Luminescence chimique pendant le blanchiment de la cellulose au sulfate avec de l'hypochlorite de sodium - Chemical luminescence during sulfate pulp bleaching with sodium hypochlorite
Pak Chi, S.U.N.I.; Chupka Eh, I.
Bumaznaa Promyslennost'(6): 18-19
1985
ISSN/ISBN: 0007-5817 Accession: 076459156
Full Text Article emailed within 1 workday
Payments are secure & encrypted

Related References
Tanane, O.; Irhzo, A.; Pebere, N.; Chataigner, G.; Dabosi, F. 1993: Acier inoxydable 316L : comportements électrochimique dans les bains de blanchiment : par l'hypochlorite de sodium - Electrochemical behaviour of the 316L stainless steel in hypochlorite sodium bleaching process Materiaux et Techniques 81(10-11): 55-60Andreev, V.I.; Bystrova, T.A.; Zvezdina, L.K.; Sigalova, L.N.; Kanajlova, R.P. 1985: Traitement acido-alcalin pendant le blanchiment de la cellulose sulfatée avant hydrolyse - Acid-alkaline treatment during sulfate pulp bleaching before hydrolysis Bumaznaa Promyslennost'(1): 15-16
Malkova, E.I.; Tumanova, T.A.; Chasovennaya, V.A.; Pakhomova, L.N.; Laskeeva, T.P.; Rachkov, G.V. 1987: Réduction du débit d'eau d'appoint pour le blanchiment de la cellulose au sulfate - Decreasing additional water flow rate for bleaching of sulfate pulp Bumaznaa Promyslennost'(7): 12-13
Charina, L.E.; Ermolinskij, V.E.; Soboleva, L.E.H.; Melyachenko, S.I.; Akim, G.L. 1983: Lessive blanche non oxydée et blanchiment oxydo-alcalin de la cellulose au sulfate - Unoxidized white liquor and oxidative alcaline bleaching of sulfate pulp Bumaznaja Promyslennost (11): 12-13
Althouse, E.; Bostwick, J.; Jain, D. 1987: Using hydrogen peroxide and oxygen to replace sodium hypochlorite in chemical pulp bleaching TAPPI Journal 70(6): 113-117
Dubourg, K.; Gregoire, P.; Lagiere, J. 2008: La Désinfection des Piscines Thermales de Dax : • Étude de l'efficacité de l'hypochlorite de Sodium • Influence de la Chloration sur la Composition Physico-Chimique de l'eau Minérale Naturelle - Spa Swimming Pool's Disinfection : Study of Efficiency of Sodium Hypochlorite and of the Impact on Physico-Chemical Characteristics of Natural Mineral Water of Dax Presse Thermale et Climatique 145: 61-71
Fiehn, G. 1983: Möglichkeiten zur Modifizierung der Sulfatzellstoffbleiche durch Kurzsequenzen - Possibilités de modification du blanchiment de la cellulose au sulfate par séquences courtes - Possibilities for a modification of sulfate pulp bleaching by means of short sequences Zellstoff und Papier (Leipzig) 32(6): 232-234
Karim, M.S.; Haque, M.S.; Sarkar, A.R. 1989: Studies on single stage bleaching part ii. bleaching of soda sulfur rice straw pulp with sodium hypochlorite Pakistan Journal of Scientific and Industrial Research 32(3): 216-218
Piggott, C.D.S.; Hayes, B.; Robb, C.W.; Thomas, L.; Creech, C.Buddy.; Smith, M.L. 2007: Chemical burn induced by cutaneous exposure to a concentrated sodium hypochlorite and alkyl sulfate solution Cutaneous and Ocular Toxicology 26(3): 189-194
Taneja, S.; Mishra, N.; Malik, S. 2014: Comparative evaluation of human pulp tissue dissolution by different concentrations of chlorine dioxide, calcium hypochlorite and sodium hypochlorite: An in vitro study Journal of Conservative Dentistry: Jcd 17(6): 541-545
Dong, M.W.; Gant, J.R. 1985: High-speed liquid chromatographic analysis of amino acids by post-column sodium hypochlorite-o-phthalaldehyde reaction - Analyse, par chromatographie liquide à grande vitesse, des acides aminés, par réaction post-colonne avec l'hypochlorite de sodium et l'o-phtalaldéhyde International Symposium on Hplc of Proteins, Peptides and Polynucleotides 4 (1984) 327: 17-25
Klementeva, V.S.; Uzbekov, A.A.; Kubasov, V.L.; Lambrev, V.G. 1985: Facteurs déterminant la consommation du ruthénium au cours de l'électrosynthèse de l'hypochlorite de sodium avec des anodes oxyde de ruthénium et de titane - Factors determining ruthenium consumption during sodium hypochlorite electrosynthesis with titanium and ruthenium oxide anodes Zurnal Prikladnoj Himii 58(3): 681-683
Nasim, I. 2020: Comparative Evaluation of Sodium Hypochlorite, Omeprazole with Sodium Hypochlorite and Triclosan - a Randomized Controlled Clinical Trial International Journal of Dentistry and Oral Science: 54-58
Shishkov, V.F.; Randin, O.I.; Seredkova, S.V.; Tuturina, V.V. 1988: Action de l'hypochlorite de sodium sur des charbons sapropélitiques et humiques - Effect of sodium hypochlorite on humic and sapropetic coals Himia Tverdogo Topliva (2): 14-18
Palazzi, F.; Morra, M.; Mohammadi, Z.; Grandini, S.; Giardino, L. 2012: Comparison of the surface tension of 5.25% sodium hypochlorite solution with three new sodium hypochlorite-based endodontic irrigants International Endodontic Journal 45(2): 129-135
Brignardello-Petersen, R. 2017: 5.25% sodium hypochlorite resulted in a small reduction of postoperative pain compared with 2.5% sodium hypochlorite up to 3 days after single-visit mandibular molar endodontic treatment Journal of the American Dental Association 148(6): E80
Matoba, T.; Shiono, T.; Kito, M. 1985: Cross-linking of αs-1 casein by sodium hypochlorite - Réticulation causée par l'hypochlorite de sodium de la caséine-αs1 Journal of Food Science 50(6): 1738-1744
Munoz de V., MG.; Ellies, J. 1982: The effects of ferrous sulfate and sodium hypochlorite on fertilization and development of Echinometra lucunter Echinoderms, 525-527
1996: L'hypochlorite de sodium, une arme majeure contre le HIV - Sodium hypochlorite, a major weapon against HIV la Revue Prescrire 16(158): 8-9
Arias, V.G.; Bedran-de-Castro, A.K.B.; Pimenta, L.A.é 2005: Effects of sodium hypochlorite gel and sodium hypochlorite solution on dentin bond strength Journal of Biomedical Materials Research. Part B Applied Biomaterials 72(2): 339-344