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Through interactions

The transition probability R is related to selection mles in spectroscopy it is zero for a forbidden transition and non-zero for an allowed transition. By forbidden or allowed we shall mostly be referring to electric dipole selection mles (i.e. to transitions occurring through interaction with the electric vector of the radiation). [Pg.33]

For capillary columns fused siHca is the material of choice for the column container. It has virtually no impurities (<1 ppm metal oxides) and tends to be quite inert. In addition, fused siHca is relatively easily processed and manufacture of columns from this material is reproducible. In trace analysis, inertness of tubing is an important consideration to prevent all of the tiny amounts of sample from becoming lost through interaction with the wall during an analysis. [Pg.107]

An important approach to the graphic representation of molecules is the use of a connection table. A connection table is a data base that stores the available bond types and hybridizations for individual atoms. Using the chemical formula and the connection table, molecular stmctures may be generated through interactive graphics in a menu-driven environment (31—33) or by using a linear input of code words (34,35). The connection table approach may be carried to the next step, computer-aided molecular design (CAMD) (36). [Pg.63]

Ionizing radiation Radiation that is capable of causing ionization to occur, either directly or indirectly through interaction with matter. [Pg.1452]

Uranium in the fuel of a nuclear power plant is designated U. The 92 protons and 143 neutrons in a U nucleus sum to 235, the number in the U notation. Through interaction with a neutron the 92 protons and 144 neutrons involved are rearranged into other nuclei. Typically, this rearrangement is depicted as... [Pg.285]

Some heavy nuclei will fission spontaneously. Others can be induced to fission through interaction with a neutron. In both spontaneous nuclear fission and induced nuclear fission the pool of neutrons and protons is conseiwed. For example, the nucleus "" Cf (Californium) fissions spontaneously. The 98 protons and 154 neutrons in the nucleus of Cf are reconfigured into other nuclei. Usually a few neu-... [Pg.858]

The nucleus """U (uranium) does not fission spontaneously, but It can be induced to fission through interaction with a neutron. Pictorially, a typical neutron-induced fission of " U producing two nuclei and three neutrons is depicted in Figure 2. [Pg.858]

Fig. 7.88 Scanning electron micrographs of cross-sections through interaction layers with superimposed Fe and Zn K, line scans across the layers ( Fig. 7.88 Scanning electron micrographs of cross-sections through interaction layers with superimposed Fe and Zn K, line scans across the layers (<i) Sample 2 (x 210) (b) sample 3 (X 550) (c) sample 4 (x 760) (d) sample 6 (x 1 000) (after Mackowiak and Short )...
Polycystic kidney disease (Polycyst in-1 activates canonical Wnt signaling pathway) Injury-induced renal fibrosis Heart failure Ulcerative colitis Osteoporosis-Pseudoglioma Syndrome (genetic syndrome of defective bone formation) Ulcerative colitis Familial Alzheimer s disease (through interaction with Presenilin-1) Familial Alzheimer s disease (through interaction with Presenilin-1)... [Pg.1321]

Raymond s group has studied the complexation of Pu+1 by linear and cyclic catechoylamide ligands in which the plutonium has CN = 8 through interaction with phenolate groups (Figure 6). [Pg.227]

Microfilament immobilized through interaction with the bulk of the cell cortex via actin binding proteins. [Pg.90]

Knowledge is viewed as jointly and socially created through interaction with others. [Pg.12]

Mentoring utilizes the beneficial effects of knowledge being jointly and socially created through interaction with others learning occurs in the mentor-mentee relationship. [Pg.12]

Group-IIIB halides ( 6.5.2), through interaction with neutral metal bases, lead to acid-base adducts in which the group-IIIB elements possess higher coordination numbers than before ( 6.5.2.1) ... [Pg.54]

The decrease in the contact angle and corresponding increase in the work adhesion of the modified surfaces are due to the generation of polar carbonyl (C=0) and ether (C=0=C) groups on the surfaces formed through interaction of macroradicals on EPDM backbone with atmospheric oxygen. The results have been confirmed from IR (Figure 31.4) and X-ray photoelectron spectroscopic (XPS) observation (Table 31.5). [Pg.882]


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See also in sourсe #XX -- [ Pg.38 ]




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Bistable energy transmission through the interface with Fermi resonance interaction

Bridging ligand, strong interactions between metals through

Bridging ligand, weak interaction between metals through

Diffusivity through interactions with vacancies

Double hyperconjugation and through-bond interactions

Electron interactions through space

Electronic coupling through-bond interaction

Electronic coupling through-space interactions

Immobilization of Organocatalysts through Electrostatic Interaction with Ionic Fragments

Interactions through-bond interaction

Liquid Catalysts Supported through Physisorption or via Electrostatic Interaction

Norbornadiene, through-space interactions

Orbital interactions, through space

Spin exchange through-bond interaction

The NOE Through-Space Interactions between Protons

Through-bond interaction

Through-bond interaction characteristics

Through-bond interaction substituent effects

Through-bond interactions electrophilic additions

Through-bond interactions with other nuclei

Through-space antiferromagnetic interaction

Through-space electronic interactions

Through-space interaction

Through-space interaction, characteristics

Through-the-metal interactions

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