Grandfather's chair : true stories from history /

Mode of access: Internet.

The Philadelphia and Reading railroad company. Verbatim report of proceedings at a meeting of share & bondholders, held at the Cannon Street hotel, London, E.C., Friday, April 21st, 1882. Mr. Franklin B. Gowen, president, in the chair.

Mode of access: Internet.

Making the governance of public bodies work : chair-chief executive relationships in practice

The authors gratefully acknowledge a grant from the British Academy (SG10591) and an award from the University of Aberdeen Knowledge Exchange and Transfer Fund.

Making the governance of public bodies work : chair-chief executive relationships in practice

The authors gratefully acknowledge a grant from the British Academy (SG10591) and an award from the University of Aberdeen Knowledge Exchange and Transfer Fund.

Esther Peterson, Executive Vice Chair of Women's Bureau in Washington, D.C. since 1920, speaks at U.S. department of Labor Conference in NYC

General note: Title and date provided by Bettye Lane.

U.S. Department of Labor conference in NYC. Dorothy Height (left), original member of Women's bureau in Washington, D.C. and Esther Peterson, Executive Vice Chair of Women's Bureau since 1920

General note: Title and date provided by Bettye Lane.

Session organiser/chair: The architecture of coal and other energies

Coal ignited the industrial revolution. An organic sedimentary rock that energized the globe, transforming cities, landscapes and societies for generations, the importance of ‘King Coal’ to the development and consolidation of modernity has been well-recognised. And yet, as a critical factor in the production of modern architecture, coal—as well as other forms of energy—has been mostly overlooked.

From Appalachia to Lanarkshire, from the pits of northern France, Belgium and the Ruhr valley, to the monumental opencast excavations of Russia, China, Africa and Australia, mining operations have altered the immediate social and physical landscapes of coal-rich areas. But in contrast to its own underground conditions of production, the winning of coal, especially in the twentieth-century, has produced conspicuously enlightened and humane approaches to architecture and urbanism. In the twentieth century, educational buildings, holiday camps, hospitals, swimming pools, convalescent homes and housing prevailed alongside model collieries in mining settlements and areas connected to them. In 1930s Britain, pit head baths—funded by a levy on each ton produced—were often built in the International Style. Many won praise for architectural merit, appearing in Nicholas Pevsner’s guides to the buildings of England alongside cathedrals, village manors and Masonic halls as testimonies to the public good.

The deep relationships between coal and modernity, and the expressions of architecture it has articulated, in the collieries from which it was hewn, the landscape and towns it shaped, and the power stations and other infrastructure where it was used, offer innumerable opportunities to explore how coal produced architectures which embodied and expressed both social and technological conditions. While proposals on coal are preferred, we also welcome papers that interrogate the complexity, heterogeneity and hybridity of other forms of energy production and how these have also interceded into architectural form at a range of scales.

Memorandum of Understanding between Universidad de Cuenca and Chair of Hydroinformatics of the UNESCO-IHE Institute for Water Education Delft, The Netherlands on Collaboration in Education and Research

English

Sintesi e caratterizzazione di batterie tipo rocking chair basate sugli analoghi del blu di Prussia

La rapida espansione del mercato delle batterie incalza lo sviluppo di materiali elettrodici basati su elementi largamente disponibili sulla crosta terrestre, rispettosi dell'ambiente ed economicamente sostenibili. Nel presente elaborato si effettua lo studio di elettrodi basati sugli analoghi del blu di Prussia (PBA) come una classe di composti inorganici che presenta diverse proprietà elettrochimiche adatte per applicazioni legate all’energy storage. A tal riguardo, la sintesi del PBA ferro esacianocobaltato (FeHCC) è stata effettuata mediante un metodo di coprecipitazione semplice e poco costoso. L’utilizzo di tecniche analitiche quali XAS, PXRD, MP-AES e TGA ha permesso di ricavare la composizione del ferro esacianocobaltato, dell'esacianoferrato di titanio e del manganese esacianoferrato nonché diverse informazioni di carattere strutturale. In seguito, le prestazioni elettrochimiche degli elettrodi sono state valutate mediante voltammetria ciclica, utilizzando come agenti intercalanti gli ioni K+ e Na+ contenuti nel relativo elettrolita acquoso.Infine, grazie ai dati così ottenuti, è stato possibile assemblare e testare diversi layout di coin cell in configurazione rocking chair completamente basate su elettrodi PBA; anche in questo caso, la voltammetria ciclica e le tecniche galvanostatiche sono state utilizzate per valutare le prestazioni elettrochimiche e raccogliere informazioni sulla capacità gravimetrica ottenibile da questi dispositivi.

ALT 2017 Trustee and Vice-Chair Nomination Form and AGM Calling Notice

The calling notice for the ALT 2017 AGM to be held on 6 September 2017, and the nomination form for: 1) Vice-Chair of the Association (who becomes Chair, then President in successive years) to serve three years; 2) Trustees to serve three years (two vacancies). All nominations should be marked "Nominations" and sent to arrive by Friday 9 June 2017. Items may be submitted by post, to Maren Deepwell, Chief Executive, ALT, Gipsy Lane, Headington, Oxford OX3 0BP, UK, or email to maren.deepwell@alt.ac.uk.

Blue Whale Chair: una seduta multifunzionale adattabile a diverse posizioni

L’obiettivo principale di questo lavoro di tesi è la progettazione dinamica e la modellazione 3D di una sedia (Blue Whale Chair) multifunzionale adattabile a diverse posizioni. Il progetto nasce da una ricerca specifica sulla postura tradizionale orientale, attraverso un viaggio nell'antico Giappone e nell'antica Cina, evidenziando gli aspetti positivi e negativi della fisiologia posturale. Prendendo spunto dagli aspetti positivi, è stato rielaborato un modello moderno e, attraverso un’opportuna modellazione, sono stati migliorati gli aspetti negativi. Nell'elaborato, inoltre, viene approfondito l'aspetto culturale che a sua volta ha influenzato tali posizioni. A chiosa, vengono studiati in maniera dettagliata alcuni casi studio più emblematici che possono essere utilizzati per lo sviluppo del concept e del design del prodotto. Il design della sedia ricorda la coda di una balena azzurra e il nome del progetto deriva proprio da questa caratteristica. Blue Whale Chair è una sedia che può assumere quattro posizioni con diverse utilità. Infatti, grazie alla sua maneggevolezza, alla sua struttura e ad una corretta progettazione, può essere utilizzata con duplice funzione: sia da tavolo che da sedia. I vari componenti della sedia sono stati progettati in modo tale da risultare regolabili, affinché le persone con diversa statura siano in grado di stare nella posizione più appropriata possibile rispetto alla propria fisiologia.

The Conformational Analysis Of 2-halocyclooctanones.

The establishment of the most stable structures of eight membered rings is a challenging task to the field of conformational analysis. In this work, a series of 2-halocyclooctanones were synthesized (including fluorine, chlorine, bromine and iodine derivatives) and submitted to conformational studies using a combination of theoretical calculation and infrared spectroscopy. For each compound, four conformations were identified as the most important ones. These conformations are derived from the chair-boat conformation of cyclooctanone. The pseudo-equatorial (with respect to the halogen) conformer is preferred in vacuum and in low polarity solvents for chlorine, bromine and iodine derivatives. For 2-fluorocyclooctanone, the preferred conformation in vacuum is pseudo-axial. In acetonitrile, the pseudo-axial conformer becomes the most stable for the chlorine derivative. According to NBO calculations, the conformational preference is not dictated by electron delocalization, but by classical electrostatic repulsions.