Wikipedia

Draft:Shmuel Raviv

  • Comment: A lot of the sources are patents which are primary not useful and should generally not be used along with any source that is not published as some of the links go to Dropbox so not published which is a requirement. Nothing suggests this person can meet the notability guidelines. S0091 (talk) 20:38, 15 June 2024 (UTC)
  • Comment: I've removed the WP:REFBOMBs, replacing the list of patents with a link to a search for Shmuel Raviv on Espacenet. Also, references shouldn't be images... if you want to cite a magazine or journal, use the relevant templates - RichT|C|E-Mail 17:06, 30 April 2023 (UTC)
  • Comment: The referencing is completely disproportionate. Large sections are without a single reference. On the other hand, multiple citations are piled together in a very REFBOMB manner. Please ensure that every material statement is supported, so that we can see where this information is coming from, which source supports what content, and how much of it remains unsupported.
    Also, the sources are not sufficient to establish notability per WP:GNG. If special WP:NACADEMIC notability is being asserted instead, please specify clearly which of the criteria 1-8 is met, and what evidence (rather than mere contention) supports this. DoubleGrazing (talk) 07:46, 30 April 2023 (UTC)
  • Comment: Mostly unreferenced – where is all this information coming from? DoubleGrazing (talk) 08:22, 25 April 2023 (UTC)
Shmuel Raviv
Reznik
Born
Reznik

October 25, 1918
Slonim, Poland
NationalityIsrael & French
Known forInventions, Industrial and applied research in the era of renewable energy and metals treatment
Scientific career
FieldsPhysics, Electrochemistry and Elecrometallurgy
InstitutionsChristofle, Israel Mineral Industries, Shimon Peres Negev Nuclear Research Center, Limat
Thesis"Étude sur le polissage électrolytique" (December 21, 1948)
Doctoral advisorPaul Pascal, Pierre Jolibois et Eugène Darmois at the Science Faculty of Paris University

Shmuel Raviv (October 25, 1918 - April 1, 2002) was a French-Israeli scientist, inventor and entrepreneur in the field of physics and electrochemistry who spent most of his career at the laboratory. He is best known for a series of experiments in renewable energy contributing to determination of electrolytic-thermal decomposition of water[1] and for his pioneering studies in metal processing that led to the development of numerous electrochemical inventions[2]. Raviv was a member of the French Chemical-Physical Association [fr], one of the founders of the Shimon Peres Nuclear Research Center in the Negev, a member of Israel Atomic Energy Commission and a founder of Limat[3] Electrochemical Metal Polishing Company..[4].

Biography

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Education

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Shmuel Raviv was born as Szmuel Reznik in Slonim (then part of Russia, now in Belarus) on October 25, 1918. He received his upbringing and education in Slonim until he relocated to France. In 1940, he settled in Clermont-Ferrand and later obtained French citizenship in 1948. Raviv completed his undergraduate studies at the University of Strasbourg, where he earned a degree in physical chemistry. He then pursued his graduate studies in engineering at the Faculty of Electrochemistry and Electro-metallurgy Faculty of Grenoble [fr]. After four years in the program, he continued his academic journey at the Science Faculty of Paris [fr], where he successfully obtained his Ph.D. in electrochemistry. Professor Paul Pascal served as his doctoral advisor, and his thesis committee included chemist Pierre Jolibois and physician Eugène Dramois[5].

Scientific career

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Industrial activities

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Raviv began working as a research director at Christofle's laboratory in 1945 and continued his tenure there while pursuing his graduate studies. His initial focus lay in the realm of industrial and applied research in the field of surface treatments for metals.

In 1949, Raviv immigrated to Israel and took on the role of manager at the "Michsef" factory. After a few years, he joined Israel Mining Industries Ltd as the manager of the chemical department, where he developed an electrolytic process for the production of manganese and bromine[6].

Nuclear activities

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In 1958, he changed his last name to "Raviv" and joined the founding team of the Shimon Peres Negev Nuclear Research Center, after being recruited by Ernst David Bergmann, the father of Israel's nuclear program. Raviv served as a member of the Israel Atomic Energy Commission and took charge of the chemical laboratories in the center, focusing on research and development. Through his research and development efforts, Raviv aimed to enhance the efficiency, safety, and sustainability of production processes, as well as mitigate the environmental impact of radioactive contamination[7]. The electrochemistry played a vital role in tackling these challenges and finding innovative solutions for the benefit of the nuclear research field and beyond.

During that period, Raviv authored a book titled "Double Couche[8]" on interfacial corrosion. Additionally, he filed patents[9] and published numerous studies in international science journals[10][11], which have undergone thorough reviews by the scientific and industrial community[12][13]. His research paper and thesis were periodically referenced in Nuclear Science Abstracts by the USAEC, providing valuable insights to US government managers, National Laboratories, and Technology Centers[14].

Renewal energy activities

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Later, Raviv dedicated himself to the creation of his private laboratory where he focused on studying the decomposition reactions of water, hydrocarbons, and complex salts[15]. His research primarily centered around electrolytic-thermal processes, investigating the kinetics and thermodynamics involved. He developed a method and apparatus for electrolytic-thermal decomposition of water, resulting in the production of hydrogen and oxygen gases[1]. By interrupting the current flow between the anode and cathode, a mixture of gases is released, which can be recovered and ignited to generate a hydrogen flame. The energy obtained from this process enables water decomposition and offers potential for interphase energy or cold fusion production[16]

Entrepreneurship career

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In 1971, Raviv retired from the Shimon Peres Negev Nuclear Research Center and, in partnership with Kibbutz Givat Haim Meuchad, founded Limat[4], a company specializing in advanced surface-treatment technology based on his own invented process[17]. Known as the Raviv Process[18], it offers a wide range of applications for various metals and alloys. The company manufactures customized machines tailored to specific process requirements and provides the necessary chemical compositions[3]. The Raviv Process can effectively descale, deburr, etch, polish, and/or passivate surface structures, and can be adapted to treat items of any size, thickness, dimension, or complexity. Over the years, the technology has been employed in numerous industries, including food processing (pipes and accessories), cutlery, surgical needles, hollow-ware and kitchen-ware production, automotive accessories, watch manufacturing, and more[19]

Throughout his career, he conducted numerous pioneering studies that led to the development of more than 30 patents[2] for advanced technological processes. These processes have found extensive applications across various industries, leaving a lasting impact in the realms of renewable energies and metal treatment.

Personal life

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Samuel Raviv was married to Deborah Wilman and the couple had two children, one of whom is CEO Boaz Raviv. Raviv is the nephew of Professor Moses Kunitz known for his contribution to determination that enzymes are proteins.

See also

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References

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  1. ^ a b European Patent Office, Patent search. "List of patents related to electrolytic-thermal processes attributed to Szmuel Raviv during his work at his own laboratory from 1979 to 1982". European Patent Office. Retrieved 2023-05-19.
  2. ^ a b European Patent Office, Patent Search. "Comprehensive list of patents attributed to S. Raviv throughout his career from 1958 to 1990". worldwide.espacenet.com. Retrieved 2023-04-30.
  3. ^ a b Joanne, Yaron (1975-08-08). "Metal processing system based on electro-chemical process" (PDF). Israel Export and Trade Journal. 27 (8): 21.
  4. ^ a b Koshetz, Herbert (1972-03-26). "Israel Metal Is Booming". The New York Times. ISSN 0362-4331. Retrieved 2023-04-13.
  5. ^ Pascal, Paul; Darmois, Eugène; Bol, Paul (1948-12-21). "Report of the thesis committee on Mr. Reznik's thesis" [Study of electrolitic polishing]. Bibliothèque Biologie-Chimie-Physique Recherche de Sorbonne Université (in French). Faculté des sciences de Paris: 1–3.
  6. ^ US2825685A; GB785723A; DE1010954B, SZMUEL, REZNIK & OZJASZ, SCHACHTER, "List of patents attributed to Szmuel Raviv during his tenure at the Israel Mining Industries Ltd.", published 1957-1958, assigned to Israel Mining Industries Ltd 
  7. ^ Raviv, Szmuel; Rabinovitz, Elsa (1969-02-12). "Decontamination of radioactively contaminated equipment". worldwide.espacenet.com. GB1142776A; US3515655A; FR1376920A. European Patents Office. Retrieved 2023-05-23.
  8. ^ Samuel, Raviv (1969). Double Couche (in French). France: Editions Métaux.
  9. ^ European patent Office, Espacenet Patent search. "list of patents attributed to S. Raviv during his tenure at the nuclear center between 1963 and 1972". worldwide.espacenet.com.
  10. ^ Raviv, Samuel (1967). "Séparation cathodique de N20". Chimie & industrie: Génie chimique (in French). 98. Société de productions documentaires: 1428.
  11. ^ Raviv, Samuel (1971). "Mise au point une nouvelle technologie d'énergie". Sciences & Industries Spatiales (in French). 7. Société anonyme d'éditions scientifiques et industrielles.: 53.
  12. ^ CFPI, French Company of Industrial Products (1971-07-01). "Nouvelle approche des traitéments de surfaces" (PDF). Documentation Technique. Le Journal Official de la Compagnie Française des Produits Industrielles. 7.71-200 (in French): 1–3.
  13. ^ Protection électronique de la surface des métaux (PDF), Phase Zero, 1971-12-15, p. 66, retrieved 2023-05-24
  14. ^ USAEC, United States Atomic Energie Comission. "A concise summary of S. Raviv's articles by the Nuclear Science Abstracts 1962 - 1971". Intenet Archive. Retrieved 2023-05-02.
  15. ^ Reznik, Szmuel (1980-02-07). "Oil slick disposal - by electrolytic thermal pyrolysis between towed electrode plates". worldwide.espacenet.com. DE2832642A1. Retrieved 2023-05-22.
  16. ^ Reznik, Szmuel (1979-03-10). "Process for gaining interfacial energy by electrolytic-thermal splitting of water, aqueous systems or organic systems". European Patent Office (in German). EP0004339.
  17. ^ US3829367A, FR2135331A, FR2075943A1, Raviv, S. RAVIV, "List of patents related to electrochimic polishing of metals attributed to S. Raviv during his career as entrepreneur", issued 1971 -1974 
  18. ^ Plasma, Technology (1972-01-01). "The Raviv Process" (PDF). Technical Presentation: 1–6.
  19. ^ LIMAT (1972-01-01). "Electrochemical treatment of metalic surfaces" (PDF). Palasma Technology.


Category:1918 births Category:2002 deaths Category:20th-century chemists Category:20th-century physicians Category:Nuclear chemists Category:Israeli nuclear physicists

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