Taylor studies

Until now, no certain evidence of the existence of GWs has been found. However Hulse and Taylor, studying the PSR 1913+13 binary system of pulsars, found that experimental data were fully coherent with the hypothesis that part of the system energy was lost through gravitational radiation [52-54],... 

Taylor studied the decomposition of hydrogen iodide by a streaming method, using a tube of Pyrex glass of 600 J. Physical Chem., 1924, 28, 984. 

M. N. Jones, and W. D. Taylor Studies in the thermodynamics of polymer-liquid systems. Part II. A reassessment of published data. Polymer 5, 353 (1964). 

Cherry, R. D., and S. R. Taylor Studies of tektite composition. II. Derivation from a quartz-shale mixture. Geochim. cosmochim. Acta 22, 164—168 (1961). 

Taylor studied the activity curves of all the proteinases at different pH s in various diseases of the human stomach (T18-T20). He found that in pernicious anemia, cancer of the stomach, and duodenal ulcer the activity cun es of proteolytic enzymes differed from those of normals. Only one patient exhibited a curve with two normal maxima, and the... 

Such ideas were in the air, however. In the 1880s and 1890s management theorist Frederick W. Taylor studied the motion of people at work. He believed that production could be made more efficient by seeing where time and motion were wasted, then designing better work methods. 

Mulcahey and Taylor studied the application of SFE for direct extraction of polar active ingredients (sulfamethazole and trimethoprim) from... 

Taylor studied also the H20/Ca ratio, which for full water saturation is from 2.3 to 2.5, at 11 % RH is 1.3-1.4 and for material dried at 110 °C—0.8-0.9 respectively. The research has shown that the interlayer water can be removed and reversibly taken again, depending on the environment humidity [52], As it has been found in the NMR studies, water at the humidity exceeding 70 % RH is bound in C-S-H analogously as interlayer water in the swelling clay minerals and this water shows lower mobility than the adsorbed water [53]. It is in good agreement with the model proposed by Feldman (Fig. 3.23). 

J. F. Koretz, T. Hunt, and E. W. Taylor, Studies on Mechanism of Myosin and Actomyosin ATPase, Cold Spring Harbor Symp. Quant. Biol. 37, 179-184 (1973). 

The electrical instability in the electrospinning process was compared to aerodynamic instabilities where partial differential equations of the aerodynamics of the fluid jet with electric field equations are used to describe the process. Many theoretical models have been used to describe the combination of a viscoelastic fluid driven by an electrical field. On the basis of Taylor studies and with the use of high-velocity cameras, it was proposed that the electrospinning... 

In 1950 Taylor studied the formation of sinusoidal waves on the free surface of a fluid in air undergoing acceleration perpendicular to the free surface and in the direction of the force of gravity, and almost a century prior, Rayleigh considered the formation of similar waves if the denser fluid was placed above the free surface both illustrate a similar mechanism that has come to be described by the Rayleigh-Taylor instability. Curiously, the instability will appear between the interfaces of other phases of media, including even solid-solid interfaces, and the form of the equations that describe the instability will remain essentially the same [11]. The formation of droplets from capillary waves may be described by the Rayleigh-Taylor instability. 

David Watson Taylor studied the phenomenon of suction between two vessels moving close together in a narrow channel. He was called as an expert witness for the Olympic-Hawke trial in 1911. 

In 1950 Taylor studied the formation of sinusoidal waves on the free surface of a fluid in air undergoing acceleration perpendicular to the free surface and in the direction of the force of gravity, and almost a century prior Rayleigh considered the formation of similar waves if the denser fluid was placed above the free surface both illus-... 

If a fluid is placed between two concentric cylinders, and the inner cylinder rotated, a complex fluid dynamical motion known as Taylor-Couette flow is established. Mass transport is then by exchange between eddy vortices which can, under some conditions, be imagmed as a substantially enlranced diflfiisivity (typically with effective diflfiision coefficients several orders of magnitude above molecular difhision coefficients) that can be altered by varying the rotation rate, and with all species having the same diffusivity. Studies of the BZ and CIMA/CDIMA systems in such a Couette reactor [45] have revealed bifiircation tlirough a complex sequence of front patterns, see figure A3.14.16. 

Prassides K, Kroto FI W, Taylor R, Walton D R M, David W I F, Tomkinson J, Fladdon R C, Rosseinsky M J and Murphy D W 1992 Fullerenes and fullerites in the solid state neutron soattering studies Carbon 8 1277-86... 

For large systems comprising 36,000 atoms FAMUSAMM performs four times faster than SAMM and as fast as a cut-off scheme with a 10 A cut-off distance while completely avoiding truncation artifacts. Here, the speed-up with respect to SAMM is essentially achieved by the multiple-time-step extrapolation of local Taylor expansions in the outer distance classes. For this system FAMUSAMM executes by a factor of 60 faster than explicit evaluation of the Coulomb sum. The subsequent Section describes, as a sample application of FAMUSAMM, the study of a ligand-receptor unbinding process. 

Allan N L, G D Barrera, J A Purton, C E Sims and M B Taylor 2000. Ionic Solids at High Temperatures and Pressures Ah initio, Lattice Dynamics and Monte Carlo Studies. Physical Chemistry Chemical Physics 2 1099-1111. 

A study of industrial apphcatious by Taylor, Kooijmau, and Woodman [IChemE. Symp. Ser. Distillation and Absorption 1992, A415-A427 (1992)] concluded that rate-based models are particularly desirable when simulating or designing (1) packed columns, (2) systems with strongly uonide liquid solutions, (3) systems with trace compo-... 

McQueen, R.G., S.P. Marsh, J.W. Taylor, J.N. Fritz, and W.J. Carter (1970), The Equation of State of Solids from Shock Wave Studies, in High Velocity Impact Phenomena (edited by R. Kinslow), Academic Press, New York, pp. 293-299. 

In summary, it is clear that the micromechanical shock response of single crystal LiF is extremely complex. These results certainly temper the initial enthusiasm associated with Taylor s [9] study of Armco iron as a eomplete explanation for the relationship between the microscale and the macroscale in shock-loaded solids. 

The most common integration algorithm used in the study of biomolecules is due to Verlet [11]. The Verlet integrator is based on two Taylor expansions, a forward expansion (t + At) and a backward expansion (t — At),... 

Danckwerts [2] also obtained steady state solutions based on the same boundary conditions and various studies have since been performed by Taylor [19], Arts [20], and Levenspiel and Smith [21],... 

Taylor, J. H. et al., 1986, Probabilistic Safety Study Applications Program for In tion of the Indian Point Unit 3 Nuclear Power Plant, NUREG/CR-4565, March. 

From the early work of Taylor [63T01] connecting dislocation behavior to observed viscoplastic shock-compression response, numerous studies have attempted to relate conventional dislocation dynamics models to experimental observations. Theory and observations consistently require unusually large numbers of mobile dislocations. Although qualitatively descriptive, progress to date on dislocation models has not proven to provide quantitative descriptions to the observations in metals. 

R. A. Hulse and J. H. Taylor (Princeton) discovery of a new type of pulsar, that has opened up new possibilities for the study of gravitation. 

Polymalatase may be useful for the tayloring of /3-poly(malic acid) and its derivatives, and for analytical purposes. If the hydrolase is arrested at points of polymer branches or covalently/physically attached ligands, the hydrolase can be used in studies analogous to those known for DNA and exonucleases. 

According to the criteria, the dispersed phase embedded in the matrix of sample 1 must have been deformed to a maximum aspect ratio and just began or have begun to break up. By observing the relative position of the experimental data to the critical curve, the deformational behavior of the other samples can be easily evaluated. Concerning the fibrillation behavior of the PC-TLCP composite studied, the Taylor-Cox criteria seems to be valid. 

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