86 Sentences With "recombines" | Random Sentence Generator

This splits the beam up and then recombines it to create an interference pattern.

The reader frequently has to catch up with Shapiro as he generates, mutates, and recombines meanings.

He recombines elements into new forms, presenting new narratives that transcend the sum of their parts.

Another program, which splices and recombines real Latin and English moth names, generates monikers for the moths.

The seeds' genetic information recombines, so that even if it's Grenache crossed with itself it's not the same Grenache anymore.

Through the amalgamation of various found objects with their own separate backstories, Shrobe symbolically fuses and recombines their historical narratives.

It might even help scientists to model how influenza recombines and shuffles genetic material around, creating unexpected strains that could cause pandemics.

"Nari recombines culturally specific signifiers and is masterful at teasing out memory, association, history, politics," said John Hatfield, executive director of Socrates.

Ms. Comfort divides and recombines her dancers with finesse, but nothing in the work's pacing gives it life, neither its patient accumulations nor its sudden accelerations.

Diving into the world's cinematic archives for the rarest excerpts of forgotten films, Morrison recombines them to tell new stories, or arranges them into a portrait of their time.

In a 2017 remix of the song, Jamie xx, the band's producer, breaks the track down into fragments and recombines them in the form of a jittery and electric house piece.

That shockwave reflects off the ground, recombines with itself at the edges, and forms a doubly powerful " mach stem," which can penetrate deep into the ground, blast through buried structures (like a bunker), and collapse them.

But now as Redstone's daughter, Shari, recombines the two -- seeking what amounts to "Via-Scale" -- to weather the streaming wars to come, this trip back to the altar appears to be a little too late to achieve the desired ends.

She samples images of dress from Renaissance art, opera, Gothic fairy tales, or wherever she finds them in pre-Sputnik fashion history, and recombines their hallmarks—a sleeve, a ruff, an apron, panniers—with fantastical decoration that alludes to her own heritage.

But what Mr. Irving does with his replicas — the restless and inventive way he combines and recombines them — makes an opposite point, one charged with hope and excitement: that everything is always changing, and that even if some details persist, their context is never the same.

His most famous dish, cobia al pastor, recombines a traditional taco filling of fatty pork grilled with pineapple into a plump local fish fillet that is marinated in chile paste, then sautéed in butter, served with a purée of caramelized pineapple and a crisp, palate-prickling dice of raw onion, cilantro and serrano chiles.

Fans of celebrated Canadian auteur Guy Maddin, whose work spans more than 50 short- and feature-length films, including The Saddest Music in the World and My Winnipeg, might be surprised to hear his latest project is a web-based, algorithm-driven assemblage, one that literally recombines itself newly for each viewer in a never-to-be-repeated incarnation.

In the second case, the ion recombines with an electron, releases energy, and can escape.

Since hydrogen only recombines once helium is fully neutral, charge neutrality implies ne = np, i.e. xe is also the fraction of ionized hydrogen.

This intermediate then rearranges with ring expansion to a new carbon radical species which recombines with a proton radical from tributyltin hydride propagating the catalytic cycle.

It recombines a hodgepodge of details that dramatically alters current fashions. The newly transformed styles are later incorporated into the mainstream through media hype and commercial sales which reduce its stature.

Starting gene (left) and library of variants (right). Point mutations change single nucleotides. Insertions and deletions add or remove sections of DNA. Shuffling recombines segments of two (or more) similar genes.

This germ-line can then be crossed to another germline containing Cre- recombinase which is a viral enzyme that can recognize these sequences, recombines them and deletes the gene flanked by these sites.

This implies the material is ionized in the polar jet, and recombines as it moves away from the star, rather than being ionized by later collisions. Shocking at the end of the jet can re-ionise some material, giving rise to bright "caps".

"Catalytic Hunsdiecker reaction of α, β-unsaturated carboxylic acids: how efficient is the catalyst?." The Journal of Organic Chemistry 67.22 (2002): 7861-7864. Homolytic cleavage of O-I bond generates CO2 and vinyl radical. Vinyl radical recombines with iodide radical to form vinyl iodide.

Though composed in different materials, his works are united by a tightly defined set of forms that he consistently recombines. Manipulating sinuous curves, accordion folds, ovoid apertures, and a typically vertical alignment, Atchugarry creates forms that are highly evocative of plants and trees, breaking waves, still lifes, and the human figure.

This type of shellcode is similar to egg-hunt shellcode, but looks for multiple small blocks of data (eggs) and recombines them into one larger block (the omelette) that is subsequently executed. This is used when an attacker can only inject a number of small blocks of data into the process.

Powdery mildew fungi can only reproduce on their living cell host and reproduce both sexually and asexually. Sexual reproduction is via chasmothecia (formerly cleistothecium), a type of ascocarp where the genetic material recombines. Powdery mildew fungi must be adapted to their hosts to be able to infect them. Within each ascocarp are several asci.

The final step is called termination (6,7) in which the radical recombines with another radical species. If the reaction is not terminated, but instead the radical group(s) go on to react further, the steps where new radicals are formed and then react is collectively known as propagation (4,5) because a new radical is created available for secondary reactions.

That recombines the gases and increases point exposure to the liquid. RF current flow in the direction that makes the point more positive only reinforces the resistance from the gaseous blocking of the point. Detection results from this asymmetrical flow. In practical use, a series circuit is made of the detector, headphones, and a battery with a potentiometer.

He2+ is a related ion bonded by a half covalent bond. It can be formed in a helium electrical discharge. It recombines with electrons to form an electronically excited He2(a3Σ+u) excimer molecule. Both of these molecules are much smaller with more normally sized interatomic distances. He2+ reacts with N2, Ar, Xe, O2, and CO2 to form anions and neutral helium atoms.

The film is composed of stock footage from the original Ultraman television series with additional newly filmed content, and it served as an "epilogue" as Ultraman returns to Earth for one final battle. The plot unfolds when Ultraman was defeated by Zetton but not killed. Zetton is destroyed by the Patrol. Zoffy rescues Ultraman and then recombines forces with Hayata.

This Punnett square illustrates incomplete dominance. In this example, the red petal trait associated with the R allele recombines with the white petal trait of the r allele. The plant incompletely expresses the dominant trait (R) causing plants with the Rr genotype to express flowers with less red pigment resulting in pink flowers. The colors are not blended together, the dominant trait is just expressed less strongly.

Drosophila simulans has also played an important role in sequencing the genomes for certain Wolbachia strains. D. simulans eggs were infected with the wRi Wolbachia strain in order to better understand how Wolbachia recombines. Further studies can help understand how Wolbachia strains coexist with D. simulans individuals. Studying Wolbachia strains and their mechanisms of infection can provide insight into the complex phylogenetic relationships of arthropods.

Retrieved 15 February 2011. Another evolutionary theory puts the roots of cancer back to the origin of the eukaryote (nucleated) cell by massive horizontal gene transfer, when the genomes of infecting viruses were cleaved (and thereby attenuated) by the host, but their fragments integrated into the host genome as immune protection. Cancer thus originates when a rare somatic mutation recombines such fragments into a functional driver of cell proliferation.

A use case for IIIF would be to allow a user to view a manuscript that has been dismembered in the past, with its leaves now scattered across various collections. If each collection exposes its digitized images via the Image API, then a scholar can construct and publish a manifest that digitally recombines the leaves to present a single coherent user experience for the manuscript in any compatible viewer.

A VRLA cell normally recombines any hydrogen and oxygen produced inside the cell, but malfunction or overheating may cause gas to build up. If this happens (for example, on overcharging) the valve vents the gas and normalizes the pressure, producing a characteristic acid smell. However, valves can fail, such as if dirt and debris accumulate, allowing pressure to build up. Accumulated hydrogen and oxygen sometimes ignite in an internal explosion.

Trost spirotryprostatin B synthesis :Trost spirotryprostatin B synthesis In the synthesis developed by the Trost group, the stereochemistry at the spirocyclic ring juncture is established by a decarboxylation-prenylation sequence, reminiscent of the Carroll reaction. Here, a prenyl ester serves as both the nucleophile and electrophile precursor. Upon treatment with a chiral palladium catalyst the prenyl group ionizes and decarboxylates. The resulting ion pair subsequently recombines to generate the prenylated product.

The Barton reaction commences with a photochemically induced cleavage of the nitrite O-N bond, typically using a high pressure mercury lamp. This produces an alkyoxyl radical which immediately abstracts a hydrogen atom from the δ-carbon. In the absence of other radical sources or other proximal reactive groups, the alkyl radical recombines with the nitrosyl radical. The resultant nitroso compounds undergoes tautomerization to the isolated oxime product.

View south along US 13 Bus. at US 13 just north of Eastville U.S. Route 13 Business is a business route of U.S. Route 13 serving Eastville in the state of Virginia. It is a two-lane road which follows Courthouse Road for its entire length. It begins in Stumptown, where it leaves US 13 at an intersection to the west, passes through Eastville, and recombines with US 13 north of town in Kendall Grove.

Thus, inverted repeats lead to special configurations in both RNA and DNA that can ultimately cause mutations and disease. Inverted repeat changing to/from an extruded cruciform. A: Inverted Repeat Sequences; B: Loop; C: Stem with base pairing of the inverted repeat sequences The illustration shows an inverted repeat undergoing cruciform extrusion. DNA in the region of the inverted repeat unwinds and then recombines, forming a four-way junction with two stem-loop structures.

The consensus is that blinking happens because illuminated nanocrystals can be charged (or ionized), and then neutralized. Under normal conditions when nanocrystal is neutral, a photon excites an electron-hole pair, which then recombines, emitting another photon and leading to photoluminescence. This process is called radiative recombination. If however, the nanocrystal is charged, the extra carrier triggers a process called non- radiative Auger recombination, where exciton energy is transferred to an extra electron or hole.

De Bergh, B. Bézard, T. Owen, D. Crisp, J.-P. Maillard, B.L. Lutz, Deuterium on Venus—observations from Earth, Science, 251 (1991), pp. 547–549 Venus is sufficiently strongly heated by the Sun that water vapor can rise much higher in the atmosphere and be split into hydrogen and oxygen by ultraviolet light. The hydrogen can then escape from the atmosphere while the oxygen recombines or bonds to iron on the planet's surface.

The arc is maintained independently of the workpiece or parts being welded. The hydrogen gas is normally diatomic (H2), but where the temperatures are over near the arc, the hydrogen breaks down into its atomic form, absorbing a large amount of heat from the arc. When the hydrogen strikes a relatively cold surface (i.e. the weld zone), it recombines into its diatomic form, releasing the energy associated with the formation of that bond.

NIH Blueprint for Neuroscience Research has created several hundreds of Cre driver mouse lines which are currently used by the worldwide neuroscience community. The system consists of a single enzyme, Cre recombinase, that recombines a pair of short target sequences called the Lox sequences. This system can be implemented without inserting any extra supporting proteins or sequences. The Cre enzyme and the original Lox site called the LoxP sequence are derived from bacteriophage P1.

Path of light in a Michelson interferometer.The first implementation of a/LCI used a Michelson interferometer, the same model used in the famous Michelson–Morley experiment. The Michelson interferometer splits one beam of light into two paths, one reference path and one sampling path, and recombines them again to produce a waveform resulting from interference. The difference between the reference beam and the sampling beam thus reveal the properties of the sample in the way it scatters light.

The industrial production of hydrogen chloride is often integrated with the formation of chlorinated and fluorinated organic compounds, e.g., Teflon, Freon, and other CFCs, as well as chloroacetic acid and PVC. Often this production of hydrochloric acid is integrated with captive use of it on-site. In the chemical reactions, hydrogen atoms on the hydrocarbon are replaced by chlorine atoms, whereupon the released hydrogen atom recombines with the spare atom from the chlorine molecule, forming hydrogen chloride.

Nuclear copies of some mitochondrial genes, however, do not contain organelle-specific splice sites, suggesting a processed mRNA intermediate. The cDNA hypothesis has since been revised as edited mitochondrial cDNAs are unlikely to recombine with the nuclear genome and are more likely to recombine with their native mitochondrial genome. If the edited mitochondrial sequence recombines with the mitochondrial genome, mitochondrial splice sites would no longer exist in the mitochondrial genome. Any subsequent nuclear gene transfer would therefore also lack mitochondrial splice sites.

Luminescence in a semiconductor results when an electron in the conduction band recombines with a hole in the valence band. The difference energy (band gap) of this transition can be emitted in form of a photon. The energy (color) of the photon, and the probability that a photon and not a phonon will be emitted, depends on the material, its purity, and the presence of defects. First, the electron has to be excited from the valence band into the conduction band.

Dissociative recombination is a process where a positive molecular ion recombines with an electron, and as a result, the neutral molecule dissociates. This reaction is important for extraterrestrial and atmospheric chemistry. On Earth, dissociative recombination rarely occurs naturally, as free electrons react with any molecule (even neutral molecules) they encounter. Even in the best laboratory conditions, dissociative recombination is hard to observe, but is an important reaction in systems that have large populations of ionized molecules, for instance in atmospheric-pressure plasmas.

In human genetics, the haplogroups most commonly studied are Y-chromosome (Y-DNA) haplogroups and mitochondrial DNA (mtDNA) haplogroups, each of which can be used to define genetic populations. Y-DNA is passed solely along the patrilineal line, from father to son, while mtDNA is passed down the matrilineal line, from mother to offspring of both sexes. Neither recombines, and thus Y-DNA and mtDNA change only by chance mutation at each generation with no intermixture between parents' genetic material.

In the bottom diagram, a second beam splitter is introduced at the top right. It recombines the beams corresponding to the red and blue paths. By introducing the second beam splitter, the usual way of thinking is that the path information has been "erased"—however we have to be careful, because the photon cannot be assumed to have 'really' gone along one or the other path. Recombining the beams results in interference phenomena at detection screens positioned just beyond each exit port.

Some cells use higher-capacity negative electrode materials based on AB2 compounds, where A is titanium or vanadium, and B is zirconium or nickel, modified with chromium, cobalt, iron, or manganese. Any of these compounds serve the same role, reversibly forming a mixture of metal hydride compounds. When overcharged at low rates, oxygen produced at the positive electrode passes through the separator and recombines at the surface of the negative. Hydrogen evolution is suppressed, and the charging energy is converted to heat.

DSA recombines split vias. Two vias which normally would need separate exposures (red and blue) can be patterned together with DSA assistance using a single guiding pattern exposure (black border). The number of masks used for sidewall spacer patterning may be reduced with the use of directed self-assembly (DSA) due to the provision of gridded cuts all at once within a printed area, which can then be selected with a final exposure.Synopsis Presentation at Semicon West 2013 M. C. Smayling et al.

The reaction mechanism centers on the formation of a free radical pair with lithium migrating from the carbon atom to the oxygen atom. The R radical then recombines with the ketyl.Wittig Rearrangement of Lithiated Allyl Aryl Ethers: A Mechanistic Study Sven Strunk, Manfred Schlosser European Journal of Organic Chemistry Volume 2006, Issue 19 , pp. 4393–97 The 1,2-Wittig rearrangement reaction mechanism The alkyl group migrates in the order of thermodynamical stability methyl < primary alkyl < secondary alkyl < tertiary alkyl, this is in line with the radical mechanism.

The theories developed in the early 20th century to integrate Mendelian genetics with Darwinian evolution are called the modern synthesis, a term introduced by Julian Huxley. Evolutionary biologists have subsequently modified this concept, such as George C. Williams' gene-centric view of evolution. He proposed an evolutionary concept of the gene as a unit of natural selection with the definition: "that which segregates and recombines with appreciable frequency." In this view, the molecular gene transcribes as a unit, and the evolutionary gene inherits as a unit.

" David Fricke of Rolling Stone commented: "Cheap Trick roars back to life with its best collection of bubblegum bazooka rock in years. Standing on the Edge recombines the devious Beatlesque gestures and Who-ish arena-rock jolt of the band's brief platinum period with melodic authority and playful wit." In a retrospective review, Mike DeGagne of AllMusic felt the album's only highlight was the "silvery-sounding" "Tonight It's You". He added: "Like 1983's Next Position Please, Standing on the Edge finds the band without any pizzazz or rock & roll exuberance.

Kleptogenesis is a sexually parasitic form of reproduction in unisexual organisms, that is often associated with species that are also capable of gynogenetic reproduction. In this reproductive mode unisexual females mate with sympatric males of related species, and genetic material in the paternal line recombines with the maternal DNA and thus is passed on. This mode of reproduction can be seen in numerous, though not all, species of unisexual salamander, particularly salamanders in the genus Ambystoma, and is implicated in the exceptional genetic diversity that exists in those animals.

Furthermore, states near such thermal equilibria can be more easily controlled experimentally and departures from equilibrium studied with precision. When a neutral plasma is cooled, it simply recombines; but a plasma with a single sign of charge can be cooled without recombination. Malmberg constructed a trap for a pure electron plasma with walls at 4.2 K. Cyclotron radiation from the electrons then cooled the plasma to a few Kelvin. Theory argued that electron-electron collisions in such a strongly magnetized and low temperature plasma would be qualitatively different than those in warmer plasmas.

While passing through the detector, a particle will ionise the gas atoms by pulling up an electron creating an electron/ion pair (1). When no electric field is applied, the ion/electron pair recombines and nothing happens. But here, within an electric field in the order of 400 V/cm the electron will drift (2) toward the amplification electrode (the mesh) and the ion toward the cathode. When the electron arrives close to the mesh (3), it enters an intense electric field (typically on the order of 40 kV/cm in the amplification gap).

The genetic history of indigenous peoples of the Americas primarily focuses on human Y-chromosome DNA haplogroups and human mitochondrial DNA haplogroups. "Y-DNA" is passed solely along the patrilineal line, from father to son, while "mtDNA" is passed down the matrilineal line, from mother to offspring of both sexes. Neither recombines, and thus Y-DNA and mtDNA change only by chance mutation at each generation with no intermixture between parents' genetic material. (Detailed hierarchical chart) Autosomal "atDNA" markers are also used, but differ from mtDNA or Y-DNA in that they overlap significantly.

Interband transitions in conventional semiconductor lasers emit a single photon. Within a bulk semiconductor crystal, electrons may occupy states in one of two continuous energy bands - the valence band, which is heavily populated with low energy electrons and the conduction band, which is sparsely populated with high energy electrons. The two energy bands are separated by an energy band gap in which there are no permitted states available for electrons to occupy. Conventional semiconductor laser diodes generate light by a single photon being emitted when a high energy electron in the conduction band recombines with a hole in the valence band.

When this exciton recombines (i.e. the electron resumes its ground state), the exciton's energy can be emitted as light. This is called fluorescence. In a simplified model, the energy of the emitted photon can be understood as the sum of the band gap energy between the highest occupied level and the lowest unoccupied energy level, the confinement energies of the hole and the excited electron, and the bound energy of the exciton (the electron-hole pair): the figure is a simplified representation showing the excited electron and the hole in an exciton entity and the corresponding energy levels.

An everyday example of rapid plasma recombination occurs when a fluorescent lamp is switched off. The low-density plasma in the lamp (which generates the light by bombardment of the fluorescent coating on the inside of the glass wall) recombines in a fraction of a second after the plasma-generating electric field is removed by switching off the electric power source. Hydrogen recombination modes are of vital importance in the development of divertor regions for tokamak reactors. In fact they will provide a good way for extracting the energy produced in the core of the plasma.

Haemophilus influenzae is an opportunistic bacterium which commonly follows influenza infections; this led the eminent German bacteriologist Richard Pfeiffer (1858–1945) to incorrectly conclude that this bacterium was the cause of influenza. A major breakthrough came in 1931, when the American pathologist Ernest William Goodpasture grew influenza and several other viruses in fertilised chickens' eggs. Hirst identified an enzymic activity associated with the virus particle, later characterised as the neuraminidase, the first demonstration that viruses could contain enzymes. Frank Macfarlane Burnet showed in the early 1950s that the virus recombines at high frequencies, and Hirst later deduced that it has a segmented genome.

Ultraman gives an alternate ending to the series 29 years after the series finale, where Zoffy recombines Hayata and Ultraman after giving the former another life-force. After the battle against Zetton, both Hayata and Ultraman were shaken to the core following their previous defeat. Past monsters were mysteriously revived and Ultraman defeated them again but is once again weakened by Zetton. When it seemed that his defeat would be repeated, SSSP member Ide created a specialized formula that replenished Ultraman's energy, allowing him to finally defeating Zetton and properly put an end to his mission on Earth.

When a mobile electron recombines with a hole, both hole and electron vanish, leaving behind an immobile positively charged donor (dopant) on the N side and negatively charged acceptor (dopant) on the P side. The region around the p–n junction becomes depleted of charge carriers and thus behaves as an insulator. However, the width of the depletion region (called the depletion width) cannot grow without limit. For each electron–hole pair recombination made, a positively charged dopant ion is left behind in the N-doped region, and a negatively charged dopant ion is created in the P-doped region.

The Sachigo River begins at Broadside Lake and flows northeast through Pasateko Lake, past the Sachigo Hills, to Sachigo Lake, the location of the Sachigo Lake First Nation and the Sachigo Lake Airport, and where it takes in the right tributary Morrison River. It then heads north, past the Wetiko Hills, to Little Sachigo Lake, exits the lake east and heads once again northeast. The river divides into two branches, takes in the Sherman River on the left branch, then recombines. It continues northeast to reach its mouth at the Severn River, which flows to Hudson Bay.

500x500px The carbon centered radical can be intercepted by other radical sources such as iodine or acrylonitrile. The first instance results in the δ-hydrogen being replaced with iodine, then subsequent cyclization to a tetrahydrofuran by an SN2 reaction. The second example results in a chain elongation product with the oxime formed 2 carbon units further from the oxygen than normal. This mechanistic hypothesis is supported by kinetic isotope effect experiments. Isotopic labeling of the nitrite with 15N has shown the mechanism non-‘caged’ and that the nitrosyl radical formed from a given nitrite recombines randomly with other alkyl radicals.

Since sulfur is a hydrogen recombination poison, the amount of atomic hydrogen which recombines to form H2 on the surface is greatly reduced, thereby increasing the amount of diffusion of atomic hydrogen into the metal matrix. This aspect is what makes wet H2S environments so severe. Since SSC is a form of hydrogen embrittlement, it is most susceptibile to cracking at or slightly below ambient temperature. Sulfide stress cracking has special importance in the gas and oil industry, as the materials being processed there (natural gas and crude oil) often contain considerable amounts of hydrogen sulfide.

Kutty (English: Small kid) is 2010 Indian Tamil-language romantic action-drama film directed by Mithran Jawahar, who with the project, recombines with the lead actor following the success of their previous venture. The film stars Dhanush, Shriya Saran and Sameer Dattani in the lead roles with Radha Ravi playing a pivotal role. The film, a remake of the Telugu film Arya (2004), has Gemini Film Circuit as the producers, whilst Devi Sri Prasad handled the music composition. The film, which was under production for a year, was released on 14 January 2010 coinciding with the Tamil festival of Thai Pongal.

SC 16 begins at an intersection with SC 48, just south of the University of South Carolina. Going in a counterclockwise direction, it goes east to U.S. Routes 76 and 378 (US 76/US 378) at Devine Street, then north intersecting SC 12 (Forest Drive) within the small portion of Forest Acres through which SC 16 travels, and US 1 (Two Notch Road). Heading now west, it intersects SC 555 (Farrow Road) before splitting into one-way streets: northbound along Marshall Street and southbound along Sunset Drive and Academy Street. SC 16 recombines onto Sunset Drive at the SC 277 (Northeastern Freeway) northbound on-ramps, flanked by the Palmetto Health Richland.

Millions of genes would be required to store the genetic information that produces these receptors, but, the entire human genome contains fewer than 25,000 genes. Myriad receptors are produced through a process known as clonal selection. According to the clonal selection theory, at birth, an animal randomly generates a vast diversity of lymphocytes (each bearing a unique antigen receptor) from information encoded in a small family of genes. To generate each unique antigen receptor, these genes have undergone a process called V(D)J recombination, or combinatorial diversification, in which one gene segment recombines with other gene segments to form a single unique gene.

The Books of the Bible is the first presentation of an unabridged committee translation of the Bible to remove chapter and verse numbers entirely and instead present the biblical books according to their natural literary structures. This edition of the Bible is also noteworthy for the way it recombines books that have traditionally been divided, and for the way it puts the biblical books in a different order. The edition was first published by the International Bible Society (now Biblica) in 2007 in Today's New International Version (TNIV). It was re-released in September 2012 in the latest update to the New International Version (NIV).

Mesh merging is more precise and is the final step in visualizing the unwrapped scroll. This type of merging recombines each point on the surface of each segment with the corresponding point on its neighbor segment to remove the distortions due to individual flattening. This step also re-flattens and re- textures the image to create the final visualization of the unwrapped scroll, and is computationally expensive compared to the texture merging process detailed above. Using each of these steps, the computer is able to transform the voxels from the 3D volumetric scan and their corresponding density brightnesses to a 2D virtually unwrapped image of the text inside.

The river begins at the community of Allanwater Bridge at the confluence of the two branches of the Brightsand River: the western branch arriving as the outlet from Kawaweogama Lake and the eastern branch arriving as the outlet from McEwan Lake. The Canadian National Railway Canadian National Railway transcontinental main line over a bridge at the point of confluence, and is the location of Allanwater Bridge railway station, served by Via Rail transcontinental Canadian trains. The river flows north and splits into two channels, then recombines, takes in the right tributary Nemo River and reaches Brennan Lake. The river leaves the lake east over Brennan Falls to Granite Lake, and then leaves that lake north over Granite Falls.

This means that during the finite time while the electron is moving forward towards the p-n junction, it may meet a slowly moving hole left behind by a previous photoexcitation. When this occurs, the electron recombines at that atom, and the energy is lost (normally through the emission of a photon of that energy, but there are a variety of possible processes). Recombination places an upper limit on the rate of production; past a certain rate there are so many holes in motion that new electrons will never make it to the p-n junction. In silicon this reduces the theoretical performance under normal operating conditions by another 10% over and above the thermal losses noted above.

The new £32.4 million bridge has no piers in the river, thus opening up views along the river and improving navigation for boats. The constructor completed the removal of the old bridges in November 2013 and was set to complete surrounding landscaping works in August 2014. The bridge is used on an unsigned but map-marked cyclists' variation of the Thames Path bypassing the on-request Shepperton to Weybridge Ferry, that runs during main hours of daytime, to where the path recombines at Chertsey Bridge, where it takes the northern towpath as below Hampton Court Bridge. The bridge, a thrust arch bridge, provides the first single-span bridge heading up the Thames.

Autosomal DNA is contained in the 22 pairs of chromosomes not involved in determining a person's sex. Autosomal DNA recombines each generation, and new offspring receive one set of chromosomes from each parent. These are inherited exactly equally from both parents and roughly equally from grandparents to about 3x great-grand parents. Therefore, the number of markers (one of two or more known variants in the genome at a particular location – known as Single-nucleotide polymorphisms or SNPs) inherited from a specific ancestor decreases by about half each generation; that is, an individual receives half of their markers from each parent, about a quarter of their markers from each grandparent; about an eighth of their markers from each great grandparent, etc.

An expansion of the Genetic Algorithm accessible problem domain can be obtained through more complex encoding of the solution pools by concatenating several types of heterogenously encoded genes into one chromosome. This particular approach allows for solving optimization problems that require vastly disparate definition domains for the problem parameters. For instance, in problems of cascaded controller tuning, the internal loop controller structure can belong to a conventional regulator of three parameters, whereas the external loop could implement a linguistic controller (such as a fuzzy system) which has an inherently different description. This particular form of encoding requires a specialized crossover mechanism that recombines the chromosome by section, and it is a useful tool for the modelling and simulation of complex adaptive systems, especially evolution processes.

The Keck telescope on Hawaii reported seeing a subtle green glow and suggested it could be produced as ultraviolet light from the Sun splits molecules of carbon dioxide (), known to be common in Venus' atmosphere, into carbon monoxide () and oxygen (). However, the green light emitted as oxygen recombines to form is thought too faint to explain the effect, and it is too faint to have been observed with amateur telescopes. In 1967, Venera 4 found the Venusian magnetic field to be much weaker than that of Earth. This magnetic field is induced by an interaction between the ionosphere and the solar wind,Dolginov, Nature of the Magnetic Field in the Neighborhood of Venus, COsmic Research, 1969 rather than by an internal dynamo in the core like the one inside Earth.

Unlike nuclear DNA, which is inherited from both parents and in which genes are rearranged in the process of recombination, there is usually no change in mtDNA from parent to offspring. Although mtDNA also recombines, it does so with copies of itself within the same mitochondrion. Because of this and because the mutation rate of animal mtDNA is higher than that of nuclear DNA, mtDNA is a powerful tool for tracking ancestry through females (matrilineage) and has been used in this role to track the ancestry of many species back hundreds of generations. The rapid mutation rate (in animals) makes mtDNA useful for assessing genetic relationships of individuals or groups within a species and also for identifying and quantifying the phylogeny (evolutionary relationships; see phylogenetics) among different species.

59): > The lower of the two levels, labeled specifically as "prophecy" (nubuwwa), > is enjoyed by men who have not yet perfected their intellect, whereas the > higher, which Alfarabi sometimes specifically names "revelation" (w-ḥ-y), > comes exclusively to those who stand at the stage of acquired intellect. This happens in the imagination (Arabic mutakhayyila; Greek phantasia), a faculty of the mind already described by Aristotle, which al Farabi described as serving the rational part of the soul (Arabic ʿaql; Greek nous). This faculty of imagination stores sense perceptions (maḥsūsāt), disassembles or recombines them, creates figurative or symbolic images (muḥākāt) of them which then appear in dreams, visualizes present and predicted events in a way different from conscious deliberation (rawiyya). This is under the influence, according to Al Farabi, of the active intellect.

A cabinet of the massively parallel Blue Gene/L, showing the stacked blades, each holding many processors. The only computer to seriously challenge the Cray-1's performance in the 1970s was the ILLIAC IV. This machine was the first realized example of a true massively parallel computer, in which many processors worked together to solve different parts of a single larger problem. In contrast with the vector systems, which were designed to run a single stream of data as quickly as possible, in this concept, the computer instead feeds separate parts of the data to entirely different processors and then recombines the results. The ILLIAC's design was finalized in 1966 with 256 processors and offer speed up to 1 GFLOPS, compared to the 1970s Cray-1's peak of 250 MFLOPS.

Smoke is produced by incomplete combustion of tobacco during which at least three kinds of chemical reactions occur: pyrolysis breaks down organic molecules into simpler ones, pyrosynthesis recombines these newly formed fragments into chemicals not originally present, and distillation moves compounds such as nicotine from the tobacco into the smoke. For every gram of tobacco smoked, a cigar emits about 120–140 mg of carbon dioxide, 40–60 mg of carbon monoxide, 3–4 mg of isoprene, 1 mg each of hydrogen cyanide and acetaldehyde, and smaller quantities of a large spectrum of volatile N-nitrosamines and volatile organic compounds, with the detailed composition unknown. The most odorous chemicals in cigar smoke are pyridines. Along with pyrazines, they are also the most odorous chemicals in cigar smokers' breath.