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Tree form

Electrochemical treeing is appHed in those cases of water treeing in which the water contains solute ions which move under the action of an electric field and are detected within the insulation layer, or at an electrode surface after having passed through the insulation. They are not encountered as often as the first two classes, for example, trees formed in a cable exposed to a hydrogen sulfide environment called sulfide trees. [Pg.327]

Like all fruit trees, apples need to be pruned annually for best results. Once established, all tree forms benefit from winter pruning. Trained forms—cordons, espaliers, and fans—need extra pruning in summer to keep their shape. Pruning aims to achieve a number of objectives ... [Pg.297]

Plant. Rapidly metabolized in tomatoes and several fruit trees forming the water-soluble hexose conjugates of 4-hydroxynapropamide (Ashton and Monaco, 1991 Humburg et al, 1989). [Pg.1599]

Figure 30-15 (A) Diagram of the two-dimensional tree formed by dendrites of a single Purkinje cell of the cerebellum. From Llinas.404 (B) Schematic diagram showing input and output pathways for Purkinje cells. (C) Recordings of output from four different neurons of the inferior olive. These action potentials are thought to arise from oscillations that arise within the neurons or within arrays of adjacent neurons coupled by electrical (gap junction) synapses. These oscillations synchronize the generation of action potentials so that some cells oscillate in synchrony while others (e.g., cell 4 above) do not. From McCormick.412... Figure 30-15 (A) Diagram of the two-dimensional tree formed by dendrites of a single Purkinje cell of the cerebellum. From Llinas.404 (B) Schematic diagram showing input and output pathways for Purkinje cells. (C) Recordings of output from four different neurons of the inferior olive. These action potentials are thought to arise from oscillations that arise within the neurons or within arrays of adjacent neurons coupled by electrical (gap junction) synapses. These oscillations synchronize the generation of action potentials so that some cells oscillate in synchrony while others (e.g., cell 4 above) do not. From McCormick.412...
Hence, among the direct spanning trees there will be spanning trees of two colours, i.e. their number will be exactly equal to that of the initial substances. There will be one more two-coloured spanning tree formed due to the fact that the reaction sequence includes a reaction that does not involve the participation of the observed substance. A sum of the weights of direct spanning trees can be written as... [Pg.246]

Drugs are transported dissolved in the aqueous medium of the blood either in a Tree form or reversibly bound to the plasma proteins. [Pg.50]

In addition to cell-based partitioning, statistical partitioning methods are widely used for compound classification. One of the most popular approaches is recursive partitioning (Rusinko et al. 1999), a decision tree method, as illustrated in Figure 1.8. Recursive partitioning divides data sets along decision trees formed by sequences of molecular descriptors. At each node of the tree, a descriptor-based decision is made and the molecular data set is subdivided. For example, a chosen descriptor could simply detect the presence or absence of a structural fragment in a molecule. Alternatively, the... [Pg.15]

Cellulose Cellulose is the main polysaccharide in living plants and trees, forming its skeletal structure. Cellulose is a polymer of B-D-glucose with an approximate degree of polymerization (DP) from 2000 to 4000 units. [Pg.444]

The greater planting distances between the rows and within the rows are intended to achieve better ventilation and exposure to light. In organic production with more extensive orchards, the yields are often lower and the manual labour requirements are higher, because of lower planting densities and the high tree forms. [Pg.36]

With small-crown tree forms and higher planting densities, the aims in organic production are similar to those in integrated production ... [Pg.37]

An important guiding principle with all tree forms and all methods of training is that the slower and more controlled the upward growth of the centre of the tree, the less is the danger of overcrowding. [Pg.57]

Can only be used for certain tree forms (slender spindle without strong lateral branches)... [Pg.104]

Order 4.— Tuberales, the truffles. Fungi whose septate mycelium is often connected with the roots of trees forming the structure known as mycorrhiza. Several species of the genus Tuber growing in woods of France, Germany and Italy produce tuberous subterranean bodies called Truffles, which are highly prized as a table delicacy by the inhabitants of these countries. [Pg.264]

All of these species thrive in moist, well-drained soil rich in organic matter. The tree forms do best in full sun, while the shrub kinds will flourish in conditions ranging from full sun to partial shade. Note that insecticidal s. ir sf Tass may damage some horse chest-1.- rii T t pel before applying and use B u.- s Tes. - on a few leaves before... [Pg.13]

Willows are deciduous trees and shrubs with simple, alternate leaves. The tree-forming species are principally valued for their grace-... [Pg.208]

Fig. 1.— Molecular Structures for Glycogen (a) Haworth laminated form, (b) Staudinger comb form, and (c) Meyer tree form. Key —Linear chain of Qi-(1 — 4)-linked D-glucose residues J, Inter-chain linkage [1—>6-glucosidic in structures (a) and (c) 1 2, 1 — 3, and 1 6-glucosidic in (b)] A, B, and C are... Fig. 1.— Molecular Structures for Glycogen (a) Haworth laminated form, (b) Staudinger comb form, and (c) Meyer tree form. Key —Linear chain of Qi-(1 — 4)-linked D-glucose residues J, Inter-chain linkage [1—>6-glucosidic in structures (a) and (c) 1 2, 1 — 3, and 1 6-glucosidic in (b)] A, B, and C are...
Figure 5.1. Selection strategies for fresh tomatoes and wood genetic modified fruit (market pull) contrasted with classical hreeding for tree form, vigour and health (product push). Figure 5.1. Selection strategies for fresh tomatoes and wood genetic modified fruit (market pull) contrasted with classical hreeding for tree form, vigour and health (product push).
TREE FORM SIZE, COMPRESSION WOOD AND KNOTS... [Pg.142]

Rightly, initial tree improvement programmes plaeed partieular emphasis on fast growth, forest health and good tree form (straightness of stem and the lightness and frequeney of branehing). [Pg.142]

The secondary fine-crystal and amorphons qnartz material is deposited around living fine roots of trees, forming silicon powder as the spots, nets or bunch at the depth of 20-80-100 cm (Fignre 37)... [Pg.148]

Electrochemical trees form at relatively low stress levels, propagate slowly but do cause deterioration. Even if not immediately causing the failure they may weaken the insulation and may sire electrical trees which in turn cause failures. The increasing rate of... [Pg.453]

Repeating a limited number of elementary steps (tree-form scheme)... [Pg.272]


See other pages where Tree form is mentioned: [Pg.14]    [Pg.225]    [Pg.226]    [Pg.334]    [Pg.446]    [Pg.61]    [Pg.256]    [Pg.555]    [Pg.622]    [Pg.36]    [Pg.39]    [Pg.58]    [Pg.84]    [Pg.104]    [Pg.105]    [Pg.80]    [Pg.290]    [Pg.62]    [Pg.904]    [Pg.366]    [Pg.142]    [Pg.186]    [Pg.187]    [Pg.117]    [Pg.123]    [Pg.494]   


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Micronetworks of tree form

Tree Form Size, Compression Wood and Knots

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