International Congress for Applied

Bouzahzah, H., Califice, A., Benzaazoua. M., Mermillod-Blondin, R., PIRARD, E. 2008. Modal Analysis of Mineral Blends Using Optical Image Analysis Versus X-Ray Diffraction. Ninth International Congress for Applied Mineralogy Brisbane, QLD, 8-10 September 2008. 

Proceedings of the Eighth International Congress for Applied Chemistry. 

G. I. Taylor, The mechanics of a swirl atomizers, in Proceedings of the Seventh International Congress for Applied Mechanics 2(1), 280 (1948). 

Congrbs International de Chimie Appliquee (International Congress for Applied Chemistry), 12,13, 34,57,101,133,153, 344 Congrbs International de Chimie Pure (International Congress for Pure Chemistiy), 101,344... 

Ej and Eq became a formal part of chemistry via a report by Nernst to the 5 June 1903 meeting of the Bunsen Society ( 21) He announced that these symbols along with others had been proposed by the Bunsen Society to, and approved by, the International Congress for Applied Chemistry, which met in Berlin. 

Hub< r, M.. Statement in Proceedings of the First International Congress for Applied Mechanio., Delft, 1924. 

XVth International Congress for Pure and Applied Chem., Abstr., 1951. 

International Test at 75°C. This test, recommended by the International Commission which repotted to the 8th International Congress of Applied Chemistry, 1912, on "Methods for Testing the Stability of Explosives" is conducted as a supplement to the Abel Test. The test is described in Vol 1 of Encycl (Ref 9, p XVIII) and in Ref 1, pl2... 

As a result of decisions of International Congresses of Applied Chemistry, among them that held at Paris (1900) and of the International Commission for Standard Methods of Sugar Analysis, the specific gravity of saccharine solutions should be determined at 20° C. and referred to water at 40 (sp. gr. at 20°/4°), i.e., it should indicate the weight of a true c.c. of solution at 200. Use is, however, largely made in practice of the sp. gr. at i745°/i7-50 and sometimes at i5°/i5°. 

Masing, C. 1926. Eigenspannungen und verfestigung beim messing (Self-stretching and hardening for brass), 2nd International Congress on Applied Mechanics, Zurich, Switzerland. 

This procedure. is a modification of the original Conradson method and aKwratut for Carbon Test and Ash Residue in Petroleum Lubricating Oils. See Proceedings, Eighth International Congress of Applied Chemistry, New York, Vol l,p. 131, September 1912 also Jounud of Industrie md Engineering Chemistry, lECHA, Vol 4, No. 11, December 1912. 

Since 1888 Brauner attempted to put through, jointly with the American chemist F. P. Venable (1856-1934) and other chemists, the atomic weight of oxygen (16) as standard for calculation of relative atomic weights of elements this proposal was only accepted in 1900 at the 4th International Congress of Applied Chemistry in Paris. In the years between 1921 and 1930 Brauner was member of the International Committee on Chemical Elements and president of its subcommission on atomic weights. 

Through his studies on the aromatic character of the heterocyclic compounds, Bonino inevitably confronted the classical problem of the structure of benzene. [50] He completed his work on the Raman spectrum of aromatic compounds which included benzene, presenting his results in April 1934 at the 9th International Congress of Pure and Applied Chemistry in Madrid. At the Madrid Congress, Bonino recommended a new formula for benzene this formula, however, lacked a rigorous quantum mechanical grounding. Rather, it represented an attempt to summarize qualitatively some fundamental ideas in the wave-mechanical interpretation of benzene (Figure 4.4). 

Laine J-M (2001) Rotating Disk Photocatalytic Reactor (RDPR) Fundamental Applied Studies for its Development and Evaluation for the Destruction of Recalcitrant Organic Contaminants in Water, Conference Proceedings of the First International Congress on Ultraviolet Technologies, International Ultraviolet Assoc. (lUVA), June 14—16, Washington, DC, electronic release. 

The nature and breadth of the physical techniques used to investigate solid catalysts continue to increase rapidly in complexity. This statement pertains specifically to Mossbauer spectroscopy, which was applied to the characterization of solid catalysts as early as 1971 (7). A retrospective analysis of the use of Mossbauer spectroscopy in catalysis showed that it has consistently accounted for 3-10% of the communications presented at the International Congresses on Catalysis (ICQ (7%t at the ICC in Paris in 2004). Such continuity over the years reflects the high value of this technique in catalyst characterization. 

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