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node

node

node Sentence Examples

  • The fundamental mode has that node only.

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  • The next mode has a second node 0.226 from the free end; the next, nodes at 0.132 and 0 .

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  • The next mode has a second node 0.226 from the free end; the next, nodes at 0.132 and 0 .

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  • We may represent the displacement due to one of the trains by y l =a sin 2 i (24) where x is measured as in equation (16) from an ascending node as A in fig.

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  • In many of those ants whose third abdominal segment forms a second " node," the basal dorsal region of the fourth segment is traversed by a large number of very fine transverse striations; over these the sharp hinder edge of the third segment can be scraped to and fro, and the result is a stridulating organ which gives rise to a note of very high pitch.

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  • From the observed motion of the node of Venus, as shown by the four transits of 1761, 1769, 1874 and 1882, is found Mass of (earth +moon) _Mass of sun 332600 In gravitational units of mass, based on the metre and second as units of length and time, Log.

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  • There is no secondary thickening except at the node in E.

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  • Its weak point is that the apparent motion of the node depends partly upon the motion of the ecliptic, which cannot be determined with equal precision.

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  • When a single leaf with opposite stem with alteris produced at a node, and leaves.

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  • When a single leaf with opposite stem with alteris produced at a node, and leaves.

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  • There is a node in the middle.

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  • There is a node in the middle.

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  • He used a tube of variable length and determined the length resounding to a given fork, (1) when the closed end was the first node, (2) when it was the second node.

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  • Each of the first few harmonics may be easily obtained by touching the string at the first node of the harmonic required, and bowing at the first loop, and the presence of the nodes and loops may be verified by putting light paper riders of shape A on the string at the nodes and loops.

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  • The ordinate of the curve changes sign as we pass through a node, so that successive sections are moving always in opposite directions and have opposite displacements.

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  • Six months later the direction of the opposite node will pass through the sun.

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  • It is obvious that the nodes are alternately in compression and extension, or vice versa, and that for 4X on each side of a node the motion is either to it on both sides or from it on both sides.

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  • Thirdly, for the double tangents; the points of contact of these are obtained as the intersections of the curve by a curve II = o, which has not as yet been geometrically defined, but which is found analytically to be of the order (m-2) (m 2 -9); the number of intersections is thus = m(rn - 2) (m 2 - 9); but if the given curve has a node then there is a diminution =4(m2 - m-6), and if it has a cusp then there is a diminution =6(m2 - m-6), where, however, it is to be noticed that the factor (m2 - m-6) is in the case of a curve having only a node or only a cusp the number of the tangents which can be drawn from the node or cusp to the curve, and is used as denoting the number of these tangents, and ceases to be the correct expression if the number of nodes and cusps is greater than unity.

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  • B, C, D, E, enlarged.) branched rootstock from which spring slender aerial shoots which are green, ribbed, and bear at each node a whorl of leaves reduced to a toothed sheath.

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  • 36, for the fundamental and the first harmonic. When a string is struck or bowed at a point, any harmonic with a node at that point is absent.

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  • The next mode has a node in the middle and two others each 0.132 from the end.

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  • If the jet tube is somewhat longer than half the sounding tube there will be a node in it, and now the condition of equality of pressure requires opposite motions in the two at the nozzle, for their nodes are situated on opposite sides of that point.

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  • The form of the limacon depends on the ratio of the two constants; if a be greater than b, the curve lies entirely outside the circle; if a equals b, it is known as a cardioid; if a is less than b, the curve has a node within the circle; the particular case when b= 2a is known as the trisectrix.

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  • Longitude of ascending node (1908.0), 74° 28.6'.

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  • A, Longitudinal section of the rhizome, including a node and portions of the adjoining internodes; k, septum between the two internodal cavities, hh; gg, vascular bundles; 1, vallecular canal; s, leaf-sheath.

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  • The mean motion of the moon round the earth is then invariable, the longitude containing no inequalities of longer period than that of the moon's node, 18.6 y.

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  • The anomalistic month is the mean time taken by the moon in passing from one perigee to the next; the sidereal month is the mean time in which the moon makes a circuit among the stars; the tropical month is the mean time in which the moon traverses 360° of longitude; the nodical or draconic month is the mean time taken by the moon in passing from one rising node to the next; the solar month is one-twelfth of a tropical year.

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  • See, whose result for the position of the invariable plane is inclination to ecliptic I° 35' 7" 74, longitude of node on ecliptic 106° 8', 46" 7 (Eq.

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  • This plane must be near, but not coincident with, that of the ecliptic. It has therefore a node and a certain inclination to the ecliptic. The determination of these elements requires that, at some point within the tropics where the atmosphere is clear, observations of the position of the axis of the light among the stars should be made from time to time through an entire year.

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  • The angle from the pericentre to the actual radius vector, and the length of the latter being found, the angular distance of the planet from the node in the plane of the orbit is found by adding to the true anomaly the distance from the node to the pericentre.

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  • The motion of the node of this plane is found with great exactness from observaMass, of the g tions of the transits of Venus.

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  • When the pipe is blown softly the fundamental is very predominant, and there is a node at the middle point.

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  • The most simple case is when three double points come into coincidence, thereby giving rise to a triple point; and a somewhat more complicated one is when we have a cusp of the second kind, or node-cusp arising from the coincidence of a node, a cusp, an inflection, and a double tangent, as shown in the annexed figure, which represents the singularities as on the point of coalescing.

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  • When the pipe is blown softly the fundamental is very predominant, and there is a node at the middle point.

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  • At one of the nodes, say N, the body passes from the south to the north side of the fundamental plane; this is called the ascending node.

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  • A fifth element is the position of the pericentre, which may be expressed by its angular distance XFN from the ascending node.

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  • OA=e is termed the epoch, being the distance from 0 of the first ascending node.

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  • The closed end is therefore a node.

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  • The stationary wave system adjusts itself so that its motion agrees with that of the sounder, which is therefore not exactly at a node.

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  • When the wire was heated by an electric current a fine line of vapour descended from each drop. The pipe was closed at the centre by a membrane which prevented a through draught, yet permitted the vibrations, as it was at a node.

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  • When one end is clamped and the other is free the clamped end is always a node.

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  • The internodes continue to grow in length, especially the upper ones, for some time; the increase takes place in a zone at the extreme base, just above the node.

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  • In many secondary corals (Cyclolites, Thamnastraea) the trabeculae are so far separate that the individual bars are easily recognizable, and each looks something like a bamboo owing to the thickening of the two ends of each node.

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  • The curve (1 x, y, z) m = o, or general curve of the order m, has double tangents and inflections; (2) presents itself as a singularity, for the equations dx(* x, y, z) m =o, d y (*r x, y, z)m=o, d z(* x, y, z) m =o, implying y, z) m = o, are not in general satisfied by any values (a, b, c) whatever of (x, y, z), but if such values exist, then the point (a, b, c) is a node or double point; and (I) presents itself as a further singularity or sub-case of (2), a cusp being a double point for which the two tangents becomes coincident.

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  • Hence, in the case of a curve which has 6 nodes and K cusps, the apparent diminution 2(m 2 - m-6)(26+3K) is too great, and it has in fact to be diminished by 2 1(25(5 - I) +66K+ 2 K(K - I)1, or the half thereof is 4 for each pair of nodes, 6 for each combination of a node and cusp, and 9 for each pair of cusps.

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  • By means of Pliicker's equations we may form a table - The table is arranged according to the value of in; and we have m=o, n= r, the point; m =1, n =o, the line; m=2, n=2, the conic; of m = 3, the cubic, there are three cases, the class being 6, 4 or 3, according as the curve is without singularities, or as it has 1 node or r cusp; and so of m =4, the quartic, there are ten cases, where observe that in two of them the class is = 6, - the reduction of class arising from two cusps or else from three nodes.

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  • a property independent of the particular axes of co-ordinates used in the representation of the curve by its equation; for instance, the curve may have a node, and in order to this, a relation, say A = o, must exist between the coefficients of the equation; supposing the axes of co-ordinates altered, so that the equation becomes u' = o, and writing A' = o for the relation between the new coefficients, then the relations A = o, A' = o, as two different expressions of the same geometrical property, must each of them imply the other; this can only be the case when A, A' are functions differing only by a constant factor, or say, when A is an invariant of u.

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  • Similarly a cubic through the two circular points is termed a circular cubic; a quartic through the two points is termed a circular quartic, and if it passes twice through each of them, that is, has each of them for a node, it is termed a bicircular quartic. Such a quartic is of course binodal (m = 4, 6= 2, K = o); it has not in general, but it may have, a third node or a cusp. Or again, we may have a quartic curve having a cusp at each of the circular points: such a curve is a " Cartesian," it being a complete definition of the Cartesian to say that it is a bicuspidal quartic curve (m= 4, 6 = o, K= 2), having a cusp at each of the circular points.

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  • .,, a given node 5.

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  • node on given line 6.

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  • node .

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  • Each bundle runs downwards through one internode and then divides into two branches which insert themselves on the alternating bundles entering at this node.

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  • the perigee, or the node.

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  • John Couch Adams afterwards determined the motion of the node in a similar way.

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  • This is about 40° from the ascending node of the invariable plane, so that there is a well-marked deviation of his results from those of Hall.

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  • He places the ascending node at the vernal equinox, and assigns an inclination of 4°.

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  • In Archaeocalamites, which certainly deserves generic rank, the branches may occur on every node, but only in certain parts of the stem; the ribs of successive internodes do not alternate, but are continuous, indicating that the leaves were superposed.

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  • Using Calamites as a generic name for all those Calamarian stems in which the ribs alternate at the nodes, we have, on Weiss's system, the following sub-genera: Stylocalamites, branches rare and irregularly arranged; Calamitina, branches in regular verticils, limited to certain nodes, which surmount specially short internodes; Eucalamites, branches present on every node.

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  • The attachment of the branches was immediately above the node, and usually between two foliar traces, as in the recent genus.

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  • atrioventricular node at the base of the right atrium.

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  • atrioventricular node conduction.

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  • As an established minimally invasive technique, sentinel node biopsy is a very accurate means of staging the axilla for early breast cancer.

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  • We now have 16 additional hard disks to install on the 16 node Beowulf.

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  • A sentinel lymph node biopsy has possible side effects.

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  • As the discrete breather decays two small traveling waves detach from it and travel away from the central node.

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  • caseous lymphadenitis (parotid lymph node affected ).

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  • compute node is to clean up old scratch files.

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  • Digoxin also acts indirectly by increasing parasympathetic activity via the vagus nerve, further slowing atrioventricular node conduction.

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  • The sun was in the first house conjunct the South Node indicating a loss of ego.

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  • My own Chiron is in the 8th house conjunct the North Node at the very same degree.

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  • The descendants of a node are the children of the node and the descendants of a node are the children of the node and the descendants of the children of the node.

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  • We review here several policies for the selection of patients for retroperitoneal lymph node dissection.

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  • This study was undertaken to evaluate the need for neck and mediastinal lymph node dissection when dealing with carcinomas of this region.

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  • The first widely accepted procedure was laparoscopic pelvic lymph node dissection for the staging of prostate cancer.

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  • dopa pet enabled best localization of primary tumors and lymph node staging.

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  • Other symptoms of distant metastases are sciatica, lymph node enlargement, swelling in the lower limbs.

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  • Dr. Howard Marshall This year has seen completion of recruitment to the study of atrio-ventricular node ablation and pacing for paroxysmal atrial fibrillation.

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  • This is toward the outside of the lymph node, between the lymphoid follicles.

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  • It has a secondary funnel joined to the primary funnel at l = l node.

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  • Says that a and b are the same node eq ne lt le gt Ge.

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  • geek node is not empty.

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  • The tree node used when building a lexicon with block information.

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  • lymph node metastases.

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  • lymph node dissection for the staging of prostate cancer.

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  • lymph node biopsy has possible side effects.

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  • During your surgery the sentinel lymph node or nodes will be removed.

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  • Lymph node - Wikipedia, the free encyclopedia lymph node - Wikipedia, the free encyclopedia Lymph nodes are components of the lymphatic system.

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  • Typical abscess seen in a case of caseous lymphadenitis (parotid lymph node affected ).

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  • lymphatic mapping and sentinel lymph node biopsy is a new technique used in the surgical treatment of patients with malignant melanoma.

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  • Thirty-one patients had a sentinel lymph node positive for melanoma metastasis.

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  • lymph node metastases at the time of surgery.

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  • lymph node dissection.

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  • lymph node biopsy.

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  • lymph node involvement without ocular, cutaneous, or visceral problems.

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  • lymph node enlargement.

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  • lymph node staging of oesophageal cancer.

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  • megahertz frequency range to concentrate particles at a node within the flow.

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  • metastasisnts with regional lymph node metastases treated by nodal resection, it was less likely to recur than did radiotherapy.

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  • metastasisKGROUND: Mediastinal lymph node metastases have rarely been reported in patients with pancreatic cancer.

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  • metastasisexcess of 0.2 in the primary tumor showed a decrease in the corresponding lymph node metastases.

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  • metastasis neck dissection should be considered for all with clinical evidence of node metastases.

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  • mnemonic followed by the output node numbers, all separated by spaces.

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  • Abstract BACKGROUND: Sentinel node biopsy (SNB) is a new technique in staging the clinically N0 neck.

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  • nexus node.

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  • The atrioventricular node is located at the bottom of the wall separating the 2 atria.

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  • The control of the heartbeat starts with a small clump of muscle cells in the upper right chamber, called the sinoatrial node.

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  • node metastases.

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  • node dissection.

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  • node biopsy.

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  • node shadings for all r canonical quantities.

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  • node enlargement.

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  • I'm thinking that having the DPM head node as a disk pool is very bad for DPM!

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  • null if this node has no parent or is the parent's last child.

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  • phrasal node in this position.

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  • The information flow is automatically rerouted around the disrupted node, allowing a seamless, continual flow of information.

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  • rhizome fragments containing a node can develop into new plants.

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  • When the SA node is in control then the heart is said to be in normal sinus rhythm.

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  • root node, and then begin sequentially scanning the keys stored within.

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  • I can rsh to see hung sander processes on each node.

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  • Final cut should be made with a sterile scalpel or clean sharp razor blade just below a node or leaf junction.

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  • The upper semicircle of each node on the comparison diagram summarizes these features.

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  • sentinel lymph node biopsy (SLNB ).

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  • sentinel lymph node or nodes will be removed.

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  • sentinel lymph node biopsy?

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  • The value of each node is shown by the depth of the gray shading.

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  • The variance explained by Z alone is not shown by node shading.

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  • This can be either the node itself or one of its preceding siblings.

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  • sibling node than its own node.

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  • The control of the heartbeat starts with a small clump of muscle cells in the upper right chamber, called the sinoatrial node.

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  • AB - The prognostic importance of accurate pathological staging of oral cancer patients with established lymph node metastases is well known.

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  • Endoscopic ultrasound appeared to be reliable for both local tumor and lymph node staging of oesophageal cancer.

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  • Each processor (or node) must have access to the same shared disk storage.

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  • The position system on the mobile node requires a minimum of three fixed nodes to perform a triangulation based on RSSI data.

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  • Plants also may have many secondary umbels produced at any node on the stem below the primary umbel.

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  • Plants also may have many secondary umbels produced at any node on the stem below the primary umbels produced at any node on the stem below the primary umbel.

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  • underrepresented in this database, with only one 428 node track compared to these tentative stumbles that we have made.

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  • The preceding message indicates that ypbind on the local node cannot communicate with ypserv in the domain wigwam.

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  • B, C, D, E, enlarged.) branched rootstock from which spring slender aerial shoots which are green, ribbed, and bear at each node a whorl of leaves reduced to a toothed sheath.

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  • In other cases the root structure of the stele continues up to the cotyledonary node, though the hypocotyl is still to be distinguished from the primary root by the character of its epidermis.

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  • In all ants the second (apparently the first) abdominal segment is very markedly constricted at its front and hind edges, so that it forms a "node " at the base of the hind-body (fig.

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  • In many of those ants whose third abdominal segment forms a second " node," the basal dorsal region of the fourth segment is traversed by a large number of very fine transverse striations; over these the sharp hinder edge of the third segment can be scraped to and fro, and the result is a stridulating organ which gives rise to a note of very high pitch.

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  • At one of the nodes, say N, the body passes from the south to the north side of the fundamental plane; this is called the ascending node.

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  • A fifth element is the position of the pericentre, which may be expressed by its angular distance XFN from the ascending node.

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  • The angle from the pericentre to the actual radius vector, and the length of the latter being found, the angular distance of the planet from the node in the plane of the orbit is found by adding to the true anomaly the distance from the node to the pericentre.

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  • The motion of the node of this plane is found with great exactness from observaMass, of the g tions of the transits of Venus.

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  • Its weak point is that the apparent motion of the node depends partly upon the motion of the ecliptic, which cannot be determined with equal precision.

    0
    0
  • From the observed motion of the node of Venus, as shown by the four transits of 1761, 1769, 1874 and 1882, is found Mass of (earth +moon) _Mass of sun 332600 In gravitational units of mass, based on the metre and second as units of length and time, Log.

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  • OA=e is termed the epoch, being the distance from 0 of the first ascending node.

    0
    0
  • We may represent the displacement due to one of the trains by y l =a sin 2 i (24) where x is measured as in equation (16) from an ascending node as A in fig.

    0
    0
  • The ordinate of the curve changes sign as we pass through a node, so that successive sections are moving always in opposite directions and have opposite displacements.

    0
    0
  • The closed end is therefore a node.

    0
    0
  • It is obvious that the nodes are alternately in compression and extension, or vice versa, and that for 4X on each side of a node the motion is either to it on both sides or from it on both sides.

    0
    0
  • He used a tube of variable length and determined the length resounding to a given fork, (1) when the closed end was the first node, (2) when it was the second node.

    0
    0
  • The stationary wave system adjusts itself so that its motion agrees with that of the sounder, which is therefore not exactly at a node.

    0
    0
  • When the wire was heated by an electric current a fine line of vapour descended from each drop. The pipe was closed at the centre by a membrane which prevented a through draught, yet permitted the vibrations, as it was at a node.

    0
    0
  • Each of the first few harmonics may be easily obtained by touching the string at the first node of the harmonic required, and bowing at the first loop, and the presence of the nodes and loops may be verified by putting light paper riders of shape A on the string at the nodes and loops.

    0
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  • 36, for the fundamental and the first harmonic. When a string is struck or bowed at a point, any harmonic with a node at that point is absent.

    0
    0
  • The next mode has a node in the middle and two others each 0.132 from the end.

    0
    0
  • When one end is clamped and the other is free the clamped end is always a node.

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  • The fundamental mode has that node only.

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  • The lower end of the jet tube, being open, is a loop, and the node may be regarded as in an imaginary prolongation of the jet tube above the nozzle.

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  • If the jet tube is somewhat longer than half the sounding tube there will be a node in it, and now the condition of equality of pressure requires opposite motions in the two at the nozzle, for their nodes are situated on opposite sides of that point.

    0
    0
  • The form of the limacon depends on the ratio of the two constants; if a be greater than b, the curve lies entirely outside the circle; if a equals b, it is known as a cardioid; if a is less than b, the curve has a node within the circle; the particular case when b= 2a is known as the trisectrix.

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  • It is usual and in most cases necessary to cut away the lower portion of a cutting up to just below the node or joint (fig.

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  • When two leaves are produced at the same node, one on each side of the stem or axis, and at the same level, they are opposite (fig.

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  • In the lowest leaf is directly the point of insertion of the pair one leaf is in above the first, leaf in the node, dividing front and the other and commences the leaf into similar halves, at the back; in the the second cycle.

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  • 31, leaf 1 arises from a node n; leaf 2 is separated from it by an internode m, and is placed to the right or left; while leaf 3 is situated directly above leaf 1.

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  • a, The branch with the leaves numbered in their order, n being the node and m the internode; b is a magnified representation of the branch, showing the points of insertion of the leaves and their spiral arrangement, which is expressed by the fraction or one turn of the spiral for two internodes.

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  • Oedogonium sp., oogonium antheridium at a node on at moment of fertilization a lateral appendage.

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  • From the first node arise rhizoids; from the second a lateral bud, which becomes the new plant.

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  • In the higher normal modes there are nodes or points of rest (y = 0); thus in the second mode there is a node at a distance .1901 from the lower end.

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  • In such cases they are very generally given off from just above each node (often in a circle) of the lower part of the stem or rhizome, perforating the leaf-sheaths.

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  • The internodes continue to grow in length, especially the upper ones, for some time; the increase takes place in a zone at the extreme base, just above the node.

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  • They are solitary at each node and arranged in two rows, the lower often crowded, forming a basal tuft.

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  • The spike of an inflorescence bears whorls of flowers at each node in the axils of concrescent bracts accompanied by numerous sterile hairs (paraphyses); in a male inflorescence numerous flowers occur at each node, while in a female inflorescence the number of flowers at each node is much smaller.

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  • Longitude of ascending node (1908.0), 74° 28.6'.

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  • In many secondary corals (Cyclolites, Thamnastraea) the trabeculae are so far separate that the individual bars are easily recognizable, and each looks something like a bamboo owing to the thickening of the two ends of each node.

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  • The node: the point may in the course of its motion come to coincide with a former position of the point, the two positions of the line not in general coinciding.

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  • It may be remarked that we cannot with a real point and line obtain the node with two imaginary tangents (conjugate or isolated point or acnode), nor again the real double tangent with two imaginary points of contact; but this is of little consequence, since in the general theory the distinction between real and imaginary is not attended to.

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  • The singularities (I) and (3) have been termed proper singularities, and (2) and (4) improper; in each of the first-mentioned cases there is a real singularity, or peculiarity in the motion; in the other two cases there is not; in (2) there is not when the point is first at the node, or when it is secondly at the node, any peculiarity in the motion; the singularity consists in the point coming twice into the same position; and so in (4) the singularity is in the line coming twice into the same position.

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  • The curve (1 x, y, z) m = o, or general curve of the order m, has double tangents and inflections; (2) presents itself as a singularity, for the equations dx(* x, y, z) m =o, d y (*r x, y, z)m=o, d z(* x, y, z) m =o, implying y, z) m = o, are not in general satisfied by any values (a, b, c) whatever of (x, y, z), but if such values exist, then the point (a, b, c) is a node or double point; and (I) presents itself as a further singularity or sub-case of (2), a cusp being a double point for which the two tangents becomes coincident.

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  • The expression 2 is that of the number of the disposable constants in a curve of the order m with nodes and cusps (in fact that there shall be a node is I condition, a cusp 2 conditions) and the equation (9) thus expresses that the curve and its reciprocal contain each of them the same number of disposable constants.

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  • But it can be shown, analytically or geometrically, that if the given curve has a node, the first polar passes through this node, which therefore counts as two intersections, and that if the curve has a cusp, the first polar passes through the cusp, touching the curve there, and hence the cusp counts as three intersections.

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  • But, as is evident, the node or cusp is not a point of contact of a proper tangent from the arbitrary point; we have, therefore, for a node a diminution and for a cusp a diminution 3, in the number of the intersections; and thus, for a curve with 6 nodes and K cusps, there is a diminution 26+3K, and the value of n is n= m (m - I)-26-3K.

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  • But if the given curve has a node, then not only the Hessian passes through the node, but it has there a node the two branches at which touch respectively the two branches of the curve; and the node thus counts as six intersections; so if the curve has a cusp, then the Hessian not only passes through the cusp, but it has there a cusp through which it again passes, that is, there is a cuspidal branch touching the cuspidal branch of the curve, and besides a simple branch passing through the cusp, and hence the cusp counts as eight intersections.

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  • Thirdly, for the double tangents; the points of contact of these are obtained as the intersections of the curve by a curve II = o, which has not as yet been geometrically defined, but which is found analytically to be of the order (m-2) (m 2 -9); the number of intersections is thus = m(rn - 2) (m 2 - 9); but if the given curve has a node then there is a diminution =4(m2 - m-6), and if it has a cusp then there is a diminution =6(m2 - m-6), where, however, it is to be noticed that the factor (m2 - m-6) is in the case of a curve having only a node or only a cusp the number of the tangents which can be drawn from the node or cusp to the curve, and is used as denoting the number of these tangents, and ceases to be the correct expression if the number of nodes and cusps is greater than unity.

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  • Hence, in the case of a curve which has 6 nodes and K cusps, the apparent diminution 2(m 2 - m-6)(26+3K) is too great, and it has in fact to be diminished by 2 1(25(5 - I) +66K+ 2 K(K - I)1, or the half thereof is 4 for each pair of nodes, 6 for each combination of a node and cusp, and 9 for each pair of cusps.

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  • The most simple case is when three double points come into coincidence, thereby giving rise to a triple point; and a somewhat more complicated one is when we have a cusp of the second kind, or node-cusp arising from the coincidence of a node, a cusp, an inflection, and a double tangent, as shown in the annexed figure, which represents the singularities as on the point of coalescing.

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  • By means of Pliicker's equations we may form a table - The table is arranged according to the value of in; and we have m=o, n= r, the point; m =1, n =o, the line; m=2, n=2, the conic; of m = 3, the cubic, there are three cases, the class being 6, 4 or 3, according as the curve is without singularities, or as it has 1 node or r cusp; and so of m =4, the quartic, there are ten cases, where observe that in two of them the class is = 6, - the reduction of class arising from two cusps or else from three nodes.

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  • a property independent of the particular axes of co-ordinates used in the representation of the curve by its equation; for instance, the curve may have a node, and in order to this, a relation, say A = o, must exist between the coefficients of the equation; supposing the axes of co-ordinates altered, so that the equation becomes u' = o, and writing A' = o for the relation between the new coefficients, then the relations A = o, A' = o, as two different expressions of the same geometrical property, must each of them imply the other; this can only be the case when A, A' are functions differing only by a constant factor, or say, when A is an invariant of u.

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  • Similarly a cubic through the two circular points is termed a circular cubic; a quartic through the two points is termed a circular quartic, and if it passes twice through each of them, that is, has each of them for a node, it is termed a bicircular quartic. Such a quartic is of course binodal (m = 4, 6= 2, K = o); it has not in general, but it may have, a third node or a cusp. Or again, we may have a quartic curve having a cusp at each of the circular points: such a curve is a " Cartesian," it being a complete definition of the Cartesian to say that it is a bicuspidal quartic curve (m= 4, 6 = o, K= 2), having a cusp at each of the circular points.

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  • .,, a given node 5.

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  • node on given line 6.

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  • node .

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  • Each bundle runs downwards through one internode and then divides into two branches which insert themselves on the alternating bundles entering at this node.

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  • There is no secondary thickening except at the node in E.

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  • A, Longitudinal section of the rhizome, including a node and portions of the adjoining internodes; k, septum between the two internodal cavities, hh; gg, vascular bundles; 1, vallecular canal; s, leaf-sheath.

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  • Six months later the direction of the opposite node will pass through the sun.

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  • the perigee, or the node.

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  • John Couch Adams afterwards determined the motion of the node in a similar way.

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  • The mean motion of the moon round the earth is then invariable, the longitude containing no inequalities of longer period than that of the moon's node, 18.6 y.

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  • The anomalistic month is the mean time taken by the moon in passing from one perigee to the next; the sidereal month is the mean time in which the moon makes a circuit among the stars; the tropical month is the mean time in which the moon traverses 360° of longitude; the nodical or draconic month is the mean time taken by the moon in passing from one rising node to the next; the solar month is one-twelfth of a tropical year.

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  • See, whose result for the position of the invariable plane is inclination to ecliptic I° 35' 7" 74, longitude of node on ecliptic 106° 8', 46" 7 (Eq.

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  • This plane must be near, but not coincident with, that of the ecliptic. It has therefore a node and a certain inclination to the ecliptic. The determination of these elements requires that, at some point within the tropics where the atmosphere is clear, observations of the position of the axis of the light among the stars should be made from time to time through an entire year.

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  • Chaplain Jones concluded, from his observations at Quito, that the central line of the arch made an angle of 3° 20' with the ecliptic, the ascending node being in Taurus, near longitude 62°.

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  • This is about 40° from the ascending node of the invariable plane, so that there is a well-marked deviation of his results from those of Hall.

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  • He places the ascending node at the vernal equinox, and assigns an inclination of 4°.

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  • In Archaeocalamites, which certainly deserves generic rank, the branches may occur on every node, but only in certain parts of the stem; the ribs of successive internodes do not alternate, but are continuous, indicating that the leaves were superposed.

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  • Using Calamites as a generic name for all those Calamarian stems in which the ribs alternate at the nodes, we have, on Weiss's system, the following sub-genera: Stylocalamites, branches rare and irregularly arranged; Calamitina, branches in regular verticils, limited to certain nodes, which surmount specially short internodes; Eucalamites, branches present on every node.

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  • The attachment of the branches was immediately above the node, and usually between two foliar traces, as in the recent genus.

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  • The information flow is automatically rerouted around the disrupted node, allowing a seamless, continual flow of information.

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  • Rhizome fragments containing a node can develop into new plants.

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  • When the SA node is in control then the heart is said to be in normal sinus rhythm.

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  • We would begin at the root node, and then begin sequentially scanning the keys stored within.

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  • The action potential can therefore jump large distances from node to node (1mm), a process that is called saltatory propagation.

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  • I can rsh to see hung sander processes on each node.

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  • Final cut should be made with a sterile scalpel or clean sharp razor blade just below a node or leaf junction.

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  • The upper semicircle of each node on the comparison diagram summarizes these features.

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  • Women were randomized to undergo either axillary lymph node dissection (ALND) or sentinel lymph node biopsy (SLNB).

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  • Why should I consider a sentinel lymph node biopsy?

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  • The value of each node is shown by the depth of the gray shading.

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  • The variance explained by Z alone is not shown by node shading.

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  • This can be either the node itself or one of its preceding siblings.

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  • Move any segment which gives a smaller distance to the sibling node than its own node.

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  • AB - The prognostic importance of accurate pathological staging of oral cancer patients with established lymph node metastases is well known.

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  • As the Minor Node became aware of the stasis field, a sub- space pocket opened to receive the precious jewel.

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  • Each processor (or node) must have access to the same shared disk storage.

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  • Axes IE5 knows only the abbreviated syntax for axis and node test.

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  • The position system on the mobile node requires a minimum of three fixed nodes to perform a triangulation based on RSSI data.

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  • Plants also may have many secondary umbels produced at any node on the stem below the primary umbel.

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  • London is as yet underrepresented in this database, with only one 428 node track compared to these tentative stumbles that we have made.

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  • The preceding message indicates that ypbind on the local node cannot communicate with ypserv in the domain wigwam.

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  • It is a vigorous plant of fine habit, the young shoots, the under side of the leaves, the flower stalks, and the seed-pods covered with short brown bristles; the branches bear two spines at each node.

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  • The skin over an inflamed node may be red and hot.

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  • Lymphadenitis is also referred to as lymph node infection, lymph gland infection, or localized lymphadenopathy.

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  • In some cases, the doctor may order a biopsy of the lymph node to look for unusual infection or lymphoma.

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  • In some cases, biopsy of an inflamed lymph node is necessary if no diagnosis has been made and no response to treatment has occurred.

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  • If a lymph node becomes very swollen and painful, the family doctor may decide to drain it.

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  • Intussusception commonly follows an infection that causes increased lymph node size in the gut, which acts as the point of folding for the intussusception.

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  • Kawasaki syndrome, also called mucocutaneous lymph node syndrome (MLNS), is an inflammatory disorder with potentially fatal complications affecting the heart and its larger arteries.

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  • Mucocutaneous lymph node syndrome (MLNS)-Another name for Kawasaki syndrome.

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  • "Kawasaki Syndrome (mucocutaneous lymph node syndrome)."

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  • Of those who develop Lyme disease, about 50 percent notice flu-like symptoms, including fatigue, headache, chills and fever, muscle and joint pain, and lymph node swelling.

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  • Wiskott-Aldrich syndrome (WAS) is a rare inherited disorder marked by a low level of blood platelets, eczema, recurrent infections, and a high risk of leukemia or lymph node tumors.

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  • To do the node experiment, do the following: Take one end of the slinky in each hand and stretch it to at least twice its length.

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  • Because the Gnutella network is decentralized, it is very difficult to shut down completely without restricting access to every node in the network.

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  • In other cases the root structure of the stele continues up to the cotyledonary node, though the hypocotyl is still to be distinguished from the primary root by the character of its epidermis.

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  • The lower end of the jet tube, being open, is a loop, and the node may be regarded as in an imaginary prolongation of the jet tube above the nozzle.

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  • In the lowest leaf is directly the point of insertion of the pair one leaf is in above the first, leaf in the node, dividing front and the other and commences the leaf into similar halves, at the back; in the the second cycle.

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  • 31, leaf 1 arises from a node n; leaf 2 is separated from it by an internode m, and is placed to the right or left; while leaf 3 is situated directly above leaf 1.

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  • a, The branch with the leaves numbered in their order, n being the node and m the internode; b is a magnified representation of the branch, showing the points of insertion of the leaves and their spiral arrangement, which is expressed by the fraction or one turn of the spiral for two internodes.

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  • Oedogonium sp., oogonium antheridium at a node on at moment of fertilization a lateral appendage.

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  • From the first node arise rhizoids; from the second a lateral bud, which becomes the new plant.

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  • In the higher normal modes there are nodes or points of rest (y = 0); thus in the second mode there is a node at a distance .1901 from the lower end.

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  • In such cases they are very generally given off from just above each node (often in a circle) of the lower part of the stem or rhizome, perforating the leaf-sheaths.

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  • They are solitary at each node and arranged in two rows, the lower often crowded, forming a basal tuft.

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  • The spike of an inflorescence bears whorls of flowers at each node in the axils of concrescent bracts accompanied by numerous sterile hairs (paraphyses); in a male inflorescence numerous flowers occur at each node, while in a female inflorescence the number of flowers at each node is much smaller.

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  • Each node of a trabecula may be simple, i.e.

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  • The double point larities - cusp or spinode; or node; Line-singu5 3.

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  • The node: the point may in the course of its motion come to coincide with a former position of the point, the two positions of the line not in general coinciding.

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  • It may be remarked that we cannot with a real point and line obtain the node with two imaginary tangents (conjugate or isolated point or acnode), nor again the real double tangent with two imaginary points of contact; but this is of little consequence, since in the general theory the distinction between real and imaginary is not attended to.

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  • The singularities (I) and (3) have been termed proper singularities, and (2) and (4) improper; in each of the first-mentioned cases there is a real singularity, or peculiarity in the motion; in the other two cases there is not; in (2) there is not when the point is first at the node, or when it is secondly at the node, any peculiarity in the motion; the singularity consists in the point coming twice into the same position; and so in (4) the singularity is in the line coming twice into the same position.

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  • The expression 2 is that of the number of the disposable constants in a curve of the order m with nodes and cusps (in fact that there shall be a node is I condition, a cusp 2 conditions) and the equation (9) thus expresses that the curve and its reciprocal contain each of them the same number of disposable constants.

    0
    1
  • But it can be shown, analytically or geometrically, that if the given curve has a node, the first polar passes through this node, which therefore counts as two intersections, and that if the curve has a cusp, the first polar passes through the cusp, touching the curve there, and hence the cusp counts as three intersections.

    0
    1
  • But, as is evident, the node or cusp is not a point of contact of a proper tangent from the arbitrary point; we have, therefore, for a node a diminution and for a cusp a diminution 3, in the number of the intersections; and thus, for a curve with 6 nodes and K cusps, there is a diminution 26+3K, and the value of n is n= m (m - I)-26-3K.

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    1
  • But if the given curve has a node, then not only the Hessian passes through the node, but it has there a node the two branches at which touch respectively the two branches of the curve; and the node thus counts as six intersections; so if the curve has a cusp, then the Hessian not only passes through the cusp, but it has there a cusp through which it again passes, that is, there is a cuspidal branch touching the cuspidal branch of the curve, and besides a simple branch passing through the cusp, and hence the cusp counts as eight intersections.

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  • The node or cusp is not an inflection, and we have thus for a node a diminution 6, and for a cusp a diminution 8, in the number of the intersections; hence for a curve with 6 nodes and cusps, the diminution is = 66+8K, and the number of inflections is c= 3m(m - 2) - 66 - 8K.

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  • Chaplain Jones concluded, from his observations at Quito, that the central line of the arch made an angle of 3° 20' with the ecliptic, the ascending node being in Taurus, near longitude 62°.

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    1
  • Each node of a trabecula may be simple, i.e.

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  • The double point larities - cusp or spinode; or node; Line-singu5 3.

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    1
  • The node or cusp is not an inflection, and we have thus for a node a diminution 6, and for a cusp a diminution 8, in the number of the intersections; hence for a curve with 6 nodes and cusps, the diminution is = 66+8K, and the number of inflections is c= 3m(m - 2) - 66 - 8K.

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    1
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