Example Jean

a 70-year-old female, was admitted to the hospital after being evaluated for several medical conditions that included a fractured left hip with extensive bruising to the area and to the left side of her body. She and her family reported to the attending physician that they were expecting a short rehabilitative stay at the hospital, and a social work consult was generated to determine if she could continue living at home after stabilization or whether a temporary rehabilitation facility would be needed. 

During the interview, Jean was alert and oriented and did not appear to be in any type of physical distress. Her affect (the outward expression of 

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Examples Jean asked why no one makes a paper milk carton that opens without tearing. 

See, for example, Jeans, Electricity and Magnetism, Cambridge University Press, Cambridge, 1925, Sec. 74. 

Additional information on the material under study can be obtained from the measurement of the e+ -e momentum distribution as mirrored in Doppler broadening of annihilation radiation (DEAR) and the angular correlation of annihilation radiation (ACAR). DEAR can be applied to study the chemical surroundings of free-volume holes [Dlubek et al., 2000a Bamford et al., 2006b], while ACAR is able to measure the anisotropy of the hole shape, as observed for highly crystalline fibers, for example [Jean et al., 1996 Bamford et al., 2001b]. 

Laurant, Jean-Pierre. "Esotericism in Freemasonry the example ofFrangois-Nicolas Noel s Geometrie du Magon (1812)." In Western esotericism and the science of religion, eds. Antoine Faivre and Wouter J. Hanegraaff Leuven Peeters, 1998. 

Examples of other work on research schools M. Eckert, "Sommerfeld s School and the Electron Theory of Metals," HSPS 17 (1987) 191234 Gerald Geison, Michael Foster and the Cambridge School of Physiology The Scientific Enterprise in Late Victorian Society (Princeton Princeton University Press, 1978) L. J. Klosterman, "A Research School of Chemistry in the Nineteenth Century Jean Baptiste Dumas and His Research Students," Annals of Science 43 (1985) 180 H. A. M. Snelders, "J. H. van t Hoffs Research School in Amsterdam (18771895)," Janus 71 (1984) 130 F. L. Holmes, "The Formation of the Munich School of Metabolism," in William Coleman and F. L. Holmes, eds., The Investigative Enterprise Studies on Nineteenth-Century Physiology and Medicine (Berkeley, Los Angeles, and London University of California Press, 1988). 

Nemst, for example, argued that physics forms the theoretical basis of all sciences, including chemistry. 18 A statement by Emile Dubois-Reymond to the effect that there was a need for a physical chemistry to create a "mathematical mechanics of knowledge" and a "complete picture of molecular processes" 19 was used to preface the first issue of the Zeitschrift fur physikalische Chemie. For van t Hoff, this was to be achieved through "the application of physical expedients, methods, and instruments to chemical problems" in establishing "comprehensive principles."20 Less concretely, Jean Perrin wrote that "really, there is no particular method proper to chemical physics [but] rather a physicochemical esprit."21 Perrin s successors at the Universite de Paris understood this remark to mean that physical chemistry at the turn of the century was "whatever interested Jean Perrin, just as physical chemistry at Berkeley was whatever interested Gilbert N. Lewis. "22... 

The name of a physician or researcher, often the first person to describe the disorder (for example, Marfan syndrome, which was named after Dr. Antoine Bemard-Jean Marfan)... 

A classical example of how symmetry in the target molecule can greatly simplify the synthesis is provided by indigo [8], a natural dyestuff which has been known for more than 4000 years and which has experienced a boom in recent times thanks to "blue jeans" being so popular. 

Since we deal with a periodic pattern, it is possible to apply a technique that was originally invented by the French physicist and mathematician Jean Baptiste Joseph Fourier (1768-1830). Fourier was the first who showed that every periodic process (or an object like in our case) can be described as the sum (a superposition) of an infinite number of individual periodic events (e.g. waves). This process is known as Fourier synthesis. The inverse process, the decomposition of the periodic event or object yields the individual components and is called Fourier analysis. How Fourier synthesis works in practice is shown in Figure 4. To keep the example most simple, we will first consider only the projection (a shadow image) of the black squares onto the horizontal a-axis in the beginning (Figure 3). 

Reduced to their bare verbal bones, both terms just defined by Pemety prominently appear in one of Duchamp s last ready-mades (MD-196). The immediate function of this minimalist object avant la lettre), inscribed with the artist s monogram M. D., was to serve as a kind of metallic seal set upon the box containing the deluxe edition (32 authorized examples in all) of Robert Lebel s Sur Marcel Duchamp, published the next year to great acclaim. As executed by Duchamp in Paris during the summer of 1958, this is simplicity itself a deep blue, enameled metal (iron) plaque, measuring 15 X 20 cm., which bears an inscription, the kind once familiar to Parisians, neatly laid out in white letters (sans serif). This object, which Jean Clair calls a Ready-made imite, exactly simulates the kind of announcements one formerly saw, a century ago, posted on newly erected apartment buildings. The statement it bears is concise, to say the least ... 

Berzelius called this Trout s hypothesis , but he never really accepted it. Others were more favourably inclined. In the 1840s the French chemist Jean-Baptiste Dumas refined the hypothesis by noting that in fact the atomic weights of some elements were not integral multiples of hydrogen s. Chlorine, for example, has a... 

With the appearance of Jean-Baptiste Senacs book in 1723, the French chemical community had available a clear direct source of knowledge about the chemistry of Stahl.This book has not been given much attention by modern historians, nor have they examined the faithfulness of its doctrines to those of Stahl. But like Stahl himself, Senac continued to use the old terms without any very obvious preference for phlogiston. In a discussion of the calcination of tin, for example, Senac writes,... 

A more general approach is required to interpret the current experiments, Jean and co-workers have developed multilevel Redfield theory into a versatile tool for describing ultrafast spectroscopic experiments [22-25], In this approach, terms neglected at the Bloch level play an important role for example, coherence transfer terms that transform a coherence between levels i and j into a coherence between levels j and k ( /t - = 2) or between levels k and l ( f - j - 2, k-j = 2) and couplings between populations and coherences. Coherence transfer processes can often compete effectively with vibrational relaxation and dephasing processes, as shown in Fig. 4 for a single harmonic well, initially prepared in a superposition of levels 6 and 7. The lower panel shows the population of levels 6 and 7 as a function of time, whereas the upper panels display off-diagonal density matrix ele-... 

Equation (33) assumes that IV// is large compared to 2J (i.e., no electronic and vibrational recurrences). In addition, Eq. (33) deals only with population dynamics Interferences between different Franck-Condon factors are neglected. These interferences do influence the rate, and the interplay between electronic and vibrational dynamics can be quite complex [25], Finally, as discussed by Jean et al. [22], Eq. (33) does not separate the influence of pure dephasing (T-T) and population relaxation (Ti). These two processes (defined as the site representation [22]) can have significantly different effects on the overall rate. For example, when (T () becomes small compared to Eq. (33) substantially overestimates the rate compared to... 

I am deeply indebted to Giovanni Palmisano and Andrea Bertario for many discussions, to Michel Bauer, Michel Gachon and Jean-Pierre Yergnaud for encouragement and collaboration, and to Luigi Panza for useful suggestions on the manuscript. I thank Steven Baertschi for many discussions and for examples. 

Jeanes and associates23 used the ratio of the RF values of maltose and D-glucose as a criterion for choosing suitable solvent mixtures. The adaptability of ternary solvent mixtures was commended. After testing a number of mixtures made up of an alcohol (1-butanol, ethanol, or fusel oil), an acid or base, and water, as well as collidine-pyridine-water mixtures, they recommended basic mixtures, in particular, 1-butanol-pyridine-water. The composition of mixtures containing acid may change as a result of esterification. For example 1-butanol-acetic acid-water mixtures should be allowed to stand for some time before use.21 To obviate esterification of solvent, Hanes and Isherwood used ZerZ-pentyl alcohol in solvent mixtures containing acid.30... 

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