05179nam 2200649Ia 450 991064344640332120230213211443.01-282-30674-X97866123067470-470-18679-80-470-18829-4(CKB)1000000000376537(EBL)469485(OCoLC)814414716(SSID)ssj0000336453(PQKBManifestationID)11929272(PQKBTitleCode)TC0000336453(PQKBWorkID)10279735(PQKB)10547141(MiAaPQ)EBC469485(EXLCZ)99100000000037653719840208d1964 uy 0engur|n|---|||||txtccrThe cyanine dyes and related compounds[electronic resource] /Frances M. Hamer99th ed.New York Interscience19641 online resource (830 p.)The chemistry of heterocyclic compounds, a series of monographs ;v. 18Description based upon print version of record.0-470-38181-7 Includes bibliographies.THE CYANINE DYES AND RELATED COMPOUNDS; Contents; I. Mainly Introductory; 1. The Connection of the Cyanines with Photography; 2. The Chemistry of the First Sixty-Three Years (up to 1919); 3. Establishment of the Constitution of the Typical Cyanines Known in 1920; A. The Constitution of Isocyanine; B. The Constitution of Cyanine; C. The Constitution of Pinacyanol; D. The Constitution of Cyanines of the Benzothiazole Series; E. Preparation of Unsymmetrical Methincyanines; F. The Constitution of Kryptocyanine; G. The Constitution of Dicyanine; H. The Constitution of the ApocyaninesI. Summary, and Some Developments4. Definition and Nomenclature; 5. Cyanines in which the Nuclei are Directly Linked (Apocyanines); A. General; B. Preparation and Properties; C. Nomenclature; II Methincyanines; 1. 4'-Cyanine Condensation (Involving Elimination of HX + Ha); A. General; B. 4,4'-Cyanines; C. 2,4'-Cyanines; D. Thia-4'-, Oxa-4'-, and Selena-4'-cyanines; E. Thizolo-4'- and Thiazolino-4'-cyanines; F. Thiacyanines; 2. ψ-Cyanine Condensation (Involving Reactive I, CI, CN, or SO3R, and Elimination of 2HX); A. General; B. 2,2'-Cyanines; C. 2,4'-CyaninesD. Thia-4'- and Selena-4'-cyaninesE. Indo-2'-cyanines; F. Thia-2'-, Oxa-2'-, and Selena-2'-cyanines; G. Thiazolo-a'-. Thiazolino-Z'-. Ox&olo-2'-. and Selenazolo-2'- cyanines; H. 2-Pyrido-2'-, 2-Pyrido4'-, 4-Pyrido.2'-, and 4-Pyrido-4'- cyanines; I. 2-Pyridothia- and Oxa-2'-pyrido-cyanines; J. 2.2'-, 2.4'-, and 4.4'- Pyridocyanines; K. Thiazolo-2'-, Thiazolino-2'-, Oxazolo-2'-, and Selenazolo-2'- pyridocyanines; L. Thiacyanines; 3. Nitrite Method; A. General; B. Indocyanines and Intermediate Compounds; C. Thiacyanines; D. Oxa- and Selena-cyanines; 4. Alkyl- or Aryl-thio Method; A. GeneralB. 2,2'- and 2,4'-CyaninesC. Thia-4'- and Oxa-4'-cyanines; D. Indo-2'-cyanines; E. Thia-2'- Oxa-2'-, and Selena-2'-cyanines; F. Thiazolo-2'-, Thiazolino-2'- and Oxazolo-2'-cyanines; G. 2-Pyrido-2'- and 4-Pyrido-4'-cyanines; H. Oxa-2'-pyrido- and 2-Pyridothia-cyanines; I. 4,4 '-Pyridocyanines; J. Thiazolo-2'- and Thiazolino-2'-pyridocyanines; K. Thia-, Oxa-, Oxathia- and Selenathia-cyanines; L. Indoxa- and Indothia-cyanines; M. Oxaoxazolo-, Oxathiamlo-, Oxazolothia-, and Thiathiazolo- cyanines; N. Oxazolo-, Thiazolo-, and Oxazolothiazolocyanines; 5. Condensations Depending on Reactive : N . RA. GeneralB. Thia-2'cyanines; C. Thiacyanines; 6. Other Methods; A. Use of Grignard Reagent for Thiacyanines; B. Use of Ethyl Malonate for Synthesising Thiacyanines; C. Disulphide Method for Thia-, Thia-2'-, Thia-4'-, 2-Pyridothia-, and Thiathiazolo-cyanines; D. Malonic Acid Method for 2,2'-, Thia-, Oxa-, and Thiazolo- cyanines; E. 4,4'-Cyanine by Cleavage of 4,4'-Carbocyanine with Lepidine Ethiodide; F. Thia-, Oxa-, and Selena-cyanines by Reaction of a Quaternary Salt, Having a Methylthio-Group, with Acetic Anhydride; III . Methincyanines with Substituents on the Chain; A. GeneralB. 2,2'-CyaninesChemistry of Heterocyclic Compounds publishes articles, letters to the Editor, reviews, and minireviews on the synthesis, structure, reactivity, and biological activity of heterocyclic compounds including natural products. The journal covers investigations in heterocyclic chemistry taking place in scientific centers of all over the world, including extensively the scientific institutions in Russia, Ukraine, Latvia, Lithuania and Belarus.Chemistry of heterocyclic compounds ;v. 18.CyaninesDyes and dyeingChemistryCyanines.Dyes and dyeingChemistry.547/.59/05667.25Hamer Frances M1275227MiAaPQMiAaPQMiAaPQBOOK9910643446403321The cyanine dyes and related compounds3004706UNINA07126nam 2200637 450 991081589800332120221116002851.03-0356-0865-210.1515/9783035608656(CKB)3710000000718412(MiAaPQ)EBC4533878(DE-B1597)466014(OCoLC)1013961185(OCoLC)958055281(DE-B1597)9783035608656(Au-PeEL)EBL4533878(CaPaEBR)ebr11214965(CaONFJC)MIL927217(OCoLC)951223215(PPN)249763575(EXLCZ)99371000000071841220160620h20162016 uy 0engurcnu||||||||rdacontentrdamediardacarrierBuilding with bamboo design and technology of a sustainable architecture /Gernot Minke ; translation into English, Joy K. Henderson ; graphic design, David Lorente ; production, Amelie SolbrigSecond and revised editionBasel, Switzerland :Birkhäuser,2016.©20161 online resource (160 pages) color illustrations, tables, photographs3-0356-0866-0 3-0356-1024-X Includes bibliographical references.Frontmatter --Inhalt --I. The Technology of Bamboo Building --1. Historical Examples --2. The Plant --3. Cutting, Drying, Treatment and Storage --4. Physical Properties --5. Building with Bamboo in Europe and North America --6. General Aspects of Construction --7. Basic Construction Elements --8. Tools and Their Uses --9. Joints --10. Constructive Elements and Systems --11. Complementary Elements --12. Reinforcing with Bamboo --II. Built Examples --Residences --Low Energy Bamboo House, Rotselaar, Belgium /Van Impe, Peter --Stepped House in El Darién, Valle, Colombia /Guerrero, Mónica / Benavides, Daniel --Colibrí House, Cali, Colombia /Moreno, Juan Carlos / Guerrero, Mónica / Ríos, Luis Carlos --Blooming Bamboo Home, Cau Dien Town, Hanoi, Vietnam /Ha, Doan Thanh / Phuong, Tran Ngoc --Guesthouse in Ubud, Bali, Indonesia /Stamm, Jörg --House in Cochahaira Village, Boyacá, Colombia /Ospina, Clara Ángel --House in Sadhrana, Haryana, India /Sachdeva, Pradeep --Casa Cohuatichan, Cuetzalan, Mexico /Cervantes, Ricardo Leyva --Prefabricated Bamboo Houses in Hawaii /Sands, David --Cultural, Educational and Sacral Buildings --Son La Restaurant, Son La, Vietnam /Nghia, Vo Trong / Hai, Vu Van --Green School in Sibajang Kaja Badung, Bali, Indonesia /Landwehr, Aldo / Bambú, P.T. --Kindergarten and Community Centre, Naiju, Japan /Yoh, Hamura Shoei --School in Rudrapur, Bangla Desh /Heringer, Anna / Roswag, Eike --Naman Beach Bar, Danang, Vietnam /Nghia, Vo Trong --Washrooms, La Selva, Spain /Barbeta, Gabriel / Navarrete, Esteve --Temporary Church in Pereira, Risaralda, Colombia /Vélez, Simón --Nomadic Museum, Mexico City, Mexico /Vélez, Simón --Offices; Industrial and Infrastructural Buildings --Tollgate, Pereira, Colombia /Hosie, Simón --Jewellery Factory in Ubud, Bali, Indonesia /Stamm, Jörg --Multi-Storey Car Park Façade, Leipzig, Germany /Heise, Gerd --Office Building, Darmstadt, Germany /Körner, Susanne / Schäberle, Tilman --Pavilions and Experimental Structures --Pavilion, Vergiate, Italy /Chioretto, Valeria / Baulin, Neri --ZERI Pavilion, EXPO 2000, Hanover, Germany /Vélez, Simón / Villegas, Marcelo --Pavilions for the "German Esplanade", Chongquing, Guangzhou, Shenyang and Wuhan, China /Heinsdorff, Markus --Indian Pavilion, EXPO 2010, Shanghai, China /Sachdeva, Pradeep / Vélez, Simón --Vietnamese Pavilion, EXPO 2010, Shanghai, China --German-Chinese House, EXPO 2010, Shanghai, China --Sculptures for MERAN FLORA 2004, Meran, Italy /Schmidt, Werner --Restaurant Roof, Coburg, Germany /Stübbe, Auwi --Exposition Roof, Cologne, Germany /Stübbe, Auwi --Bridges --Footbridge, Santa Fe de Antioquia, Colombia /Stamm, Jörg / Sanz, Juan Carlos --Bridge in Cúcuta, Norte de Santander, Colombia /Stamm, Jörg / Pino, Xavier --Appendix --Bibliography --Associations, Journals --About the Author Acknowledgements --Illustration Credits --ColophonAlthough traditionally a building material of the warmer climate zones, bamboo is becoming increasingly popular amongst architects in the northern hemisphere; bamboo has several advantages - it is very stable, of low weight, and highly elastic, in addition to being readily available as well as renewable. The applications of bamboo in architecture have become significantly wider and diversified, so that today, even structures with large spans - such as bridges - are built with this material. The new and revised second edition of this manual provides a practical, systematic overview of the numerous potential applications and processing methods of this renewable material. The comprehensive presentation of groundbreaking bamboo buildings has been updated with more recent projects.Ein traditionelles Baumaterial der warmen Klimazonen Asiens und Lateinamerikas, erfreut sich Bambus eines wachsenden Interesses unter Architekten der nördlichen Hemisphäre: Bambus hat nicht nur ein geringes Gewicht bei großer Stabilität und ist ausgesprochen elastisch, sondern zeichnet sich auch durch Eigenschaften aus, die in Zeiten schwindender Ressourcen besonders gefragt sind: das Material ist reichlich verfügbar und zudem erneuerbar. Die Anwendungsbereiche von Bambus in der Architektur haben sich erheblich erweitert und diversifiziert, so dass heute sogar weitgespannte Konstruktionen wie Brücken daraus gebaut werden. Von diesen technischen und ästhetischen Möglichkeiten beeindruckt, nutzen auch Architekten in Europa, Nordamerika und Japan Bambus für vielfältige Bauaufgaben. In den letzten Jahren sind unter anderem private Wohnhäuser und Ausstellungspavillons aus Bambus entstanden, Überdachungen und sogar Schul- und Museumsgebäude. Die neue und überarbeitete 2. Auflage dieses Handbuchs bietet einen praxisorientierten systematischen Überblick über die zahlreichen Einsatzmöglichkeiten und Verarbeitungstechniken dieses nachwachsenden Materials. Die umfangreiche Präsentation von Bambusbauten wurde durch neuere Projekte aktualisiert.Bamboo constructionPictorial worksSustainable architecturePictorial worksBambooUtilizationPictorial worksBamboo constructionSustainable architectureBambooUtilization624.1897Minke Gernot11453Henderson Joy K.Lorente y Fernández DavidSolbrig AmelieMiAaPQMiAaPQMiAaPQBOOK9910815898003321Building with bamboo3962266UNINA