Longitudinally integrated

The auto-correlation functions can be used to define two characteristic length scales of an isotropic turbulent flow. The longitudinal integral scale is defined by... 

For isotropic turbulence, the longitudinal integral length scale Ln is related to the turbulent energy spectrum by... 

The longitudinal integral length scale can also be used to define a characteristic integral time scale re ... 

Ad slip parameter for wall boundary condition in granular theory (m) Af t) Eulerian longitudinal integral length scale (m)... 

AGPI is unique in time and space and is used for integrating, on an individual basis, the de-identified health records gathered from multiple institutions in different jurisdictions and at different times. AGPI is an opaque alphanumeric structure to be used as the primary key to associate (one-way longitudinal integration of personal health records) de-identified health records from various sources to construct personal EHR (electronic health record) as depicted in figure 6.2. 

Figure 6.2 AGPI for longitudinal integration of health records...

Figure 8.2 Longitudinal integration of personal lifetime health record (EHR)...

Ormiston, J.A., Webber, B., Webster, M.W. Stent longitudinal integrity bench insights into a clinical problem. JACC Cardiovasc. Interv.4, 1310-1317 (2011)... 

These are drafted following the results of a survey of the critical phases of the entire food processing and distribution line " . This is often designated longitudinally integrated processing for safety (LIPS). The latter includes ... 

Figure 10-4A(3). Longitudinal fins resistance welded to tubes. The welding of the fins integral to the parent tube ensures continuous high heat transfer efficiency and the absence of any stress concentrations within the tube wall. (Used by permission Brown Fintube Co., A Koch Engineering Co., Bui. 80-1.)...

It is necessary to ensure the integrity of anode cable connections and to give consideration to the number of such connections related to longitudinal resistance of the anode and current attenuation, if early failure is to be avoided. 

There is no reason to believe that the off-diagonal Q integrals which yield this increase in U over I should be equal for longitudinal and transverse polarization but neither is there at present any basis for selecting different values. Hence we assume U1 = U2 and by use of the a values given above for the chlorine atom, the value of —El is calculated to be about 30 per cent smaller than was obtained in Table VI. Since the effect of anisotropy would be expected to be about the same for all of the halogens, the qualitative conclusions drawn from the results in Table VI are not affected. It is clear that anisotropy may be important, however, and must be considered in quantitative work. 

Isotropization in the Case of Fiber Symmetry. If methods for the analysis of isotropic data shall be applied to scattering patterns with uniaxial orientation, the corresponding isotropic intensity must be computed. By carrying out this integration (the solid-angle average in reciprocal space) the information content of the fiber pattern is reduced. One should consider to apply an analysis of the longitudinal and the transversal structure (cf. Sect. 8.4.3). 

Normally these conditions are satisfied in fast highly charged ion-atom collisions. From Eq. (66) we can derive the equations for the singly differential cross sections with respect to the components of the longitudinal momentum distributions for the electron, recoil-ion, and projectile. The longitudinal electron momentum distribution da/dpe for a particular value of p, may be derived by integrating over the doubly differential cross section with respect to the electron energy Ek ... 

The samples were shaped as strips 1 m long and 2 mm wide. The longitudinal steady heat flow method was used to measure the integrated thermal conductivity in the 30-150 mK range. 

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