Reflectance maximum

The macroscopic rates measured by radiolabel experiments should not be taken to reflect maximum rates of the motors involved. As with mitochondrial transport, the net rate of slow component proteins reflects both the rate of actual movement and the fraction of a time interval that a structure is moving. The elongate shape of cytoskeletal structures and their potential for many interactions means that net displacements are discontinuous. If a structure is moving at a speed of 2 j,m/s, but on average only moves at that rate for one second out of every 100 seconds, then the average rate for the structure will translate to a net rate of only 0.02 pm/s [31]. 

Table I. Comparison of Reflectance Maximum for the CN Stretching Mode in TCNQ for...

For the convenience of the reader, the values of the sonic characteristics of representative and frequently encountered materials are listed in Table 1. Energy which is not transferred is reflected. Maximum transfer takes place when the acoustic impedance of all materials are equal When the angle of incidence is normal to the. interface, the fraction of the reflected incident energy is found as follows ... 

The intensity of a reflection maximum measnred at a point in space is the resnlt of the summation of the X-... 

Density of NaCl = 217gm cc-1 (at 20° C), molar mass = 58.45. The interplanar distance (d2oo)-calculated. The first order reflection maximum of the Ka rays ofpalladium form the 200planes of NaCl occurs at a glancing angle 5.90°. Calculate the wavelength of the X-radiation ... 

Parameters of periodic heterostractures were chosen to get optical reflection maximum in the blue range. Sanqiles square was approximately 0.5 cm. ... 

Here Xq is the wavelength of the linearly polarised incident light (in vacuum) and Xb = = Ro is the wavelength of the Bragg reflection maximum. In this... 

Information on interparticle forces can be obtained from rheological studies. As the shear rate is increased, the particles rearrange, or floes distort in a flocculated system, and eventually the system starts to flow. The magnitude of the Bingham yield stress, Tg, reflects maximum rearrangement of the particles in an unflocculated system deformation of the floes in a flocculated system before flow. The shear moduli, G, G and G effectively probe the unperturbed system at very low shear rates and reflect the particle-particle interactions in a pure clay suspension the intraparticle structure of the floes in a flocculated suspension. 

This is a stable configuration and is shown in Fig. 6.6(a) where the cholesteric planes are denoted by solid lines. In this instance the field only induces stabilization of the fluctuations of the director [18]. As a consequence, the order parameter is increased and displacement of the selective reflection maximum in the longwave spectral region is observed. 

Promulgation over 10 yr of emissions limits reflecting maximum achievable control technologies (MACTs) for 174 categories of industrial sources potentially emitting HAPs. 

The wavelength of the reflected maximum Ao varies with the angle of incidence 6 approximately as d cos 0, if the length scale d =-pn) is comparable with the helix pitch p. This corresponds to a Bragg-like reflection. 

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