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This work focuses on construction of a bridge from QCD (quantum chromodynamics), the theory of quarks, gluons, and their interactions, to nuclear structure, an obvious but unattained objective ever since the introduction of QCD in 1973. The bridge footing on one side of the chasm is QCD in the non-perturbative regime, only now beginning to yield to massively parallel computation in a Monte-Carlo space-time lattice formulation of QCD called LQCD (lattice quantum chromodynamics) that is our only tool for such problems. The resulting trickle of information about the nucleon interaction comes in the form of a fuzzy spectrum for two nucleons in a periodic box. It can be expected that the spectrum will sharpen and even eventually include a spectrum for three nucleons in a box with the introduction of larger and faster supercomputers as well as more clever algorithms. Fundamentally though, limits on what can be accomplished in LQCD are set by the famous fermion sign problem. Results in LQCD are produced as a small residual of the sum of large positive and negative contributions from the Monte-Carlo trials and accuracy only improves slowly with the number of expensive trials.The bridge footing on the other side of the chasm is the configuration interaction shell model, which is commonly used for nuclear structure calculations from a microscopic Hamiltonian expressed in the colorless degrees of freedom of QCD we call nucleons. As currently executed, this method is a model, the two- and possibly three-body interaction in use lacking a rigorous connection to QCD or direct accounting for contributions from scattering outside the model space. Nucleons, like quarks, are fermions and a fermion sign like problem exists in these calculations as well. The configuration interaction shell model is formulated in an antisymmetrized harmonic oscillator basis that grows with the number of permutations of identical nucleons in the model space. However, fantastically e cient parallel sparse

This work focuses on construction of a bridge from QCD (quantum chromodynamics), the theory of quarks, gluons, and their interactions, to nuclear structure, an obvious but unattained objective ever since the introduction of QCD in 1973. The bridge footing on one side of the chasm is QCD in the non-perturbative regime, only now beginning to yield to massively parallel computation in a Monte-Carlo space-time lattice formulation of QCD called LQCD (lattice quantum chromodynamics) that is our only tool for such problems. The resulting trickle of information about the nucleon interaction comes in the form of a fuzzy spectrum for two nucleons in a periodic box. It can be expected that the spectrum will sharpen and even eventually include a spectrum for three nucleons in a box with the introduction of larger and faster supercomputers as well as more clever algorithms. Fundamentally though, limits on what can be accomplished in LQCD are set by the famous fermion sign problem. Results in LQCD are produced as a small residual of the sum of large positive and negative contributions from the Monte-Carlo trials and accuracy only improves slowly with the number of expensive trials.The bridge footing on the other side of the chasm is the configuration interaction shell model, which is commonly used for nuclear structure calculations from a microscopic Hamiltonian expressed in the colorless degrees of freedom of QCD we call nucleons. As currently executed, this method is a model, the two- and possibly three-body interaction in use lacking a rigorous connection to QCD or direct accounting for contributions from scattering outside the model space. Nucleons, like quarks, are fermions and a fermion sign like problem exists in these calculations as well. The configuration interaction shell model is formulated in an antisymmetrized harmonic oscillator basis that grows with the number of permutations of identical nucleons in the model space. However, fantastically e cient parallel sparse

Introduction: This PhD dissertation focuses on higher education institutional productivity. Universities across the globe have met the 21st century with pressure to demonstrate performance and value for money. Yet common institutional performance indicators are the product of controversial choices about what data sources to consider and how data should be treated. Any individual performance indicator may be challenged on the basis of the data used to construct it. This situation raises the question: how should university performance be measured and demonstrated? Methods: This thesis reviews the literature on higher education performance and productivity and documents a research program whose findings offer a novel characterisation of university productivity. Methods focus on developing productivity measures that are fit-for-purpose in context. Primary data comes from the Australian higher education system. The thesis uses a design science methodology to guide enquiry and to structure a multi-method research program that incorporates quantitative and qualitative methods. The research revolves around the development of a quantitative productivity measurement model that is iteratively tested to inform performance and productivity assessment in the Australian higher education context. Qualitative research is undertaken in the form of interviews. The interviews solicit feedback from Australian higher education experts and stakeholders. Participants provide information about the strengths and limitations of the measurement model and its results in context, as well as about opportunities for improving performance and productivity in the Australian system. Findings and contribution: Findings make theoretical, technical, and practical contributions. They have implications for both policy makers and institutional leaders. Findings provide insight on relationships between teaching and research, specialisation of the academic workforce, and the role of performance measures in d

Hydraulic ram is the physical production of pressure wave wall loadings due to projectile penetration and their effect on a fuel cell. Facilities were designed and testing conducted in preparation for investigation of the hydraulic ram phenomenon. A ballistic range was designed that yielded projectile velocity and flight attitude information before and after wall penetration. Wall specimens of a single thickness were impacted by a range of projectile sizes, weights, shapes, and velocities. This yielded the energy absorbed by the wall without fluid damping., http://archive.org/details/aircraftfueltank1094516444, Lieutenant, United States Navy, Approved for public release; distribution is unlimited.

http://archive.org/details/stimulatedcerenk1094519998, NA, NA

Das mittelalterliche Europa war keine christliche Einheitskultur, sondern geprägt von vielfältigen Prozessen des Kontakts und der Abgrenzung zwischen Kulturen, bei denen die drei monotheistischen Religionen Christentum, Judentum und Islam eine herausragende Rolle spielten. Seit 2005 erforscht das DFG-Schwerpunktprogramm "Integration und Desintegration der Kulturen im europäischen Mittelalter" die Geschichte Europas als Geschichte kultureller Differenzen. Der Band dokumentiert die Dynamiken und Erträge eines wissenschaftsorganisatorischen Experiments: Gegliedert in fächerübergreifende Arbeitsgruppen, erforschten 24 Einzelprojekte aus 14 Disziplinen Integrations- und Desintegrationsprozesse von Skandinavien bis Ägypten, von der Iberischen Halbinsel bis zu den Steppen Zentralasiens in komparativem Zugriff; sie präsentieren ihre Ergebnisse nun in Beiträgen, die von mehreren Autorinnen und Autoren gemeinsam verfasst worden sind. Dabei werden Begriffe wie "Kultur" problematisiert und schon eingeführte Konzepte wie "Integration/Desintegration", "Inklusion/Exklusion", "Hybridisierung" und "Transfer" als Instrumente transkultureller Mediävistik auf den Prüfstand gestellt. Das Ende der Laufzeit des Schwerpunktprogramms gibt zugleich Anlass, methodisch-theoretische Einsichten der gemeinsamen Forschung wie auch praktische Erfahrungen bei der transdisziplinären Zusammenarbeit zu bilanzieren.

This publication is with permission of the rights owner freely accessible due to a HU licence. The final publication is available at www.degruyter.com., Das mittelalterliche Europa war keine christliche Einheitskultur, sondern geprägt von vielfältigen Prozessen des Kontakts und der Abgrenzung zwischen Kulturen, bei denen die drei monotheistischen Religionen Christentum, Judentum und Islam eine herausragende Rolle spielten. Seit 2005 erforscht das DFG-Schwerpunktprogramm "Integration und Desintegration der Kulturen im europäischen Mittelalter" die Geschichte Europas als Geschichte kultureller Differenzen. Der Band dokumentiert die Dynamiken und Erträge eines wissenschaftsorganisatorischen Experiments: Gegliedert in fächerübergreifende Arbeitsgruppen, erforschten 24 Einzelprojekte aus 14 Disziplinen Integrations- und Desintegrationsprozesse von Skandinavien bis Ägypten, von der Iberischen Halbinsel bis zu den Steppen Zentralasiens in komparativem Zugriff; sie präsentieren ihre Ergebnisse nun in Beiträgen, die von mehreren Autorinnen und Autoren gemeinsam verfasst worden sind. Dabei werden Begriffe wie "Kultur" problematisiert und schon eingeführte Konzepte wie "Integration/Desintegration", "Inklusion/Exklusion", "Hybridisierung" und "Transfer" als Instrumente transkultureller Mediävistik auf den Prüfstand gestellt. Das Ende der Laufzeit des Schwerpunktprogramms gibt zugleich Anlass, methodisch-theoretische Einsichten der gemeinsamen Forschung wie auch praktische Erfahrungen bei der transdisziplinären Zusammenarbeit zu bilanzieren.

Tiltmeters can be used in the mining environment to monitor slope stability by making use of gravitational force to measure angles of inclination relative to horizontal. Tiltmeters typically use accelerometers, which output a voltage measurement that can be related to angle of tilt. Though wireless tiltmeters already exist today, they lack certain ruggedness and sensitivity preventing use in mines. The purpose of this project was to investigate the feasibility of using already existing wireless tiltmeters in the mining setting. Additionally, a new wireless tiltmeter was designed which could be specially tailored for the needs of monitoring hazardous rock bodies in both surface and underground mines. By recording angles of any slope, either in a surface mine or underground, over extended periods of time, changes in readings can infer instabilities in the rock mass underlying the slope being measured. By placing many tiltmeters in a mesh on a surface slope or underground roof, rib, or other face, the entire surface can be monitored. Compared to the measurements of a single point using one instrument, a dense network can be extremely useful in detecting rock movement. Many monitoring techniques are in use already in mines. Traditional methods of monitoring, though undeniably useful, are often time consuming. By utilizing wireless devices that transmit data back to a single location, data acquisition and analysis time can be minimized, saving the mine employee hours as well as down time. As surface mines continue to deepen, and underground mines continue to progress further from the surface, the extent of necessary monitoring continues to increase: this widening range will require greater time for proper monitoring, unless an automated system is implemented. With proper wireless equipment, real time monitoring of an entire mine is possible.

Elastic Recoil Detection analysis of different types of indium nitride films has been performed using a 200 MeV Au beam. Recoil ions were detected with a gas ionisation detector featuring a large detection solid angle. Severe and non-linear nitrogen depletion has been observed, with films grown by RF-sputtering losing nitrogen more quickly than MBE-grown films. Assuming the formation of molecular nitrogen as the decisive step leading to nitrogen loss, the nitrogen depletion process has been modelled using the bulk molecular recombination model. The model allows accurate extrapolations of the original nitrogen content of the material. Since the other important elements can also be quantified, the stoichiometry of the film can thus reliably be obtained from Elastic Recoil Detection analysis. All the films analysed have been found to have excess nitrogen.

ERD analysis of different group-III nitride films has been performed using a 200 MeV Au beam. Recoil ions were detected employing a gas ionisation detector with large detection solid angle. The nitrogen depletion in the irradiated film volume has been measured as a function of incident ion fluence. Severe depletion rates have been observed for GaN and InN films, resulting in the eventual loss of all nitrogen, with InN losing nitrogen more than ten times faster than GaN. For GaN a delayed onset of the nitrogen depletion is apparent. A two parameter bulk molecular recombination model describes the nitrogen depletion well and enables reliable extrapolations of the original nitrogen content of GaN and InN films. A refinement of the model may be possible by considering the diffusion of nitrogen radicals.

Indium nitride thin films for potential application in high power, high frequency devices have been grown with reactive ion sputtering. Accurate film stoichiometries have been measured with elastic recoil detection using 200 MeV Au projectile ions. The beam-induced depletion of nitrogen during analysis has been found to be severe and non-linear with ion fluence. Assuming the formation of molecular nitrogen as the decisive step leading to nitrogen loss, a model has been applied which reproduces the experimental data. The model allows accurate extrapolations of the original nitrogen content of the material. All films studied have been found to be nitrogen-rich and have large band gaps ranging from 2.14 to 2.3 eV. The amount of excess nitrogen correlates with the band gap energy suggesting a Moss-Burstein effect. The excess nitrogen may thus act as donor and account for the high charge carrier concentrations of up to 2 × 1020 cm-3. The magnitude of the nitrogen excess is consistent with a donor level 50 meV below the conduction band.

Metallic gallium was observed on the surfaces of GaN commercial samples following argon ion milling. SIMS measurements confirmed that the commercial GaN had approximately 0.02% bulk oxygen present. The SIMS signal was standardized using a specimen of known oxygen content, as determined by elastic recoil detection analysis using 200MeV heavy ions of 197Au. Despite this 2-5% oxygen was observed by XPS in the bulk of the GaN after the argon ion milling. This oxygen is believed to be from the original surface oxide that re-cycles on the GaN surface during the ion milling.

Includes bibliographical references (p. 355-370), Includes abstract, Dissertation note: Thesis (Ph.D.) -- University of Chicago, 2001, Typescript (photocopy, Word list (p. 194-240)

This study examined the utility of a comprehensive assessment of emotional, behavioral, and interpersonal correlates of social anxiety. Participants included 96 adolescents (43 boys and 43 girls), who were classified into one of three groups based on a diagnostic interview; socially phobic, subclinically socially anxious, and normal. Participants completed self-report measures of social anxiety, positive and negative affect, differential emotions, and interpersonal problems. An assessment of participants' interpersonal styles was also obtained from their parents. In addition, participants completed two anxiety provoking behavioral tasks; a conversation with a stranger and an impromptu speech. From these tasks, a comprehensive assessment of behavioral ratings was obtained on various dimensions relevant to social anxiety. Results indicated that socially phobic youth demonstrated higher levels of self-report social anxiety and both trait and state negative emotions than did normals. Socially phobic youth also demonstrated greater anxiety indicated by behavioral ratings, as well as interpersonal styles marked by greater introversion and submissiveness. These assessment variables demonstrated moderate ability to distinguish socially phobic from normal youth, although socially anxious youth were poorly classified. Finally, the variables in the study did not yield a meaningful higher-order factor structure. Implications of these results for the assessment of adolescents with social phobia are discussed.

An ellipsoidal dome is a conformal optical element used to replace a hemispherical dome on a missile to enhance its performance by reducing its aerodynamic drag. Conformal optics are a general class of optical systems in which the optical elements are shaped to optimize something other than image quality, such as aerodynamics. An ellipsoidal dome has lower aerodynamic drag than a comparably sized hemispherical dome. On a missile, lower drag improves its aerodynamic performance by increasing its range and fuel efficiency but degrades the quality of the transmitted wavefront. In particular, an ellipsoidal dome introduces a varying aberration component that depends on the orientation of the aperture stop, which is pivoted about a fixed axis inside the dome. The transmitted ray bundle is incident only on a portion of the dome surface, and the included area lacks axial symmetry. To better understand the imaging characteristics of an ellipsoidal dome in this application, the first- and third-order optical properties of a constant thickness dome are investigated. Particular emphasis is placed on the geometry and symmetry of an ellipse, which impose certain constraints on the form of the aberration coefficients. The geometry is defined in terms of the aerodynamic fineness ratio, outer diameter, and center thickness of the dome. Emphasis is placed on third-order astigmatism and coma, which are shown to be the dominant aberration terms. The effects of varying the fineness ratio, thickness, and index of refraction of a dome are also investigated.

Monitoring long-term changes in sea surface temperature (SST) requires a well-defined global SST climatology and careful generation and averaging of SST anomalies. In this study, an SST climatology based on Pathfinder Advanced Very High Resolution Radiometer (AVHRR) data has been developed along with a method to evaluate its usefulness in climate change studies. The method of evaluation is based on a statistical comparison between the climatology and individual in situ observations from both the 1994 World Ocean Atlas (WOA94) and the Comprehensive Ocean Atmosphere Data Set (COADS). The SST climatology was created at a resolution of 9.28 km using both day and night satellite fields generated with the Version 1 Pathfinder algorithm and cloud-masking procedures, plus an erosion filter that provides additional cloud-masking in the vicinity of cloud-edges. Using the statistical comparison method, this satellite climatology is found to generally better limit noise in SST anomalies than traditional in situ climatologies, except in the tropics where the Pathfinder algorithm faces difficulties arising from high levels of water vapor, atmospheric aerosols, and persistent cloudiness. The Pathfinder SST climatology and individual WOA94 and COADS anomalies are used to characterize global and regional changes in ocean surface temperature since 1942. Anomaly trends are computed using a traditional five-degree latitude-longitude binning technique as well as a new method which uses climatological temperature classes to group the individual anomalies. Linear trends in the data-rich period between 1960 and 1990 calculated separately from these two independent data sets confirm that global SST warmed at a rate of approximately 0.10$\sp\circ$C decade$\sp{-1}$ in that period. The results of this study also verify regional trends such as cooling in the North Atlantic and generally larger warming in the Southern Hemisphere. This study also reveals that trends in the recent, well-sampled pe

This thesis is concerned with the earthquake response of light equipment in structures. The motion of the ground during an earthquake is represented as a stochastic process in order to reflect uncertainty in the prediction of such motion. A number of different stochastic earthquake models are considered, and analytical methods are described for these models. The response of equipment in a structure to stochastic ground motion is derived, in the case of a single-degree-of-freedom secondary system (equipment) attached to a single-degree-of-freedom structure. The distribution of the envelope of the secondary system displacement is obtained for general transient ground motion. Closed form expressions are computed for the transient response to stationary ground motion. The effect of the interaction of equipment with the structure is described by the introduction of an equivalent non-interacting system. However, this method applies only to classically damped systems. The results are applied in a simple way to the problem of the computation of floor spectra. It is found that the ground spectrum is amplified in a simple way, except near resonance, where special considerations must be addressed.

This thesis is concerned with the earthquake response of light equipment in structures. The motion of the ground during an earthquake is represented as a stochastic process in order to reflect uncertainty in the prediction of such motion. A number of different stochastic earthquake models are considered, and analytical methods are described for these models. The response of equipment in a structure to stochastic ground motion is derived, in the case of a single-degree-of-freedom secondary system (equipment) attached to a single-degree-of-freedom structure. The distribution of the envelope of the secondary system displacement is obtained for general transient ground motion. Closed form expressions are computed for the transient response to stationary ground motion. The effect of the interaction of equipment with the structure is described by the introduction of an equivalent non-interacting system. However, this method applies only to classically damped systems. The results are applied in a simple way to the problem of the computation of floor spectra. It is found that the ground spectrum is amplified in a simple way, except near resonance, where special considerations must be addressed.

This thesis is concerned with the earthquake response of light equipment in structures. The motion of the ground during an earthquake is represented as a stochastic process in order to reflect uncertainty in the prediction of such motion. A number of different stochastic earthquake models are considered, and analytical methods are described for these models. The response of equipment in a structure to stochastic ground motion is derived, in the case of a single-degree-of-freedom secondary system (equipment) attached to a single-degree-of-freedom structure. The distribution of the envelope of the secondary system displacement is obtained for general transient ground motion. Closed form expressions are computed for the transient response to stationary ground motion. The effect of the interaction of equipment with the structure is described by the introduction of an equivalent non-interacting system. However, this method applies only to classically damped systems. The results are applied in a simple way to the problem of the computation of floor spectra. It is found that the ground spectrum is amplified in a simple way, except near resonance, where special considerations must be addressed.

It was suggested that many important characteristics of a bunched relativistic electron beam might be determined by monitoring the Cerenkov radiation produced as the beam passes through or very close to a dielectric medium. This report describes an effort to produce stimulated Cerenkov radiation (SCR) in a dielectric slab using a bunched beam of 100 MEV electrons from a linear accelerator. Although the method used displayed only limited success, the results were consistent with previous work and further confirmed the basic ideas regarding SCR production. In conjunction with the experimental work performed, an analysis was conducted concerning the manner in which various electron charge distributions which might be used to describe how the electron bunches affect the Cerenkov radiation emitted by the beam. In principle, the results imply that proper monitoring of the Cerenkov radiation from a beam should allow one to deduce the total bunch charge and charge distribution.

This thesis is concerned with the earthquake response of light equipment in structures. The motion of the ground during an earthquake is represented as a stochastic process in order to reflect uncertainty in the prediction of such motion. A number of different stochastic earthquake models are considered, and analytical methods are described for these models. The response of equipment in a structure to stochastic ground motion is derived, in the case of a single-degree-of-freedom secondary system (equipment) attached to a single-dogree-of-freedom structure. The distribution of the envelope of the secondary system displacement is obtained for general transient ground motion. Closed form expressions are computed for the transient response to stationary ground motion. The effect of the interaction of equipment with the structure is described by the introduction of an equivalent non-interacting system. However, this method applies only to classically damped systems. The results are applied in a simple way to the problem of the computation of floor spectra. It is found that the ground spectrum is amplified in a simple way, except near resonance, where special considerations Must be addressed.

Hydraulic ram is the physical production of pressure wave wall loadings due to projectile penetration and their effect on a fuel cell. Facilities were designed and testing conducted in preparation for investigation of the hydraulic ram phenomenon. A ballistic range was designed that yielded projectile velocity and flight attitude information before and after wall penetration. Wall specimens of a single thickness were impacted by a range of projectile sizes, weights, shapes, and velocities. This yielded the energy absorbed by the wall without fluid damping.

Contient : Marcel Proust. Lettres à ; ALBARET (Odilon) ; ASTRUC (Gabriel) ; CRÉDIT INDUSTRIEL (Directeur d'agence) ; GUYOT (Yves) ; HENRAUX (Albert) ; NAHMIAS (Albert) ; VALLETTE (Alfred) ; Fragments divers non identifiés ; Marcel Proust. Lettres reçues de ; AGOSTINELLI (Eugène) ; AMIS (LES) DES LETTRES FRANCAISES ; ASTRUC (Gabriel) ; BARRÈS (Maurice) ; BERGSON (Henri) ; BOIS (Élie-Joseph) ; BUDRY (Paul) ; DAUDET (Léon) ; DELUBAC (A) ; DREYFUS (Robert) ; DUMESNIL (René) ; DUVERNOIS (Henri) ; FLERS (Robert de) ; GALLIMARD (Gaston) ; GARCIA CALDERON (Ventura) ; HOPILLIART ET LEROY ; LEGRIX (François) ; LORULOT (André) ; MARTIN-CHAUFFIER (Louis) ; MAYER (W) ; MONTGOMERY (Alberta V) ; MORAND (Paul) ; NAHMIAS (Albert) ; PIERRE-QUINT (Léon) ; POREL (Jacques) ; PORTO-RICHE (Mme Georges de) ; RIMESTAD (Christian) ; ROCHE (Jules) ; SCHIFF (Sydney) ; SCHIFF (Mme Sydney) ; SCOTT MONCRIEFF (Charles Kenneth) ; SERT (José Maria) ; SOREL (Albert-Emile) ; STRAUS (Mme Emile) ; VETTARD (Camille) ; Documentation et papiers divers de Marcel Proust ; Henri ROCHAT, note sur « Anacoluthe » ; Notes d'une main non identifiée sur la Bibliotheca historica du P. Lelong et sur la Gallia Christiana ; Notes d'une main non identifiée sur des monuments et des objets du Moyen-Age ; IRAN, quotidien, n°714 ; 13 avril 1890 ; L'Autre, moralité en un acte, programme ; Couverture de Sully Prudhomme, Poésies, 1872-1878 ; Liste dactylographiée des membres du jury Goncourt [1919] ; 2 photographies d'amis : au f. 230, Reynaldo Hahn ; au f. 231, Madeleine Lemaire ; Articles critiques sur la Recherche ; Lucio D'AMBRA, « Du côté de chez Swann », dans La Rassegna contemporanea, 10 décembre 1913. Dactylographie incomplète et copie par Céleste ALBARET ; J. GAHIER, « Deux romans », dans Nouvelliste de Reims, 18 juillet 1921 ; Edmond JALOUX, articles sur « A l'ombre des jeunes filles en fleurs » dans El Año literario (1919) ; Christian RIMESTAD, « En ny fransk Kaempe-roman » dans Politiken « s Kronik ; Dossier Jeanne, Numérisation effectuée à partir d'un document original : NAF 27352., Numérisation effectuée à partir d'un document de substitution : R 176685.

Contient : Marcel Proust. Lettres à ; ALBARET (Odilon) ; ASTRUC (Gabriel) ; CRÉDIT INDUSTRIEL (Directeur d'agence) ; GUYOT (Yves) ; HENRAUX (Albert) ; NAHMIAS (Albert) ; VALLETTE (Alfred) ; Fragments divers non identifiés ; Marcel Proust. Lettres reçues de ; AGOSTINELLI (Eugène) ; AMIS (LES) DES LETTRES FRANCAISES ; ASTRUC (Gabriel) ; BARRÈS (Maurice) ; BERGSON (Henri) ; BOIS (Élie-Joseph) ; BUDRY (Paul) ; DAUDET (Léon) ; DELUBAC (A) ; DREYFUS (Robert) ; DUMESNIL (René) ; DUVERNOIS (Henri) ; FLERS (Robert de) ; GALLIMARD (Gaston) ; GARCIA CALDERON (Ventura) ; HOPILLIART ET LEROY ; LEGRIX (François) ; LORULOT (André) ; MARTIN-CHAUFFIER (Louis) ; MAYER (W) ; MONTGOMERY (Alberta V) ; MORAND (Paul) ; NAHMIAS (Albert) ; PIERRE-QUINT (Léon) ; POREL (Jacques) ; PORTO-RICHE (Mme Georges de) ; RIMESTAD (Christian) ; ROCHE (Jules) ; SCHIFF (Sydney) ; SCHIFF (Mme Sydney) ; SCOTT MONCRIEFF (Charles Kenneth) ; SERT (José Maria) ; SOREL (Albert-Emile) ; STRAUS (Mme Emile) ; VETTARD (Camille) ; Documentation et papiers divers de Marcel Proust ; Henri ROCHAT, note sur « Anacoluthe » ; Notes d'une main non identifiée sur la Bibliotheca historica du P. Lelong et sur la Gallia Christiana ; Notes d'une main non identifiée sur des monuments et des objets du Moyen-Age ; IRAN, quotidien, n°714 ; 13 avril 1890 ; L'Autre, moralité en un acte, programme ; Couverture de Sully Prudhomme, Poésies, 1872-1878 ; Liste dactylographiée des membres du jury Goncourt [1919] ; 2 photographies d'amis : au f. 230, Reynaldo Hahn ; au f. 231, Madeleine Lemaire ; Articles critiques sur la Recherche ; Lucio D'AMBRA, « Du côté de chez Swann », dans La Rassegna contemporanea, 10 décembre 1913. Dactylographie incomplète et copie par Céleste ALBARET ; J. GAHIER, « Deux romans », dans Nouvelliste de Reims, 18 juillet 1921 ; Edmond JALOUX, articles sur « A l'ombre des jeunes filles en fleurs » dans El Año literario (1919) ; Christian RIMESTAD, « En ny fransk Kaempe-roman » dans Politiken « s Kronik ; Dossier Jeanne, Numérisation effectuée à partir d'un document original : NAF 27352., Numérisation effectuée à partir d'un document de substitution : R 176685.