Otto Vogl

Otto Vogl

Otto Vogl, circa 2000
Born (1927-11-06)November 6, 1927
Traiskirchen, Austria
Died April 27, 2013 (2013-04-28) (aged 85)
Residence Amherst, Massachusetts, United States
Nationality American
Fields Polymer Science
Institutions University of Vienna, University of Massachusetts Amherst, Polytechnic University, Brooklyn

Otto Vogl (November 6, 1927 – April 27, 2013) was an American chemist, polymer scientist, and educator.[1]

Life and work

Otto Vogl was the Herman F. Mark Professor Emeritus of the Polytechnic Institute of New York University, and Professor Emeritus of the University of Massachusetts Amherst. He is noted[2] for his work on the polymerization of higher aldehydes[3][4] and the importance of the ceiling temperature of polymerization,[5][6] His other contributions were in functional polymers,[7] polymeric drugs,[8][9] polymeric stabilizers,[10] macromolecular asymmetry,[11][12] the single helix,[13][14] chirality[15] and chiral crystallization,[16] and the chemistry of oriental lacquers.[17] Vogl was the chairman of the American Chemical Society Division of Polymer Chemistry and the president of the Pacific Polymer Federation.[18] He was a foreign member of the Royal Swedish Academy of Sciences. He was on the editorial board of virtually every polymer related journal and was for years the editor-in-chief of Progress in Polymer Science, the international review journal.

Vogl was born in Traiskirchen, Austria, near Vienna. He attended the local elementary school and the Realgymnasium in Baden bei Wien. In 1945, Vogl began his studies in chemistry at the University of Vienna. His doctoral thesis, on steroids, was carried out under the guidance of Professor Friedrich Galinovsky. He obtained his PhD in April 1950.

In October 1948, Vogl was appointed an instructor at the II. Chemical Institute of the University of Vienna. He left for the United States in 1953. He spent three years as a postdoctoral research associate at the University of Michigan (1953–1955) and Princeton University (1955–1956). He spent the years 1956-1970 at E. I. du Pont de Nemours & Co..

In 1970, Vogl was appointed professor in the new program of polymer science and engineering at the University of Massachusetts Amherst. At the beginning of 1983, he accepted the newly created position of Herman F. Mark Chair of Polymer Science at Polytechnic University. In 1996 he retired, and returned to the University of Massachusetts.[19][20]

In addition to his scientific activities, Vogl was a dedicated philatelist. He had a considerable collection of stamps, mainly from Austria and Japan. His Austrian collection provided a link to his native country. The Austrian Philatelic Magazine Die Briefmarke[21] dedicated a voluminous article to Prof. Vogl in 2008.[22] The City Museum Traiskirchen ordered a special edition of stamps from the Austrian post office with Vogl's picture on it; the edition was only produced in 200 pieces. Also, his strong interests in the arts[23][24](he collaborated with the Metropolitan Museum in New York) may have helped to create the notion of a radiant uniqueness that turns persons into personalities.

Vogl died at home in Amherst, Massachusetts, on April 27, 2013, and was buried in Wildwood Cemetery. He was survived by his wife Jane C. Vogl, their son Eric Vogl of Houston, Texas, and their daughter Yvonne of New York, as well as by eight grandchildren, one great-granddaughter, and one great grandson.[25]

Otto Vogl was a well-known polymer pioneer who contributed to the health and vitality of polymers in several major ways. First, he contributed to the science of polymers as already noted. Second, he served effectively as an ambassador for science and for polymers to the world. Along with the "feel good" aspect, he made valuable connections with senior scientists, allowing an international exchange of ideas and approaches.

Publications

Otto Vogl published his extensive scientific research in a number of professional journals, among them the Journal of the American Chemical Society, the Journal of Polymer Science Part A, the Journal of Macromolecular Scienceand some science-related articles in the "popular" journal Polymer News. He was on many editorial boards and was for many years editor-in-chief[26] of Progress in Polymer Science.

Honors and awards

Membership in academies of sciences

Academy of Sciences, Austria[27]
New York Academy of Sciences
Berlin-Brandenburgische Academy of Sciences, Berlin, Germany (1985–92)[28]
The Royal Swedish Academy of Sciences, Stockholm, Sweden[29]

Honorary doctoral degrees

1983 Dr. rer. nat., honoris causa, University of Jena, Germany
1992 Dr. honoris causa, Polytechnic Institute of Iasi, Romania
1996 Dr. honoris causa, Osaka University, Japan,[30]
2000 Golden Dr. Phil, University of Vienna[31]
2001 Dr. Sc. honoris causa. Academy of Sciences, Slovak Republic[32]
2005 Dr. mountain. Science, honoris causa, University of Leoben, Austria[33]

Honorary memberships in societies

1993 Slovak Chemical Society, Bratislava, Slovak Republic,[34][35]
1996 Society of Plastics and Rubber Engineers, Zagreb, Croatia[36]
1999 Austrian Chemical Society, Vienna, Austria[37]
2004 Society of Polymer Science, Japan[38][39]

Guest professorships

1971, 2000 Royal Institute of Technology, Sweden, Department of Polymer Technology[40]
1973 University of Freiburg, Germany, Institute of Macromolecular Chemistry[41]
1982 Technical University Dresden, Germany, Department of Chemistry
1984 Wuhan University, Wuhan, China[42]
1984 East China Normal University, Shanghai, China[43]
1996 Monbusho Professor,[44] Kyoto Institute of Technology[45]

Awards

Medals

Professional activities

Professional societies

Early in his scientific career, Otto Vogl showed his interest and commitment to professional organizations. As a student he joined the Austrian Chemical Society[37] on May 15, 1948,[52] and attended his first national meeting later in the year in Linz, where he heard Giulio Natta as the plenary lecturer. He attended the first international meeting in 1950 in Graz.

In the US he joined the American Chemical Society (ACS) in 1954, attended his first national meeting (the 125th)[53] there in Kansas City, and presented his first lecture, which was on alkaloids. For the rest of his career, he was committed to serve the ACS and its Division of Polymer Chemistry in various capacities. He was the chairman of the Polymer Division and the chairman of the Connecticut Valley Section in 1974.

He began as the treasurer of the Polymer Division of the Delaware Section[54] in 1967 and became the chairman of the Awards Committee of the section the year later.

In 1985 Vogl obtained the Chemical Pioneer Award[55] of the American Institute of Chemists (with Alan Hay)[56] and became thereafter the chairman of the Awards Committee. After two years he was asked to run for the presidency of AICh. He lost by a very narrow margin.

ACS Division of Polymer Chemistry

In 1967, Chairman-Elect Jack Elliott[57] of the ACS Division of Polymer Chemistry (POLY) invited him to attend the executive committee[58] meeting as a guest and Vogl was appointed as a member of the Program Committee.[59] The next year the newly appointed chairman of the Membership Committee[60] Jesse Hwa[57] appointed him as the subcommittee Chairman for International Membership.[61] In this capacity Vogl increased the membership from 180 to 520.

When the position of the treasurer[58] became available, theChairman Elliott appointed Vogl treasurer. He was later elected for a second term. Vogl reorganized the treasury and controlled spending and administration. During this period, the incorporation of the Polymer Division was also accomplished.

At Elliott’s initiative and with the support of Jesse Hwa and Otto Vogl, they devised what is now known the grid system of administering the growing division. This group, which Vogl called the triumvirate, provided for 8 years much vision and leadership and transformed the informal working group in the early era of the division into a modern functioning organization. It was based on a close personal and working relationship among the three members.

In 1967, Vogl had proposed to Chairman-Elect Elliott to establish a carefully planned network of cooperation of POLY with (a) polymer interested Divisions of the ACS. (b) polymer organizations in the US, and (c) international organizations in the polymer field, wherein (a) led to the ACS Macromolecular Secretariat on Polymers[62] and (c) led to the Pacific Polymer Federation,[63] as well as to interactions with other polymer-related organizations in Europe.

The Secretariat for Macromolecules, later abbreviated to Macromolecular Secretariat, was formed by POLY with 4 other ACS Divisions under Elliott’s expertise, connections and skills, with Vogl on his side. Currently, the ACS has nearly 20 Secretariats[64] of cooperation. Elliott became the first general secretary in 1974 and Vogl the third. The international activities of the division required the formation of a formal establishment.

Among the major achievements of his chairmanship, Vogl established the Awards Committee[65] and the Archives Committee (which published the 25 Years of POLY history,[66] later called the Historic Committee), and had the divisional stationery redesigned.

International activities

The other notable achievement was the creation of the Foreign Affairs Committee,[61] which was headed by Vogl until 1990. The committee achieved agreements of cooperation with some European polymer organizations,[67] such as those from Italy, France, Sweden and Germany.

In the Pacific Basin area, the first step for some formal cooperation was the treaty between POLY and the Society of Polymer Science of Japan (Kambara[68] and Vogl) in 1974. Two joint conferences were held: one adjacent to the ACS meeting in Palm Springs[66] in 1979 (Tsuruta[69] and Bailey[70]) and one in Kyoto (Vogl and Saegusa[71]).[72] It became clear that purely bilateral meetings were too time consuming and a new concept had to be developed.

The next major visible achievement was the formation of Pacific Polymer Federation (PPF).[73] After several years, starting from 1984, devoted to inception, preliminary discussions, and internal approvals from each society, PPF was formally formed in 1987 by three founding organizations: POLY, the Society of Polymer Science (Japan), and the Polymer Division of Royal Australian Chemical Institute.[74][75] Two representatives of the founding organizations formed the PPF Council, with Vogl as its first president.[76] This was a very prestigious achievement for POLY and an acknowledgment of Vogl's leadership. In 1989, five new members from polymer organizations of Canada, South Korea, Malaysia, New Zealand, and the People's Republic of China were added to the council. The first major activity of the PPF was the first and very successful Pacific Polymer Conference[77] held in Maui, Hawaii in December 1989. In all these international and intersocietal activities, Vogl functioned as a de facto foreign minister managing the foreign affairs of POLY.

Conferences

From his early activities, he was interested in attending and participating in conferences, in local, regional, national, then international symposia. In his period in the Delaware Section[78] he served as vice chairman for the MARM Conference in 1968.

During his stay in Japan in 1968 he started to create (with Furukawa) the US-Japan Symposia on Polymer Chemistry.[79] The first was held in Hakone in 1972 with Furukawa and Vogl as co-chairmen.[80] The conferences continued at three-year intervals, in Pingree Park, Colorado; Osaka, Japan; Napa California; Tokyo, Japan; Sonoma, California; and Sendai, Japan. He also created the US-Romania Conferences with C.I. Simionescu;[81] first in Iasi in 1976 conferences[82] and then in Bucharest in 1983.[83] He was also responsible (with Penczek[84]) for the beginning of the Symposia on Ring-Opening Polymerization, first held in Jablona, Poland.[85]

Vogl was also involved in the organization of the Conferences on Cationic Polymerization. He acted as secretary for the meetings in Akron 1976; Ghent, Belgium; Jena, Germany;[86] Budafok, Hungary;[87] and Borovice, Bulgaria.[88] He guided the combination of these conferences to the formation of one single symposium: the Ionic Conferences (a combination of Cationic, Ring-opening and the spawning Anionic Conference). The first was held in Istanbul (1994),[89] followed by Paris (1997).[90]

Educational contributions

At the University of Massachusetts

Underscoring his commitment to research, Vogl maintained a deep and long-standing commitment to the importance of polymer science education. Starting with his academic career at the University of Massachusetts Amherst (after his early academic experience as instructor at the University of Vienna), Vogl promptly developed introductory courses in polymer chemistry, including preparatory laboratory exercises, along with advanced subjects such as studies in the degradation and stabilization of synthetic polymers and/or applied spectroscopy of synthetic polymers. As polymer science was at this point in the 1970s considered a sort of hybrid discipline without the more formal academic consideration provided to classical chemistry programs, there were few if any appropriate textbooks, adding to the task. Vogl also assumed responsibility as the graduate program coordinator for the Polymer Science Program, overlooking the development of the student body, and in 1973, Vogl was integral in promoting the acceptance of the Polymer Science Program at the University of Massachusetts Amherst as an exclusive graduate department, which to this day remains relatively unique in the world of higher education.

Over the years, Vogl’s lectures, either at the introductory or more advanced level, adopted the more basic and effective characteristics of a “chalk talk” where he lectured from memory, and where students grew accustomed to listen, copy from the blackboard, transcribe their notes and review/study. In short, Vogl did not believe in offering students brief information and instructing them to “work it out.” Over the years, Vogl’s efforts led to the graduation of 25 students at the doctoral level, overall over 100 co-workers, while actively collaborating with numerous visiting scholars and supervising a number of post-doctoral researchers.

In addition, Vogl’s academic research group structure was designed such that there were always, in general, a variety of different projects at issue. Vogl’s idea and objective was to select subjects of different varieties and by working within such multi-disciplinary areas, Vogl would ultimately have his group understand the nature of polymer chemistry problems from several vantage points. In short, Vogl elected not to work on details of research questions that could become obsolete, and Vogl’s view of research together with educational considerations informed such perspective throughout his academic career.

In Brooklyn and abroad

Vogl’s educational commitment ultimately extended to his tenure at Brooklyn Polytechnic University when appointed to the Mark Chair, (the first endowed name-chair in Polymer Science). In 1983, during his first year at Brooklyn, Vogl did not miss a step and promptly continued with the introductory courses and advanced courses he had developed in Amherst. In addition, Vogl’s dedication to polymer education extended to his worldwide visiting scholarly appointments at the Royal Institute of Technology, Sweden, Louis Pasteur University, Strasbourg, France, (where he took his only sabbatical leave); Kyoto University, Japan; Osaka University, Japan; Kyoto Institute of Technology, Japan; Universität Freiburg, Germany; Freie Universität Berlin; Technische Universität Dresden; Technical University, Warsaw; Wuhan University, China; and East China University, Shanghai.

Activities abroad

Central and Eastern Europe

Otto Vogl made great contributions to international cooperation of polymer scientists. He has a close connection with the Russian Academy of Sciences. In the period from 1970 to 1990 he was Visiting Professor and gave lectures at the Institute of Chemical Physics,[91] Institute of Petrochemical Synthesis (Topchiev Institute),[92] Institute of Elemental Organic Compounds,[93] Institute of Macromolecular Chemistry (St. Petersburg),[94] Institute of Organic Chemistry in Riga,[95] Moscow State University. He had cooperation with polymer scientists of Japan (Kyoto,[96] Osaka, Kyushu, Tokyo), China (Beijing,[97] Shanghai, Wuhan), Australia (Brisbane,[98] Melbourne)), Germany (Freiburg,[99] Berlin,[100] Dresden, Jena), Romania (Iasi)), Slovakia (Institute of Polymer Chemistry[101]), Poland (Warsaw, Lodz[102]), Slovak Academy of Sciences, Croatia (Zagreb)[103]) Austria (Graz, Vienna,[104] Leoben[33]) and other countries.

Otto Vogl's fluency in German, English, French and Italian and his knowledge of Japanese, Russian and Hungarian certainly helped to sustain his outreach to the international community.[105] in the field of Polymer Sciences[106] Particularly, he succeeds to establish a strong bridge between western and eastern so called socialistic countries, promoting the interaction between their polymer polymer scientists and polymer science organization of particular country. This was the case with Croatia. Prof. Vogl was visiting Zagreb several times at the time to discuss current problems in polymer research and future trends with the scientists at the University and other institutions. His contribution and encouragement at that time was highly appreciated. He wrote a joint paper with some Croatian scientists about polymer science and technology in Croatia, presenting the country and the history, University centers, Institutes and industrial institutes involved in polymer research, their existing facilities and research programs.[107] The second paper[108] describes in details the Croatian Symposium of Chemistry and Macromolecular Chemistry held in Zagreb, Croatia, February 1995. The Symposium was opened with a plenary lecture by Otto Vogl "Macromolecular Architecture and Design". One of the very important achievements is the Pacific Polymer Federation created in the mid 80's as an active regional organization designed to advance and benefit polymer science and technology. He acted as a first president of the organization.

Australia and Far East Asia

Australia

Professor Vogl has been affectionately called the roaming ambassador for the Polymer Division of the ACS with special responsibility for East Asia and Australia. In this role he visited Australia on several occasions and gave lectures and visited laboratories in the eastern States of Australia, at the Universities in Queensland (Brisbane),[109] the Queensland University of Technology, the Universities in Sydney[110] and Melbourne[111] and the CSIRO in Melbourne,[112] and the capital of Australia in Canberra.[113]

Vogl has done much to raise significantly the profile of Australian polymer science, especially through his leadership in the formation of the Pacific Polymer Federation. He strongly encouraged the RACI Polymer Division to become one of the three founding members of the federation. In the 1990s he wrote several topical articles for Polymer News in which he promoted Australian polymer science and scientists in Australia. In 1987 he was invited to Australia as a plenary lecturer at the APS Conference held at Phillip Island in Victoria,[114] and he was invited again in 1993 to contribute to the PPF Congress which was held at the Conrad Jupiters Hotel on the Gold Coast near Brisbane,[115] where he was awarded with the first Distinguished Service Award of the Pacific Polymer Federation. He has collaborated in scientific research with Professor Ken Ghiggino at the University of Melbourne on polymerizable and polymeric UV stabilizers[116] and was on at least on one of their thesis committees.[117] He was also on two evaluation Committees of the Australian Academy of Sciences and gracefully hosted many Australian visitors at his research laboratory.

The Polymer Group of the New Zealand Institute of Chemistry also became a Member of the PPF in 1989. Vogl visited New Zealand, the University of Auckland, as President of the PPF, and the Auckland University of Technology. He spent a week travelling throughout New Zealand.

Japan

On the occasion of attending the IUPAC Macromolecular Symposium in Prague in 1965, he was approached by Professor Seizo Okamura to consider coming to Kyoto University as an Industrial Adjunct Professor. Junji Furukawa,[118] who was then Chairman in the Department of Synthetic Chemistry appointed him for the fall semester 1968. He also lecturesd at the Toyonaka campus of Osaka University and was associated with Profs. Shunsuke Murahash[119]], and Tani. With Furukawa he created the Japan-U.S. Seminars on Polymer Synthesis; the first was held in 1974[120]]. In 1980 he spent one semester in Japan and gave short courses at Kyoto and Osaka Universities. In 1997 he was appointed for one Semester the Monbusho Professor at the Kyoto Institute of Technology and Osaka University. His outstanding contributions to and strong ties with Japanese polymer community resulted in several honors and awards from Japan (see “Honors and Awards”).

China

Vogl was one of the first polymer scientists of the US to be invited to visit the People’s Republic of China. In September 1981 the first Polymer Conference, entitled ”Functional Polymers“ was held in Kunming, Yunnan,[121][122] and he was the opening speaker. China was still not very experienced in the Sciences and Vogl was asked to visit several institutions all over China: Beijing (Institute of Chemistry), Shanghai (Fudan University, Shanghai Institute of Organic Chemistry[123]), Changchun (Institute of Applied Chemistry[124] and Chengdu to present lectures. He saw first-hand the status of Science and Life in China and 1984 he was invited by the Ministry of Education[125] to introduce Polymer Science in Wuhan University (to his lectures came people from as far away as Lanzhou and Urumchi) and East China Normal University (Shanghai). He and his wife spent at that time one month in China, including a visit to Hanzhou.They visited many exotic places that are now Tourist attractions. Subsequently, The President of Zhejiang University, Hangzhou[126] Yang Shilin spent 3 months in 1985 with Prof. Vogl in Brooklyn.

He got to know the Chinese leaders of this time in Polymer Science: Qian Renyuan,[127] Qian Baogong, Yu Tongyin,[128] Feng Xinde,[129] He Binglin[130] Wang Baoren,[131] Wang You and Wang Fosong.[132] He also developed a close working relationship with the Institute of Photo-chemistry In Beijing (Wu Shikang).[133] In his visits to China he visited other Institutions in China.[134][135][136][137][138]

Even in his first visit, contacts were made to have some scientist spend some time in his laboratory as Post Docs in Amherst and later in Brooklyn: Xi Fu and Hu Liping from Beijing, Li Shanjun and Fu Shoukuan from Shanghai, Xie S.S. from Chengdu and Zhang Jingyun from the Shanghai Institute of Organic Chemistry. Zhou Qifeng was Vogl’s first Chinese student in Amherst and Qin Meifang his last in Brooklyn. Ultimately Xi Fu became the Deputy Director of the Institute of Chemistry and a President of the Chinese Chemical Society, Fu S.K. became the Director of the Materials Institute at Fudan University, Zhang J.Y. the President of the Shanghai Academy of Science and Technology and Zhou Qifeng is now the President of Peking University, the Harvard of China. A total of 13 Chinese scientists worked in his laboratory.

Over the years Prof. Vogl became also interested in the traditional culture and Art of China, but he never learned the language.

When he was President of PPF Vogl invited the Chinese Polymer Division under Qian Reyuan to join the PPF. The later representative, Wang Fosong, Vice President of the Chinese Academy of Sciences, became President of PPF and held PPC-6[139] in Guangzhou in the fall of 1999.

References

  1. ↑ "In Memoriam Otto Vogl". Polyacs. Retrieved 26 September 2014.
  2. ↑ http://www.pse.umass.edu/ UMass, PSE, September 2009, pps. 69–71
  3. ↑ O. Vogl, Polymerization of Higher Aldehydes. J. Polym. Sci., (1960), Vol. 46, pgs 261–264
  4. ↑ Otto Vogl, Addition Polymers of Aldehydes, J. Polymer Sci., Polym. Chem. Ed, (2000), Vol. 38(13), pgs. 2293–2299
  5. ↑ O. Vogl, H.C. Miller and W.H. Sharkey, Monomer-Cast Chloral Polymers, Macromolecules, (1972),Vol. 5, pgs. 658–679.
  6. ↑ Kubisa and O. Vogl, Chloral Polymers by Cryotachensic Polymerization, Macromol. Synth., (1977),Vol. 6, pgs. 49–56
  7. ↑ D. Tirrell, D. Bailey and O. Vogl, Polymers with Ultraviolet Absorbers as Functional Groups in POLYMERIC DRUGS, G. Donaruma and O. Vogl, Ed., (1978), pgs. 77–101
  8. ↑ G. Donaruma and O. Vogl, Ed., POLYMERIC DRUGS, (1978)
  9. ↑ Otto Vogl and David Tirrell, Functional Polymers with Biologically Active Groups, J. Macromol.Sci., Chem., (1979), Vol. A13(3), pgs. 415–439
  10. ↑ Bailey and O. Vogl, Polymeric Ultraviolet Absorbers, J. Macromol. Sci., Macromol.Reviews, (1976), Vol. C14(2), pgs. 267–293
  11. ↑ Otto Vogl, Polymer Optical Activity Based on Macromolecular Asymmetry, Preprints, Japan -U.S.Polymer Symposium, Kyoto, Japan, (1985), pgs..7–8.
  12. ↑ Otto Vogl, Haloaldehyde Polymers and Macromolecular Asymmetry, J. Polym. Sci., Polym. Chem.Ed, (2000), Vol. 38(15), pgs. 2623–2624.
  13. ↑ L. S. Corley and O. Vogl, Haloaldehyde Polymers. XXI. Optically Active Polychloral, PolymerBulletin, (1980), Vol. 3, pgs. 211–217
  14. ↑ Otto Vogl, The Rigid Single Helix, Prog. Polym. Sci., (1994), Vol. 19(6), pgs. 1055–1065
  15. ↑ Thomas R. Doyle and Otto Vogl, Bromochlorofluoromethane and Deuterobromochlorofluoro-methane of High Optical Purity, J. Am. Chem. Soc., (1989), Vol. 111, p. 8510
  16. ↑ Otto Vogl, Meifang Qin, Jan Bartus and Gary D. Jaycox, Chiral Nucleation, Monatshefte Chem. (1995), Vol. 126, pgs. 67–73
  17. ↑ Otto Vogl, Oriental Lacquer, Poison Ivy and Drying Oils, J. Polymer Sci., Polym. Chem. Ed, (2000)Vol. 38(24), pgs. 4327–4335
  18. ↑ http://www.polyacs.org/46.htm
  19. ↑ Otto Vogl, My Life with Polymer Science, J. Polym. Sci., Polym. Chem. Ed. Suppl. Ed, (2004) Vol. 42(3), pgs. 795–818 doi:10.1002/pola.10932.
  20. ↑ http://works.bepress.com/otto_vogl
  21. ↑ http://www.aijp.org/AIJP_cz/News_lang.php?nr=32&Sprache=en
  22. ↑ Thomas Rieger, From Traiskirchen to Massachusetts, Die Briefmarke, 12/2008, p. 40..
  23. ↑ Progress in Pacific Polymer Science, B.C. Anderson, Y. Imanishi (eds), Springer Verlag, Polymer Science and the Arts, pps. 393–413, Berlin, Heidelberg (1991)
  24. ↑ Christopher W. McGlinchy, Lining Adhesives Used in Painting Conservation, pps 415–423, see also M.S. thesis, Polytechnic University, Brooklyn, NY, 1991
  25. ↑ http://www.umass.edu/loop/content/obituary-otto-vogl-pioneering-polymer-scientist
  26. ↑ http://www.elsevier.com/wps/.../journaleditorialboard.../editorialboard
  27. ↑ http://www.oeaw.ac.at/english/about/personen/mitglieder.html
  28. ↑ http://www.bbaw.de
  29. ↑ http://www.kva.se/KVA_Root/eng/contact/classes/technology.asp
  30. ↑ Polymer News, Vol. 22, No. 4, p.138-139
  31. ↑ http://www.univie.ac.at/
  32. ↑ www-history.mcs.st-and.ac.uk/Societies/Slovak_Academy.html
  33. 1 2 http://www.unileoben.ac.at
  34. ↑ http://www.chemdex.org/chemistry_link/slovak_chemical_society
  35. ↑ ac.uk/Societies/Slovak_Academy.html
  36. ↑ hrcak.srce.hr/index.php?lang=en&show=casopis&id
  37. 1 2 http://www.goech.at
  38. ↑ http://www.spsj.or.jp/english-index.htm
  39. ↑ Kobunshi, Vol.53, No. 7, p. 522(2004)
  40. ↑ http://www.chemdex.org/.../stockholm_royal_institute_technology_department_ fibre_and_polymer_technology
  41. ↑ http://www.chemie.uni-freiburg.de/makro/index_e.htm
  42. ↑ w3.whu.edu.cn/en
  43. ↑ http://www.ecnu.edu.cn/english
  44. ↑ http://www.monbusho.org/
  45. ↑ http://www.kit.ac.jp/English
  46. ↑ Kobunshi, Vol. 41, No. 5, p.303(1992)
  47. ↑ http://www.helsinki.fi/university/
  48. ↑ Editor, ÖGV. (2015). Wilhelm Exner Medal. Austrian Trade Association. ÖGV. Austria.
  49. ↑ http://www.ait.ac.at
  50. ↑ http://www.tamu.edu
  51. ↑ UMass Amherst Alumni Association, Spring 2010, pg 50
  52. ↑ http://www.goech.at,60 Jahre Mitglied
  53. ↑ pubs.acs.org/doi/abs/10.1021/jf60022a610
  54. ↑ membership.acs.org/d/del
  55. ↑ http://www.theaic.org/desktopdefault.aspx?tabid=57
  56. ↑ http://www.chemistry.mcgill.ca/directory/people.php?p=42&n=Hay...
  57. 1 2 http://www.polyacs.org/515.htm
  58. 1 2 http://www.polyacs.org/uploaded/files/bylawschange1008.pdf
  59. ↑ http://www.polyacs.org/8.html
  60. ↑ http://www.polyacs.org/562.html
  61. 1 2 http://www.polyacs.org/79.html
  62. ↑ membership.acs.org/m/macsec/index.htm
  63. ↑ http://www.polyacs.org/46.html
  64. ↑ membership.acs.org/C/Catl
  65. ↑ http://www.polyacs.org/10.html
  66. 1 2 http://www.polyacs.org/84.html
  67. ↑ http://www.europolymer.org
  68. ↑ Shu Kambara, Polymer News 22(9), 315–316 (1997)
  69. ↑ Teiji Tsuruta, Polymer News, 24(12), 414–415 (1999)
  70. ↑ William J. Bailey www.encyclopedia.com/doc/1P2-1230093.html
  71. ↑ Takeo Saegusa, Polymer News, 20(3), 85 (1995)
  72. ↑ Jane C. Vogl and T. Takahiko, Japan-U.S. Symposium, Kyoto, Japan 1985, Polymer News, 12(1), 27–32 (1986)
  73. ↑ http://www.polyacs.org/53.html
  74. ↑ http://www.austehc.unimelb.edu.au/guides/raci/provlist.htm
  75. ↑ http://www.polyacs.org/50.html
  76. ↑ http://www.polyacs.org/52.htm
  77. ↑ Gerald Kirshenbaum and Jane C. Vogl, First Pacific Polymer Conference, Polymer News, 15(6), 191–195 (1990)
  78. ↑ pubs.acs.org/doi/abs/10.1021/c160036a001
  79. ↑ http://www.informaworld.com/index/791315576.pdf
  80. ↑ Ionic Polymerization: Unsolved Problems, Marcel Dekker, Inc., New York 1976 (with J. Furukawa)
  81. ↑ Cristofor I. Simionescu, J. Macromol. Sci., Chem., A28(7), 597–600 (1991)
  82. ↑ Radical Co- and Graft Polymerization: Unsolved Problems, J. D. Wiley (Interscience),
  83. ↑ Viorica Dobrescu and Otto Vogl, Second S.R. Romania-U.S.A. Seminar on Polymer Science, Polymer News, 9(11), 343–345 (1984)
  84. ↑ http://www.zoominfo.com/people/Penczek_Stanislaw_24546636.aspx
  85. ↑ http://www.ehb.itu.edu.tr/~yusuf/PDF/O20.pdf
  86. ↑ IUPAC 7th International Symposium on Cationic Polymerization and Related Processes, Polymer News, 11(12), 374–377 (1986)
  87. ↑ Tenth International Symposium on Cationic Polymerization and Related Processes, Polymer News, 17(3), 91–95 (1992)
  88. ↑ XIth Symposium on Cationic Polymerization and Related Ionic Processes, Polymer News, 19(6), 182–188 (1994)
  89. ↑ International Symposium on Ionic Polymerization, Istanbul, Turkey, Polymer News, 21(10), 352–359 (1996); Progress in Polymer Science, 22, 1381–1395 (1997)
  90. ↑ International Symposium on Ionic Polymerization IP'97, Polymer News, 23(9), 314–321(1998)
  91. ↑ http://www.chph.ras.ru
  92. ↑ http://www.patents.com/Institute-of-Petrochemical-Synthesis-Russian-Academy.../ Moscow
  93. ↑ http://www.zelinsky.com/about.htm
  94. ↑ http://www.macro.ru/en/1.html
  95. ↑ ww3.lza.lv/Nozares/PhysChem.htm
  96. ↑ http://www.kyoto-u.ac.jp/en
  97. ↑ http://www.at0086.com/ICCAS
  98. ↑ http://www.uq.edu.au
  99. ↑ http://www.chemie.uni-freiburg.de/makro
  100. ↑ http://www.fu-berlin.de/en
  101. ↑ http://www.polymer.sav.sk
  102. ↑ http://www.cbmm.lodz.pl/en/about_us.html
  103. ↑ http://www.irb.hr
  104. ↑ http://www.univie.ac.at
  105. ↑ http://www.ostina.org/index.php?option=com_content&task=view&id=485
  106. ↑ David A. Tirrell, Otto Vogl from ’74 to 75, J. Polym. Sci., Polym. Chem. Ed. Suppl. Ed., Vol. 42(3), pgs. 389–390 (2004); Joseph C. Salamone, Otto Vogl, Polymer News, Vol. 22(10), pgs. 352–353 (1997); Gerald S. Kirshenbaum and Helga Roder, Otto Vogl, Polymer News, Vol. 27(8), pgs. 284–286 (2002); Zvonimir Janovic, Otto Vogl’s 80th birthday and 60 years of Scientific Research, Polimeri, (Vol. 28(4), p. 287 2008); Rumen Duhlev, Publisher’s Note, Prog. Polym. Sci. (2003),Vol. 28, pgs.1–2
  107. ↑ (Polymer News, 1996. Vol. 21, 27–34)
  108. ↑ (Polymer News, 1995. Vol.20, 364–370.)
  109. ↑ Polymer Science in Australia II. Brisbane and Queensland, Polymer News, 19(10), 314–319 (1994)
  110. ↑ Polymer Science in Australia I. Sydney and Canberra, Polymer News, 19(8), 249–255 (1994)
  111. ↑ Polymer Science in Australia IV. Universities in Victoria and Southern Australia, Polymer News, 20(12), 91–97 (1995)
  112. ↑ Polymer Science in Australia III. CSIRO and other Government Institutions, Polymer News, 20(2), 56–62 (1995)
  113. ↑ Professor David M Solomon, Polymer News, 20(11), 348–349 (1995)
  114. ↑ Proceedings, 16th Australian Polymer Symposium, PL1, Cowes, Victoria
  115. ↑ Preprints, Third Pacific Polymer Conference, 1993, 273, Gold Coast – Australia, Polymer News, 19(7), 216–223 (1994)
  116. ↑ K. P. Ghiggino, A.D. Scully, S.W. Bigger, M.D. Yandell and O. Vogl, Photophysics of Polymer-Bound 2-(2'-Hydroxyphenyl)2H-Benzotriazole Photostabilizers, J. Polym. Sci., Polym. Lett., 26(12), 505 (1988)
  117. ↑ A.D. Scully, Ph.D. thesis, University of Melbourne, 1992)
  118. ↑ Junji Furukawa, Polymer News Vol. 22(4), 125–126 (1996)
  119. ↑ Shunsuke Murahashi, Polymer News Vol.22 (4), 134–135 (1997)
  120. ↑ First Japan-U.S. Seminar on Polymer Synthesis, J. Furukawa, O. Vogl, eds, Marcel Dekker, New York, 1976
  121. ↑ Polymer Science in the People’s Republic of China, Kobunshi 37(2) 134–136 (1982)
  122. ↑ Symposium ”Functional Polymers”, Kunming, China, Polymer News, 8, 125–126 (1982)
  123. ↑ english.sioc.cas.cn/
  124. ↑ english.ciac.cas.cn/
  125. ↑ w3.whu.edu.cn/en/
  126. ↑ http://www.zju.edu.cn/english/
  127. ↑ Qian Renyuan, Polymer News, 22(6), 203–204 (1997)
  128. ↑ Yu Tongyin, Polymer News, 23(1),11–12 (1998)
  129. ↑ Feng Xinde, Polymer News, 23(2), 46 (1998)
  130. ↑ He Binglin, Polymer News, 25(12), 405–406 (2000)
  131. ↑ http://english.ic.cas.cn/pe/acad/200907/t20090717_23942.html
  132. ↑ http://www.chinavitae.com/biography/Wang_Fosong
  133. ↑ Rixin Liu, Shikang Wu, Fu Xi and Otto Vogl, Functional Polymers LIII. Photochemical Behavior of 2(2-Hydroxyphenyl)2H-Benzotriazole Derivatives 1. Ultraviolet Spectra and Efficiency of Photostabilization of 2(2-Hydroxy-4-Acryloxyphenyl)2H-Benzotriazole, its Polymers and Copolymers, Polymer Bulletin, 20(1), 59 (1988)
  134. ↑ Polymer Science and Engineering in Academy Institutes in the Southern Part of the People's Republic of China (South of the Yangtze), Polymer News, 9, 346–348 (1984)
  135. ↑ Polymer Science and Engineering in the Southern Part of the People's Republic of China (South of the Yangtze): Part I: "Shanghai Area", Polymer News, 9, 374–377 (1984)
  136. ↑ Polymer Science and Engineering in Academy Institutes in the Northern Part of the People's Republic of China (North of the Yangtze): Part I: "Beijing", Polymer News, 10, 25–27 (1984)
  137. ↑ Polymer Science in Academy Institutes in Northern China (North of the Yangtze): Part II: "Changchun", Polymer News, 10, 57–60 (1984)
  138. ↑ Polymer Science and Engineering in Universities of The People's Republic of China: South of the Yangtze River – Part II, Polymer News, 11(11), 348–349 (1986)
  139. ↑ Sixth Pacific Polymer Conference, PPC-6 Guangzhou, China, Polymer News, 25(6), 204–212 (2000); Progress in Polymer Science, 25, 851–871 (2000)
This article is issued from Wikipedia - version of the 12/2/2016. The text is available under the Creative Commons Attribution/Share Alike but additional terms may apply for the media files.