Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Angle dependence

Flere we examine the viewing angle dependence of the differential Raman cross-section for the cases of... [Pg.1219]

Figure B 1.16.9 shows background-free, pseudo-steady-state CIDNP spectra of the photoreaction of triethylamine with (a) anthroquinone as sensitizer and (b) and (c) xanthone as sensitizer. Details of the pseudo-steady-state CIDNP method are given elsewhere [22]. In trace (a), no signals from the p protons of products 1 (recombination) or 2 (escape) are observed, indicating that the products observed result from the radical ion pair. Traces (b) and (c) illustrate a usefiil feature of pulsed CIDNP net and multiplet effects may be separated on the basis of their radiofrequency (RF) pulse tip angle dependence [21]. Net effects are shown in trace (b) while multiplet effects can... Figure B 1.16.9 shows background-free, pseudo-steady-state CIDNP spectra of the photoreaction of triethylamine with (a) anthroquinone as sensitizer and (b) and (c) xanthone as sensitizer. Details of the pseudo-steady-state CIDNP method are given elsewhere [22]. In trace (a), no signals from the p protons of products 1 (recombination) or 2 (escape) are observed, indicating that the products observed result from the radical ion pair. Traces (b) and (c) illustrate a usefiil feature of pulsed CIDNP net and multiplet effects may be separated on the basis of their radiofrequency (RF) pulse tip angle dependence [21]. Net effects are shown in trace (b) while multiplet effects can...
Over the next few years, both the mid-infrared and the far-infrared spectra for Ar-HF and Ar-HCl were extended to numerous other bands and to other isotopic species (most importantly those containing deuterium). In 1992, Hutson [18, 39] combined all the available spectroscopic data to produce definitive potential energy surfaces that included both the angle dependence and the dependence on the HF/HCl monomer vibrational quantum number v... [Pg.2448]

The angle formed between successive bonds along the chain backbone—0 in Fig. 1.5a-is not free to assume all values, but is fixed at a definite angle depending on the nature of the bond. For the tetrahedral angle associated with carbon-carbon single bonds, d = 109.5°. [Pg.55]

We assume that there exists a function which we represent by P(0)-in recognition of the fact that it is angle dependent-which can be multiplied by the scattered intensity as predicted by the Rayleigh theory to give the correct value for i, even in the presence of interference. That is. [Pg.695]

One must be sure of the purity of the model compound. It may have deteriorated (for example, by reaction or water absorption), its surface may not have the same composition as the bulk, or it may not be of the correct crystallographic phase. It is tempting to use single crystals to be sure of the geometric structure, but noncubic crystals give angle-dependent spectra. The crystallography of any compound should be checked with XRD. [Pg.230]

In the original, elementary treatment governed by Eq. 4 above, one might initially expect contributions to the barrier from several sources. There is first the Coulomb integral Q, which will contain angle dependent terms from the electrostatic interaction of the electrons and protons ar the two ends of the molecule. In this treatment the only orbitals used are Is on each H atom and tetra-... [Pg.384]

The variation of refractive index with height above the surface gives rise to an apparent shift in the positions of astronomical objects. The angle depends... [Pg.1]

It is well known that when liquid droplets form on a flat substrate they adopt spherical cap shapes (neglecting gravity effects) with a contact angle 6. This angle depends solely on the interfacial energies as described by the Young s equation ... [Pg.243]

Since the only angle dependence conies from 0 , and the actions /, L are constant. From this point onwards we concentrate on motion under the reduced Hamiltonian which depends, apart from the scaling parameter y, only on the values of scaled coupling parameter p and the scaled detuning term p. In other words, we investigate the monodromy only in a fixed J (or polyad number N = 2J) section of the three-dimensional quanmm number space. [Pg.81]


See other pages where Angle dependence is mentioned: [Pg.778]    [Pg.208]    [Pg.1660]    [Pg.2062]    [Pg.2110]    [Pg.2629]    [Pg.109]    [Pg.379]    [Pg.633]    [Pg.394]    [Pg.408]    [Pg.339]    [Pg.764]    [Pg.11]    [Pg.282]    [Pg.244]    [Pg.477]    [Pg.188]    [Pg.192]    [Pg.147]    [Pg.1347]    [Pg.1347]    [Pg.366]    [Pg.368]    [Pg.391]    [Pg.148]    [Pg.476]    [Pg.318]    [Pg.376]    [Pg.54]    [Pg.140]    [Pg.141]    [Pg.152]    [Pg.271]    [Pg.203]    [Pg.210]   
See also in sourсe #XX -- [ Pg.16 ]

See also in sourсe #XX -- [ Pg.91 ]




SEARCH



Alignment angle-dependent tensor

Angle dependence, between monomer units

Angle dependent

Angle dependent

Angle dependent XPS

Angle-dependent functions

Angle-dependent line-of-centers

Angle-dependent line-of-centers model

Bond angle dependence

Contact angle temperature dependence

Contact angle time-temperature dependence

Coupling constant dihedral angle dependence

Coupling constants dependence on dihedral angle

Dihedral angle dependence

Flip angle resolution dependence

Incidence angle dependence

Incident angle-dependent polarized absorption

Incident angle-dependent polarized absorption spectroscopy

Memory angle wavelength dependence

Multi-domain mode viewing angle dependence

Scanning angle dependence of lateral force

Spectroscopy, angle-dependent

Temperature Dependence of Contact Angle

Tilt angle temperature dependence

Time Dependence of Sessile Droplet Contact Angle

Vicinal coupling dihedral angle dependence

Viewing angle dependence

Viewing angle dependence contrast

Viewing angle dependence mechanism

Viewing angle dependence reduction

© 2024 chempedia.info