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63 Sentences With "non parallel"

How to use non parallel in a sentence? Find typical usage patterns (collocations)/phrases/context for "non parallel" and check conjugation/comparative form for "non parallel". Mastering all the usages of "non parallel" from sentence examples published by news publications.

Alekseevsky, Baum (2008) In particular, non-parallel recurrent vector fields are null vector fields.
Two transversally intersecting surfaces give an intersection curve. The most simple case the intersection line of two non-parallel planes.
MPI is used for parallelization, but the code can also be run non-parallel on a simple PC. There are modules for different time-integration schemes (e.g. three-step Runge–Kutta), treatment of shocks, embedded particle dynamics, chemistry, massive parallel I/O, etc.
A quasi-comparable corpus includes very heterogeneous and non-parallel bilingual documents that may or may not be topic-aligned. The rarest parallel corpora are corpora that contain translations of the same document into two or more languages, aligned at the sentence level at least.
In computer science, the all nearest smaller values problem is the following task: for each position in a sequence of numbers, search among the previous positions for the last position that contains a smaller value. This problem can be solved efficiently both by parallel and non-parallel algorithms: , who first identified the procedure as a useful subroutine for other parallel programs, developed efficient algorithms to solve it in the Parallel Random Access Machine model; it may also be solved in linear time on a non-parallel computer using a stack-based algorithm. Later researchers have studied algorithms to solve it in other models of parallel computation.
Increasing the length of DNA leads to decreased efficiency of Cre/lox recombination possibly through regulating the dynamics of the reaction. Genetic location of the floxed sequence affects recombination efficiency as well probably by influencing the availability of DNA by Cre recombinase. The choice of Cre driver is also important as low expression of Cre recombinase tends to result in non-parallel recombination. Non-parallel recombination is especially problematic in a fate mapping scenario where one recombination event is designed to manipulate the gene under study and the other recombination event is necessary for activating a reporter gene (usually encoding a fluorescent protein) for cell lineage tracing.
A "sprung" molding has upper and lower edges that bevel towards its rear, allowing mounting between two non-parallel planes (such as a wall and a ceiling), with an open space behind. Moldings may be decorated with paterae as long, uninterrupted elements may be boring for eyes.
Furthermore, multiprocessor and multithreaded computer systems may be said to exhibit MLP and ILP due to parallelism—but not intra-thread, single process, ILP and MLP. Often, however, we restrict the terms MLP and ILP to refer to extracting such parallelism from what appears to be non-parallel single threaded code.
Sculpture lit at night The sculpture has two posts that rise at non-parallel angles. The posts appear to rise straightly until they individually curl and twist before meeting at the highest point of the sculpture. The sculpture is lit constantly, and with varying colors and light patterns at different periods of the year.Tom Bower.
The dihedral angle between two non-parallel hyperplanes of a Euclidean space is the angle between the corresponding normal vectors. The product of the transformations in the two hyperplanes is a rotation whose axis is the subspace of codimension 2 obtained by intersecting the hyperplanes, and whose angle is twice the angle between the hyperplanes.
A developed elevation is a variant of a regular elevation view in which several adjacent non-parallel sides may be shown together as if they have been unfolded. For example, the north and west views may be shown side-by-side, sharing an edge, even though this does not represent a proper orthographic projection.
It had rubber mounted twin GP carburettors, inclined at 49 degrees, with an unusual float tank system used rather than float bowls. Plain bearings were used for the big end bearings and the centre main bearings. The outer main bearings were rollers. One problem cited for the engine is the use of non parallel valves with conventional rockers.
Examples 5 and 6 are variants on the same construction. They both have two non-parallel, non- boundary-parallel incompressible tori in their complements, splitting the complement into the union of three manifolds. In Example 5 those manifolds are: the Borromean rings complement, trefoil complement and figure-8 complement. In Example 6 the figure-8 complement is replaced by another trefoil complement.
They should not be confused with so-called valley gutters or valley flashings which occur at the non-parallel intersection of roof surfaces, typically at right angled internal corners of pitched roofs. Provision is made in the design of the gutter to have a rain flow to the outlet with a maximum slope of 1:200 and a minimum of 1:400.
Axiom 1 requires a unique line for each pair of distinct points, and a unique point of intersection of non-parallel lines. Axiom 2 depends on a line and a point; it requires a unique parallel to the line and through the point. Axiom 3 requires three non-collinear points. Axiom 4a requires a translation to move any point to any other.
A bi-colour gauge is generally preferred for caustic media in order to afford protection to the glass. The gauge consists of a vertically oriented slotted metal body with a strong plain glass to the front and the rear. The front and rear body surfaces are in non-parallel vertical planes. Behind the gauge body are light sources with two quite different wavelengths, typically red and green.
By the Pythagorean theorem, the sum of the squares of the lengths of the catheti is equal to the square of the length of the hypotenuse. The term leg, in addition to referring to a cathetus of a right triangle, is also used to refer to either of the equal sides of an isosceles triangle or to either of the non-parallel sides of a trapezoid.
At the launch, several journalists crashed the heavy bike on the motocross track, for which it was entirely unsuited. The XLV750R (Honda type designation: RD01) was Honda's first dual-sport motorcycle with two non-parallel cylinders. It has an air-/oil-cooled V-twin engine with hydraulic valve tappets and a shaft drive. Those two construction features make the XLV a very low maintenance motorcycle.
The lower wings are shorter in chord as well as span, so the outward-leaning, N-form interplane struts are non-parallel. Outward-leaning struts from the fuselage support the upper wing, which has a narrow trailing edge cut-out to improve the pilot's upward field of view. Ailerons are mounted only on the upper wings. The fuselage has a Cr/Mo steel tube structure and is fabric-covered.
Contact area may depend on the normal force between the two objects due to deformation. The contact area depends on the geometry of the contacting bodies, the load, and the material properties. The contact area between the two parallel cylinders is a narrow rectangle. Two, non-parallel cylinders have an elliptical contact area, unless the cylinders are crossed at 90 degrees, in which case they have a circular contact area.
There are filters that distort the image in a desired way, diffusing an otherwise sharp image, adding a starry effect, etc. Linear and circular polarising filters reduce oblique reflections from non-metallic surfaces. Many filters absorb part of the light available, necessitating longer exposure. As the filter is in the optical path, any imperfections—non-flat or non-parallel surfaces, reflections (minimised by optical coating), scratches, dirt—affect the image.
The upper incisors are opisthodont (with the cutting surface oriented backwards) and have orange to yellow enamel. The upper molar rows are either almost parallel or slightly convergent with each other toward the front. Holochilus and Lundomys are the only other oryzomyines with non-parallel molar rows. The valleys between the cusps of the upper molars extending from the inner and outer sides overlap slightly across the midlines of the teeth.
Until 2003, the orchestra rehearsed in the basement of the Royal Theatre, an uncomfortable and cramped space. In 2002, the transfer of the set design workshops to their new installations in Ans freed the buildings from the rue des Tawes in Liège. The former set assembly hall presented an ideal space in terms of volume and asymmetry. (non-parallel walls, multi-paned roof) characteristic interesting from an acoustic point of view.
Food risk assessment nomogram Although nomograms represent mathematical relationships, not all are mathematically derived. The following one was developed graphically to achieve appropriate end results that could readily be defined by the product of their relationships in subjective units rather than numerically. The use of non- parallel axes enabled the non-linear relationships to be incorporated into the model. The numbers in square boxes denote the axes requiring input after appropriate assessment.
Jogs typically form when two non-parallel dislocations cross during slip. The presence of jogs in a material increases its yield strength by preventing easy glide of dislocations. A pair of immobile jogs in a dislocation will act as a Frank–Read source under shear, increasing the overall dislocation density of a material. When a material's yield strength is increased via dislocation density increase, particularly when done by mechanical work, it is called work hardening.
Vector diagram for addition of non-parallel forces. In general, a system of forces acting on a rigid body can always be replaced by one force plus one pure (see previous section) torque. The force is the net force, but to calculate the additional torque, the net force must be assigned the line of action. The line of action can be selected arbitrarily, but the additional pure torque depends on this choice.
Chanters come in two main types, parallel and non-parallel bored (although there is no clear dividing line between the two). This refers to the shape of the internal bore of the chanter. On the Great Highland Bagpipe, the internal bore is conical: it is this that gives the chanter its exceptional volume. The Northumbrian pipes, on the other hand, have a parallel bore, giving them a much sweeter and quieter tone.
The 3D structures of a number of cyt c3 proteins have been determined. The proteins consist of 4-5 α-helices and 2 β-sheets wrapped around a compact core of four non-parallel hemes, which present a relatively high degree of exposure to the solvent. The overall protein architecture, heme plane orientations and iron-iron distances are highly conserved. An example is the Photosynthetic reaction centre of Rhodopseudomonas viridis that contains a tetraheme cytochrome c subunit.
The Pennsylvania National Bank Building is a one-story, Beaux-Arts-style building constructed from buff-colored brick with terra cotta ornaments. It was designed by the Beezer Brothers, who also designed the nearby St. John the Baptist Church which was completed the same year. The bank's footprint is trapezoidal, with the non-parallel sides defined by the streets on either side. The narrow front of the building has a single entrance bay and an arched parapet decorated with a keystone emblem.
In mathematics, continuous symmetry is an intuitive idea corresponding to the concept of viewing some symmetries as motions, as opposed to discrete symmetry, e.g. reflection symmetry, which is invariant under a kind of flip from one state to another. However, a discrete symmetry can always be reinterpreted as a subset of some higher-dimensional continuous symmetry, e.g. reflection of a 2 dimensional object in 3 dimensional space can be achieved by continuously rotating that object 180 degrees across a non-parallel plane.
In the projective space, each projective subspace of dimension k intersects the ideal hyperplane in a projective subspace "at infinity" whose dimension is . A pair of non-parallel affine hyperplanes intersect at an affine subspace of dimension , but a parallel pair of affine hyperplanes intersect at a projective subspace of the ideal hyperplane (the intersection lies on the ideal hyperplane). Thus, parallel hyperplanes, which did not meet in the affine space, intersect in the projective completion due to the addition of the hyperplane at infinity.
"DKvec is a method for extracting bilingual lexicons, from noisy parallel corpora based on arrival distances of words in noisy parallel corpora". This method has emerged in response to two problems plaguing the statistical extraction of bilingual lexicons: "(1) How can noisy parallel corpora be used? (2) How can non-parallel yet comparable corpora be used?" The "DKvec" method has proven invaluable for machine translation in general, due to the amazing success it has had in trials conducted on both English – Japanese and English – Chinese noisy parallel corpora.
Fig. 5: A schematic view of a transmission-style Mössbauer spectrometer A Mössbauer spectrometer is a device that performs Mössbauer spectroscopy, or a device that uses the Mössbauer effect to determine the chemical environment of Mössbauer nuclei present in the sample. It is formed by three main parts; a source that moves back and forth to generate a Doppler effect, a collimator that filters out non-parallel gamma rays and a detector. A miniature Mössbauer Spectrometer, named (MB) MIMOS II, was used by the two rovers in NASA's Mars Exploration Rover missions.
French by Guillaume Apollinaire describing and visually representing his lover. Parts of the face's image (such as the hat, eye, nose, mouth, neck) each use words associated specifically with that part. A calligram is text arranged in such a way that it forms a thematically related image. It can be a poem, a phrase, a portion of scripture, or a single word; the visual arrangement can rely on certain use of the typeface, calligraphy or handwriting, for instance along non-parallel and curved text lines, or in shaped paragraphs.
The great advantage of this approach is that the electromagnetic field becomes static and can be described by just two scalar potentials, which was a totally new formulation of the problem. However, the flowing medium now acquires a complicated magneto-electric character. This however came as a blessing in disguise, because it led to a discovery in the electrodynamics of crystalline media. Majumdar found that a most general doubly anisotropic medium with tensor permittivity and tensor permeability with non-parallel principal axes could sometimes behave like an 'isotropic' or 'uniaxial' medium as far as the structure of the Fresnel wave surface is concerned.
It's possible to express the above line coordinates as homogeneous coordinates z = [\sin(\theta/2) + \frac12\epsilon R\cos(\theta/2):\cos(\theta/2)-\frac12\epsilon R\sin(\theta/2)] where R is the perpendicular distance of the line from the origin. This representation has numerous advantages: One advantage is that there is no need to break into different cases, such as parallel and non-parallel. The other advantage is that these homogeneous coordinates can be interpreted as vectors, allowing us to multiply them by a matrix. Every Laguerre transformation can be represented as a 2x2 matrix whose entries are dual numbers.
However, wood expands and contracts in the direction perpendicular to its grain as a function of its moisture content, itself a function of ambient humidity. In this case, during design and assembly, the turner has to be mindful of the impact on long term structural integrity of assembling the constituent pieces into incompatible, non-parallel grain directions. Examples of bowls from boards An important variation of the ring construction technique is known as "bowl from a board". Imagine a flat, square board bisected to create two identical rectangles, like two twin beds placed side-by-side to form a king-sized, square bed.
A glider or platform rocker is a type of rocking chair that moves as a swing seat, where the entire frame consists of a seat attached to the base by means of a double-rocker four-bar linkage. The non-parallel suspension arms of the linkage cause the chair to simulate a rocking-chair motion as it swings back and forth. Gliders are used as alternatives to porch swings, and are also popular as nursery furnishing for assisting parents in feeding newborn babies. Because pinch points are moved away from the floor, a glider is marginally safer for pets and toddlers.
Both of the signs in EA 325 are identical, and are more 'angular'-(non-parallel horizontals) than rectangular. On the other hand, gáb is rectangular, but shorter than DAGAL, and has other syllabic uses. Gáb and DAGAL are easily identified by the 2-small-vertical strokes, located at the cuneiform sign – left, and are at various angles other than vertical (angled opposite, downward, to-the-left). The components (pictured as An, An (cuneiform)) at both sign's right, are less easily discernible, or are ligatured with the tall vertical stroke, that anchors the right side of the cuneiform sign.
Geometrically, a reflected pseudovector points opposite direction of, but with equal magnitude to, its mirror image. This is as opposed to a true (or polar) vector, whose reflection is exactly the same its mirror image. In three dimensions, a pseudovector is associated with the curl of a polar vector or with the cross product of two polar vectors: One example of a pseudovector is the normal to an oriented plane. An oriented plane can be defined by two non- parallel vectors, a and b, RP Feynman: §52-5 Polar and axial vectors, Feynman Lectures in Physics, Vol.
Other power steering systems (such as those in the largest off-road construction vehicles) have no direct mechanical connection to the steering linkage; they require electrical power. Systems of this kind, with no mechanical connection, are sometimes called "drive by wire" or "steer by wire", by analogy with aviation's "fly-by-wire". In this context, "wire" refers to electrical cables that carry power and data, not thin wire rope mechanical control cables. Some construction vehicles have a two-part frame with a rugged hinge in the middle; this hinge allows the front and rear axles to become non-parallel to steer the vehicle.
Captain Erisa Magambo is the UNIT officer in Donna Noble's parallel universe, working with Rose Tyler to restore the correct universe in the 2008 episode "Turn Left". Her UNIT team helps construct a time machine from the TARDIS to send Donna back into the past. Magambo returns in the 2009 episode "Planet of the Dead", this time on a non-parallel Earth, as a senior officer of a UNIT patrol. She leads a team of UNIT soldiers and Doctor Malcolm Taylor who were investigating a wormhole which was, unbeknownst to them, created by the deadly Swarm.
In a crosswind landing, the fuselage of the plane may be skewed relative to the runway A crosswind is any wind that has a perpendicular component to the line or direction of travel. This affects the aerodynamics of many forms of transport. Moving non-parallel to the wind's direction creates a crosswind component on the object and thus increasing the apparent wind on the object; such use of cross wind travel is used to advantage by sailing craft, kiteboarding craft, power kiting, etc. On the other side, crosswind moves the path of vehicles sideways and can be a hazard.
Although quantitative interpretation of the contrast shown in lattice images is possible, it is inherently complicated and can require extensive computer simulation and analysis, such as electron multislice analysis. More complex behaviour in the diffraction plane is also possible, with phenomena such as Kikuchi lines arising from multiple diffraction within the crystalline lattice. In convergent beam electron diffraction (CBED) where a non-parallel, i.e. converging, electron wavefront is produced by concentrating the electron beam into a fine probe at the sample surface, the interaction of the convergent beam can provide information beyond structural data such as sample thickness.
Every antiparallelogram has an axis of symmetry through its crossing point. Because of this symmetry, it has two pairs of equal angles as well as two pairs of equal sides. Together with the kites and the isosceles trapezoids, antiparallelograms form one of three basic classes of quadrilaterals with a symmetry axis. The convex hull of an antiparallelogram is an isosceles trapezoid, and every antiparallelogram may be formed from the non-parallel sides (or either pair of parallel sides in case of a rectangle) and diagonals of an isosceles trapezoid.. Every antiparallelogram is a cyclic quadrilateral, meaning that its four vertices all lie on a single circle.
The former refers to when the shafts are parallel to each other; this is the most common orientation. In the latter, the shafts are non-parallel, and in this configuration the gears are sometimes known as "skew gears". The angled teeth engage more gradually than do spur gear teeth, causing them to run more smoothly and quietly. With parallel helical gears, each pair of teeth first make contact at a single point at one side of the gear wheel; a moving curve of contact then grows gradually across the tooth face to a maximum, then recedes until the teeth break contact at a single point on the opposite side.
That is, the bulky springs and dampers are mounted in the space between the wheels and the bodywork, where they interfere with the airflow and increase unwanted aerodynamic drag. Tauranac persisted with this apparently conservative approach based on wind tunnel tests he had carried out in the early 1960s, which indicated that a more complicated inboard design, with the springs and dampers concealed under the bodywork, would provide only a 2% improvement in drag. He judged the extra time needed to set up an inboard design at the racetrack to outweigh this small improvement. At the front the suspension consists of unequal length, non-parallel double wishbones.
It uses a similar code density improvement method called configurable long instruction word (CLIW). Outside embedded processing markets, Intel's Itanium IA-64 explicitly parallel instruction computing (EPIC) and Elbrus 2000 appear as the only examples of a widely used VLIW CPU architectures. However, EPIC architecture is sometimes distinguished from a pure VLIW architecture, since EPIC advocates full instruction predication, rotating register files, and a very long instruction word that can encode non-parallel instruction groups. VLIWs also gained significant consumer penetration in the graphics processing unit (GPU) market, though both Nvidia and AMD have since moved to RISC architectures to improve performance on non-graphics workloads.
In geometry, an intersection curve is, in the most simple case, the intersection line of two non-parallel planes in Euclidean 3-space. In general, an intersection curve consists of the common points of two transversally intersecting surfaces, meaning that at any common point the surface normals are not parallel. This restriction excludes cases where the surfaces are touching or have surface parts in common. The intersection of two planes The analytic determination of the intersection curve of two surfaces is easy only in simple cases; for example: a) the intersection of two planes, b) plane section of a quadric (sphere, cylinder, cone, etc.), c) intersection of two quadrics in special cases.
In the 1960s platforms on the Line 1 were enlarged from 60 to 90 m, but bad condition of the foundations of the surface buildings prevented doing that on both platforms in parallel. So one of the platforms was expanded to the north and another one to the south, resulting in the only Madrid Metro station with non-parallel platforms. Between 2004 and 2006, Line 3 platforms were also extended from 60 to 90 m, this time they are completely parallel. At the same time elevators installation began, that allowed access to lines 2 and 3 and from the street to the lobby since 2007. The station was renamed 'vodafone Sol' from 2013 to 2016.
Arranging the room surfaces (including the ceiling) to be non-parallel helps inhibit the formation of standing waves - additional acoustic diffusers are often used to create more reflecting surfaces and further encourage even distribution of any particular sound field. Reverberation chambers are used in acoustics as well as in electrodynamics, such as for measurement microphone calibration, measurement of the sound power of a source, and measurement of the absorption coefficient of a material. All these techniques assume the sound field in the chamber to be diffuse, and will normally use a broadband sound source (e.g. white noise or pink noise) so that the resulting sound field contains acoustic energy across the whole audible range.
A resistant structure is anything amorphous or living, which supports the forces to which it is normally subjected without breaking. Characterised by its shape and its constituent materials, and three-dimensional by nature, the amorphous structure usually has a two-dimensional geometry, which is given a thickness, or a three-dimensional geometry (the three-dimensional structure). The latter is formed of a pair of two-dimensional structures on non-parallel planes or three-dimensional curved volumes as in the case for any living things, including a specific group: the shells (a three-dimensional surface with a thickness). An example of these is the structure of cars, boats or planes, or even human skulls, sea shells or the stem of a dandelion.
They were named after a similar tower at Mortella Point in Corsica which the Navy had captured from the French. Although never needed for their original purpose they were later used to combat smuggling and also acted as signalling stations and coastal defences during the two world wars. Three of the towers survive at Hythe; one was converted to a house in the 1930s and can be seen along West Parade, and the other two are on the beach and are owned by the Ministry of Defence. Geologically the town developed on a succession of non-parallel terraces, rising from the level ground around the Royal Canal (previously named the Royal Military Canal) towards the steep incline upon which the parish church of St Leonard was built.
Certification of an auditorium entails specific acoustic and other technical requirements; architectural requirements include a floating floor, baffled and acoustically treated walls, non-parallel walls (to reduce standing waves), a perforated screen (to allow center channel continuity), and NC30 rating for background noise ("ensures noise from air conditioning units and projection equipment does not mask the subtle effects in a movie's soundtrack"). In 2002, THX was owned by sound card manufacturer Creative Technology Limited, which held a 60% share of the company. The company has had a long history with Creative, which was responsible for the creation of the first THX-certified audio card for computers, the Sound Blaster Audigy 2. and the Deep Note In 2016, THX was acquired by videogame hardware company Razer Inc.
One might be tempted to think that the meaning of curves intersecting is that they necessarily cross each other, like the intersection point of two non-parallel lines, from one side to the other. However, two curves (or two subcurves of one curve) may contact one another without crossing, as, for example, a line tangent to a circle does. A non-self-intersecting continuous curve cannot fill the unit square because that will make the curve a homeomorphism from the unit interval onto the unit square (any continuous bijection from a compact space onto a Hausdorff space is a homeomorphism). But a unit square has no cut- point, and so cannot be homeomorphic to the unit interval, in which all points except the endpoints are cut-points.
In these states, the active neuronal system is the one most suited to solving the existential problems that are present in their environment. It is also possible to have non- parallel situations, such as a person in an environment with E level problems who has developed the Q neuronal system but not yet the R. This person will often find the world confusing and stressful. On the other hand, a person who is centralized at FS but finds themself in an environment of primarily E problems will be frustrated for other reasons, such as everyone around them seeming to focus on the "wrong" problems and solutions. Old systems remain available even after new systems are developed, and the level at which a person is centralized can move forwards or backwards.
Intersection of two line segments For two non- parallel line segments (x_1,y_1),(x_2,y_2) and (x_3,y_3),(x_4,y_4) there is not necessarily an intersection point (see diagram), because the intersection point (x_0,y_0) of the corresponding lines need not to be contained in the line segments. In order to check the situation one uses parametric representations of the lines: : (x(s),y(s))=(x_1+s(x_2-x_1),y_1+s(y_2-y_1)), : (x(t),y(t))=(x_3+t(x_4-x_3),y_3+t(y_4-y_3)). The line segments intersect only in a common point (x_0,y_0) of the corresponding lines if the corresponding parameters s_0,t_0 fulfill the condition 0\le s_0,t_0 \le 1 . The parametrs s_0,t_0 are the solution of the linear system : s(x_2-x_1)-t(x_4-x_3)=x_3-x_1, : s(y_2-y_1)-t(y_4-y_3)=y_3-y_1 \ .
These lines exist in the complex projective plane, but it is possible to define quartic curves for which all 28 of these lines have real numbers as their coordinates and therefore belong to the Euclidean plane. An explicit quartic with twenty-eight real bitangents was first given by See e.g. . As Plücker showed, the number of real bitangents of any quartic must be 28, 16, or a number less than 9. Another quartic with 28 real bitangents can be formed by the locus of centers of ellipses with fixed axis lengths, tangent to two non-parallel lines.. gave a different construction of a quartic with twenty- eight bitangents, formed by projecting a cubic surface; twenty-seven of the bitangents to Shioda's curve are real while the twenty-eighth is the line at infinity in the projective plane.
By incorporating elementary fold geometries under the term disharmonic fold detachment folds may then be classified into one of two categories; disharmonic folds or lift-off folds. Disharmonic folds, figure 3, are defined as detachment folds characterized by parallel geometries at the outer limbs and non-parallel interlimb geometries at stratigraphically distinct and lower units; caused by differential strain as a result of strain dissipation or change in mechanical stratigraphy, where the termination of folding typically results in a detachment. Lift-off detachment folds are characterized by isoclinal folding in all units, with a tight isoclinal folded weak unit in the anticline and parallel geometries sometimes existing along the outer units.Hardy, S. and Finch, E. (2005) Discrete-element modeling of detachment folding, Basin Research, 17, 507-520 Present day examples detachment folding can be found in the Jura Mountains of Central Europe.
In the most basic form of the parametric search technique, both the test algorithm and the decision algorithms are sequential (non- parallel) algorithms, possibly the same algorithm as each other. The technique simulates the test algorithm step by step, as it would run when given the (unknown) optimal solution value as its parameter X. Whenever the simulation reaches a step in which the test algorithm compares its parameter X to some other number Y, it cannot perform this step by doing a numerical comparison, as it does not know what X is. Instead, it calls the decision algorithm with parameter Y, and uses the result of the decision algorithm to determine the output of the comparison. In this way, the time for the simulation ends up equalling the product of the times for the test and decision algorithms.
This research led Karczmar to conceptualize on the pre-neurogenetic appearance of components of the cholinergic system, their non-parallel ontogenesis and its significance, and their omni-existent phylogenesis which is independent of the presence of innervation or motility.Scudder and Karczmar, 1966also Karczmar, 1963 a and b Karczmar and Steve Thesleff demonstrated in the 1950s the phenomenon of desensitization (receptor inactivation) at the neuromyal junction, and Karczmar described the reciprocal process, sensitization which is inducible by several drugs such as oxamides and NaF, and which, today, is ascribed to an allosteric receptor change.Karczmar, 1957Karczmar and Howard, 1955 Karczmar pioneered also the studies of the structural nature of central cholinergic receptors by demonstrating the structural similarity between peripheral and central muscarinic receptors.Karczmar and Long, 1958 With Kyozo Koketsu, Syogoro Nishi and Nae Dun Karczmar identified in the 1950s and 1960s the three ganglionic receptor sites (nicotinic, muscarinic and peptidergic) and their potentials; they described their ionic mechanisms and the contribution of second messengers to ganglionic transmission.
The highway reduces to two lanes east of Chinquapin Round Road and meets the southern end of MD 435 (Taylor Avenue) and the northern end of MD 387 (Spa Road) at the Westgate Circle roundabout next to Annapolis National Cemetery. MD 450 continues into the Colonial Annapolis Historic District as a municipally maintained street. The road surface changes to brick for the one block before the highway enters Church Circle, a traffic circle that circumscribes St. Anne's Church. The streets that emanate from the circle include Franklin Street, which leads to the Banneker-Douglass Museum; South Street, which passes the Old City Hall and Engine House; Duke of Gloucester Street and Main Street, a non-parallel pair of one-way streets that head toward and from the city's docks; School Street, which leads to State Circle, which is unsigned MD 797 and circumscribes the Maryland State House; Northwest Street, which enters the circle from the namesake direction; and College Avenue, onto which MD 450 continues.
To prove the theorem, each of the basic constructions of compass and straightedge need to be proven to be possible by using a compass alone, as these are the foundations of, or elementary steps for, all other constructions. These are: #Creating the line through two existing points #Creating the circle through one point with centre another point #Creating the point which is the intersection of two existing, non-parallel lines #Creating the one or two points in the intersection of a line and a circle (if they intersect) #Creating the one or two points in the intersection of two circles (if they intersect). #1 - A line through two points It is understood that a straight line cannot be drawn without a straightedge. A line is considered to be given by any two points, as any two points define a line uniquely, and a unique line can be defined by any two points on it.

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