Young evaluation

JE Haky, AM Young. Evaluation of a simple HPLC correlation method for the estimation of the octanol-water partition coefficients of organic compounds. J Liq Chromatogr 7 675—689, 1984. 

Stevens, D.M.K.L.A., Young, Evaluation of Structural Response and Human Injury in Shock-Loaded Expeditionary an Temporary Shelters. Applied Research Associates. 

Haky, J.E. and A.M. Young. Evaluation of a Simple HPLC Correlation Method for the Estimation of the Octanol-Water Partition Coefficients of Organic Comporrrrds, J. 

R.J. Young, Evaluation of composite interfaces using Raman spectroscopy. Key Engineering Materials, 1996. 116-117 p. 173-192. 

Restored parameters for the evaluation of PDSM, may be different PMF of material tensor of stresses or its invariants, spatial gradients of elastic features (in particular. Young s modulus E and shear modulus G), strong, technological ( hardness HRC, plasticity ), physical (density) and others. 

The axisymmetric drop shape analysis (see Section II-7B) developed by Neumann and co-workers has been applied to the evaluation of sessile drops or bubbles to determine contact angles between 50° and 180° [98]. In two such studies, Li, Neumann, and co-workers [99, 100] deduced the line tension from the drop size dependence of the contact angle and a modified Young equation... 

Regarding mechanical properties of polymers, the efficiency of the Car-Parrinello approach has enabled us to evaluate the ultimate Young s modulus of orthorhombic polyethylene, and demonstrate basis set convergence for that property. 

Surface Area and Permeability or Porosity. Gas or solute adsorption is typicaUy used to evaluate surface area (74,75), and mercury porosimetry is used, ia coajuactioa with at least oae other particle-size analysis, eg, electron microscopy, to assess permeabUity (76). Experimental techniques and theoretical models have been developed to elucidate the nature and quantity of pores (74,77). These iaclude the kinetic approach to gas adsorptioa of Bmaauer, Emmett, and TeUer (78), known as the BET method and which is based on Langmuir s adsorption model (79), the potential theory of Polanyi (25,80) for gas adsorption, the experimental aspects of solute adsorption (25,81), and the principles of mercury porosimetry, based on the Young-Duprn expression (24,25). 

Complete automation with computer control and on-line data evaluation and reduction is also possible (Dean and Angelo 1971, Gregory and Young 1979, Larmon et al 1981.)... 

Many of the most widely used methods are based on measuring the contact angles of a series of test liquids on the solid surface, and evaluating the surface energies via Young s equation, Eq. 4 above. 

Other attempts to develop a pore pressure evaluation method from different drilling equations were made by Combs, by Bourgoyne and Young and by Bellotti and Giacca [101]. The three models follow the same general approach a drilling equation is developed assuming that all variables are independent. The ROP is then normalized to eliminate the effect of each variable but the pore pressure. These equations attempt to take more variables into account. 

Some of the exponents in Eqs. (50) and (52) can be evaluated from experimental data. For example, Calderbank and Moo-Young (C4) investigated several chemical systems and found that the mass-transfer coefficient per unit area was a function of the Schmidt number to the power of from 0.50 to 0.67 this would also be the value of B6. In addition, they found that agitation had no effect on KL therefore, s is equal to zero. 

In this chapter we have attempted to summarize and evaluate scientific information available in the relatively young field of microwave photoelectrochemistry. This discipline combines photoelectrochemical techniques with potential-dependent microwave conductivity measurements and succeeds in better characterizing the behavior ofphotoinduced charge carrier reactions in photoelectrochemical mechanisms. By combining photoelectrochemical measurements with microwave conductivity measurements, it is possible to obtain direct access to the measurement of interfacial rate constants. This is new for photoelectrochemistry and promises better insight into the mechanisms of photogenerated charge carriers in semiconductor electrodes. 

Children s Susceptibility. The information on health effects of endosulfan in humans is derived mainly from cases of accidental or intentional exposure of adults to high amounts of the pesticide, and the main adverse effect is neurotoxicity. No reports of adverse effects in endosulfan-exposed children were found, but it is reasonable to assume that children will exhibit similar signs and symptoms to those in adults under similar exposure conditions. Some studies in animals have provided evidence that young animals respond to endosulfan differently than adult animals (Kiran and Varma 1988 Lakshmana and Raju 1994 Sinha et al. 1995,1997 Zaidi et al. 1985), but there is no conclusive evidence to suggest that young animals are more susceptible than older ones. Further studies that evaluate a number of different end points in young as well as older organisms would provide valuable information. 

The values of Go and y are known and for the elastomer of Young s modulus of 2.1 MPa, [/o = 8 X 10 mm-s [12]. We can then evaluate 8 at ca. 20 mn. This value is perhaps a little high but of the same order of magnitude as earlier estimated [6]. Thus, despite some necessary approximations and simplifying hypotheses, we arrive at a semiquantitative explanation of the relationship between dewetting and therefore, presumably, wetting speed and the molecular structure of the elastomeric substrate. 

Kastrau et al. Stroke 2005 36(4) 825-829 Retrospective evaluation of aphasia in patients with hemicraniectomy for dominant sphere infarcts 14 patients with surgery evaluated with psychometric quantification twice over 470 days Evolution of aphasic symptoms 13/14 patients with improved scores and increased ability to communicate from baseline in 13 patients. Young age and early decompressive surgery were main... 

Young B. (1993). Evaluating hypotheses for the transfer of stimulus particles to Jacobson s Organ in snakes. Brain Behav Evol 41, 203-209. 

Robinson GS, Keith RW, Bomschein RL, et al. 1987. Effects of environmental lead exposure on the developing auditory system as indexed by the brainstem auditory evoked potential and pure tone hearing evaluations in young children. In Lindberg SE, Hutchinson TC. eds. International Conference on Heavy Metals in the Environment, Vol. 1, New Orleans, LA. September. Edinburgh, UK CEP Consultants, Ltd., 223-225. 

Tait G.A., Young R.B., Wilson G.J., Steward D.J., MacGregor D.C., Myocardial pH during regional ischemia evaluation of a fiber-optic photometric probe, Am J. Physiol.Heart Circ. Physiol. 1982 243 H1027. 

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