THAT USES WATER DIFFUSION IN TISSUE AS A SOURCE OF CONTRAST
Diffusion tensor imaging; Diffusion Tensor Imaging; Diffuson Tensor Imaging; Diffusion-weighted imaging; Diffusion imaging; DTI measurement; Diffusion-weighted magnetic resonance imaging; Diffusion-weighted MRI; Diffusion tensor; Diffusion tensor magnetic resonance imaging; DT-MRI; Apparent diffusion coefficient; Bloch–Torrey equation; Tensors (image analysis); Bloch-Torrey equation; Diffusion tensor mri; DW imaging; DW MRI; DT imaging; DT MRI; DW-MRI; MRI DW; Diffusion-tensor imaging; DWI MRI; Diffusion weighted imaging; Diffusion weighted MRI; Diffusion magnetic resonance imaging
Diffusion-weighted magnetic resonance imaging (DWI or DW-MRI) is the use of specific MRI sequences as well as software that generates images from the resulting data that uses the diffusion of water molecules to generate contrast in MR images. It allows the mapping of the diffusion process of molecules, mainly water, in biological tissues, in vivo and non-invasively.
Diffusion Monte Carlo
QUANTUM MONTE CARLO METHOD THAT USES A GREEN'S FUNCTION TO SOLVE THE SCHRÖDINGER EQUATION
Diffusion quantum Monte Carlo
Diffusion Monte Carlo (DMC) or diffusion quantum Monte Carlo is a quantum Monte Carlo method that uses a Green's function to solve the Schrödinger equation. DMC is potentially numerically exact, meaning that it can find the exact ground state energy within a given error for any quantum system.
Bridge
![The 13th century [[Wetherby Bridge]] spans the [[River Wharfe]].](https://commons.wikimedia.org/wiki/Special:FilePath/Aerial photographs taken from the Wilderness car park, Wetherby (4th May 2021) 006.jpg?width=200 "The 13th century [[Wetherby Bridge]] spans the [[River Wharfe]].")
![Bridge at [[Gatwick Airport]], under which planes can pass](https://commons.wikimedia.org/wiki/Special:FilePath/Bridge to Pier 6, Gatwick North Terminal - geograph.org.uk - 74055.jpg?width=200 "Bridge at [[Gatwick Airport]], under which planes can pass")
![Underneath the [[Fort Pitt Bridge]] in [[Pittsburgh]], [[Pennsylvania]], US](https://commons.wikimedia.org/wiki/Special:FilePath/Bridges of Pittsburgh, Pennsylvania (4188335803).jpg?width=200 "Underneath the [[Fort Pitt Bridge]] in [[Pittsburgh]], [[Pennsylvania]], US")
![Bridges in [[Amsterdam]], [[Netherlands]]](https://commons.wikimedia.org/wiki/Special:FilePath/Brug 119 in de Lijnbaansgracht over de Bloemgracht foto 1.jpg?width=200 "Bridges in [[Amsterdam]], [[Netherlands]]")
![Interstate 5]] in [[Burbank, California]]](https://commons.wikimedia.org/wiki/Special:FilePath/Burbank Ave I-5 overpass under construction in Burbank, California.JPG?width=200 "Interstate 5]] in [[Burbank, California]]")
![Highway bridge treated with [[high-frequency impact treatment]]](https://commons.wikimedia.org/wiki/Special:FilePath/Example HiFIT-treated assembly.jpg?width=200 "Highway bridge treated with [[high-frequency impact treatment]]")
![Traffic on [[Forth Road Bridge]], Scotland, before it was closed to general traffic. Traffic has now been moved to the [[Queensferry Crossing]], which can be seen on the left.](https://commons.wikimedia.org/wiki/Special:FilePath/Forth from above.jpg?width=200 "Traffic on [[Forth Road Bridge]], Scotland, before it was closed to general traffic. Traffic has now been moved to the [[Queensferry Crossing]], which can be seen on the left.")
![[[The Iron Bridge]] completed in 1781 was the first cast iron bridge.](https://commons.wikimedia.org/wiki/Special:FilePath/Ironbridge 6.jpg?width=200 "[[The Iron Bridge]] completed in 1781 was the first cast iron bridge.")
![[[Krämerbrücke]] in [[Erfurt]], Germany – with [[half timbered]] buildings](https://commons.wikimedia.org/wiki/Special:FilePath/Kraemerbruecke und Aegidienkirche Erfurt 2017.jpg?width=200 "[[Krämerbrücke]] in [[Erfurt]], Germany – with [[half timbered]] buildings")
![[[Samuel Beckett Bridge]] in [[Dublin]], Ireland](https://commons.wikimedia.org/wiki/Special:FilePath/Samuel Beckett Bridge At Sunset Dublin Ireland (97037639) (cropped).jpeg?width=200 "[[Samuel Beckett Bridge]] in [[Dublin]], Ireland")
![Seasonal bridge north of [[Jispa]], H.P., India. 2010](https://commons.wikimedia.org/wiki/Special:FilePath/Seasonal bridge north of Jispa, H.P., India. 2010.jpg?width=200 "Seasonal bridge north of [[Jispa]], H.P., India. 2010")
![Zayandeh River]] is an example of [[Safavid dynasty]] (1502–1722) bridge design. [[Isfahan]], [[Iran]].](https://commons.wikimedia.org/wiki/Special:FilePath/Sio se pol.jpg?width=200 "Zayandeh River]] is an example of [[Safavid dynasty]] (1502–1722) bridge design. [[Isfahan]], [[Iran]].")
![Stone Bridge]] in [[Skopje]], [[North Macedonia]]](https://commons.wikimedia.org/wiki/Special:FilePath/Stone Bridge (Skopje) 20180223.jpg?width=200 "Stone Bridge]] in [[Skopje]], [[North Macedonia]]")
![Small stone bridge, [[Othonoi]], Greece](https://commons.wikimedia.org/wiki/Special:FilePath/Stone bridge, Othoni island.jpg?width=200 "Small stone bridge, [[Othonoi]], Greece")
![Tridge]] is a type of [[multi-way bridge]]](https://commons.wikimedia.org/wiki/Special:FilePath/Tridge Undercarriage.jpg?width=200 "Tridge]] is a type of [[multi-way bridge]]")
![The Prins Clausbrug across the [[Amsterdam–Rhine Canal]] in [[Utrecht]], [[Netherlands]]](https://commons.wikimedia.org/wiki/Special:FilePath/Utrecht 'Prins Claus brug'.jpg?width=200 "The Prins Clausbrug across the [[Amsterdam–Rhine Canal]] in [[Utrecht]], [[Netherlands]]")
![The old stone-made [[arch bridge]] over the [[Kerava River]] in [[Kerava]], [[Finland]]](https://commons.wikimedia.org/wiki/Special:FilePath/Vanha kivisilta DSC08273 C.JPG?width=200 "The old stone-made [[arch bridge]] over the [[Kerava River]] in [[Kerava]], [[Finland]]")
![The covered bridge in [[West Montrose, Ontario]], Canada](https://commons.wikimedia.org/wiki/Special:FilePath/West Montrose Covered Bridge (Oct. 2018).jpg?width=200 "The covered bridge in [[West Montrose, Ontario]], Canada")
STRUCTURE THAT SPANS AND PROVIDES A PASSAGE OVER A ROAD, RAILWAY, RIVER, OR SOME OTHER OBSTACLE
Road bridge; Bridge building; Bridge railing styles; Bridge railing style; Bridge (structure); Bridge railing; Bridgecraft; Brigecraft; Bridge Building; Railway bridge; Railway bridges; Road bridges; Bridge (engineering); Double-deck bridge; Types of bridges; Railroad bridge; Bridge failure; Bridge failures; Road Bridge; Railroad Bridge; 🌉; Fixed-span bridge; Bridges; Footlog; Fixed link; Overway; Foot log; Double-decked bridge
(a) A special bar of copper connecting the dynamos to the bus wire, q.
v.,
in electric lighting or power stations.
(b) Wheatstone's bridge, q. v., and its many modifications, all of which
may be consulted throughout these pages.
bridge
STRUCTURE THAT SPANS AND PROVIDES A PASSAGE OVER A ROAD, RAILWAY, RIVER, OR SOME OTHER OBSTACLE
Road bridge; Bridge building; Bridge railing styles; Bridge railing style; Bridge (structure); Bridge railing; Bridgecraft; Brigecraft; Bridge Building; Railway bridge; Railway bridges; Road bridges; Bridge (engineering); Double-deck bridge; Types of bridges; Railroad bridge; Bridge failure; Bridge failures; Road Bridge; Railroad Bridge; 🌉; Fixed-span bridge; Bridges; Footlog; Fixed link; Overway; Foot log; Double-decked bridge
(bridges, bridging, bridged)
Frequency: The word is one of the 1500 most common words in English.
1.
A bridge is a structure that is built over a railway, river, or road so that people or vehicles can cross from one side to the other.
He walked back over the railway bridge.
...the Golden Gate Bridge.
N-COUNT
2.
A bridge between two places is a piece of land that joins or connects them.
...a land bridge linking Serbian territories.
N-COUNT: usu with supp
3.
To bridge the gap between two people or things means to reduce it or get rid of it.
It is unlikely that the two sides will be able to bridge their differences.
= overcome
VERB: V n
4.
Something that bridges the gap between two very different things has some of the qualities of each of these things.
...the singer who bridged the gap between pop music and opera.
VERB: V n
5.
If something or someone acts as a bridge between two people, groups, or things, they connect them.
We hope this book will act as a bridge between doctor and patient...
They saw themselves as a bridge to peace.
N-COUNT: usu N prep
6.
The bridge is the place on a ship from which it is steered.
N-COUNT: usu sing
7.
The bridge of your nose is the thin top part of it, between your eyes.
On the bridge of his hooked nose was a pair of gold rimless spectacles.
N-COUNT: usu sing, usu N of n
8.
The bridge of a pair of glasses is the part that rests on your nose.
N-COUNT: usu sing
9.
The bridge of a violin, guitar, or other stringed instrument is the small piece of wood under the strings that holds them up.
N-COUNT: usu sing
10.
Bridge is a card game for four players in which the players begin by declaring how many tricks they expect to win.
N-UNCOUNT
11.
see also suspension bridge
12.
Bridge
STRUCTURE THAT SPANS AND PROVIDES A PASSAGE OVER A ROAD, RAILWAY, RIVER, OR SOME OTHER OBSTACLE
Road bridge; Bridge building; Bridge railing styles; Bridge railing style; Bridge (structure); Bridge railing; Bridgecraft; Brigecraft; Bridge Building; Railway bridge; Railway bridges; Road bridges; Bridge (engineering); Double-deck bridge; Types of bridges; Railroad bridge; Bridge failure; Bridge failures; Road Bridge; Railroad Bridge; 🌉; Fixed-span bridge; Bridges; Footlog; Fixed link; Overway; Foot log; Double-decked bridge
A bridge is a structure built to span a physical obstacle (such as a body of water, valley, road, or rail) without blocking the way underneath. It is constructed for the purpose of providing passage over the obstacle, which is usually something that is otherwise difficult or impossible to cross.
Википедия
Bohm diffusion
The diffusion of plasma across a magnetic field was conjectured to follow the Bohm diffusion scaling as indicated from the early plasma experiments of very lossy machines. This predicted that the rate of diffusion was linear with temperature and inversely linear with the strength of the confining magnetic field.
The rate predicted by Bohm diffusion is much higher than the rate predicted by classical diffusion, which develops from a random walk within the plasma. The classical model scaled inversely with the square of the magnetic field. If the classical model is correct, small increases in the field lead to much longer confinement times. If the Bohm model is correct, magnetically confined fusion would not be practical.
Early fusion energy machines appeared to behave according to Bohm's model, and by the 1960s there was a significant stagnation within the field. The introduction of the tokamak in 1968 was the first evidence that the Bohm model did not hold for all machines. Bohm predicts rates that are too fast for these machines, and classical too slow; studying these machines has led to the neoclassical diffusion concept.
