Up to Date Methods and Technics Involved in Monitoring the Aerosols from Natural and Artificial Halochambers
Keywords:
chemical analysis, environment factors, halochamber, particles counter, solions
Abstract
This paper presents the main modern methods and techniques used in monitoring the aerosols in natural and artificial halochambers, with implications for research of the therapeutic environments optimization conditions. There are focused the "in situ" methods to determine in real time the morphological and functional characteristics of NaCl based aerosols, highlighting the solions with multiple effect.
References
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[22]. Pascu, C., Sandu, I., Ciobanu, G., Sandu I.G., Vasile, V., Ciobanu, O., Sandu, A. V., Pascu, A. - Method and Device for Determining Saline Aerosols "in situ", Patent RO122232/27.03.2009.
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[26]. Pascu C. - Procedure and devices for the controlled obtaining of dry saline aerosols with therapeutic effect and air purification, Patents RO121371(B1)/2007.
[27]. Pascu C. - Procedure and Devices for the Controlled Obtaining of Dry Saline Aerosols with Therapeutic Effect, Patent WO2008060173 (A2)/2008.
[28]. Pascu C. - Process and Device for Intensive Generation of Dry Aerosols with Therapeutical Effect, Patent RO122128 (B1)/2009.
[29]. Hidy, G.M, Brock, J. R. - Topics in Current Aerosol Research, International Reviews in Aerosol Physics and Chemistry, vol. I, Pergamon Press, London, 1972.
[30]. Whitby, K. T. - The physical characteristics of sulphur aerosols, Atmospheric Environment, 12, (1978), p. 135-159.
[2]. Ciplea, L.I., Ciplea, Al. - Environmental Pollution, Technical Publishing, Bucharest, 1978.
[3]. Sandu I., Chirazi M. - Sports Systems Ecology, Ed Performantica, Iasi, 2010.
[4]. Sandu I., Atyim P., Sandu I. C. A. - Complements of descriptive chemistry, Ed Dacia.
[5]. Sandu I., Chirazi M., Canache M., Sandu G.I., Alexeianu M.T., Sandu V.A., Vasilache V. - Research on NaCl saline aerosols II. New artificial halochamber characteristics, Environmental Engineering and Management Journal, vol. 9, nr 8, (2010), pp. 1105-1113.
[6]. Sandu, I., Canache, M., Vasilache, V. - The Role of Salt Solins on Human Subjects, Present Environment & Sustainable Development, 5, (2011), p. 57-64.
[7]. Sandu I., Poruciuc A., Alexianu, M., Curcă R-G., Weller O. - Salt and Human Health: Science, Archaeology, Ancient Texts and Traditional Practices of Eastern Romania, Mankind Quarterly, 50, 3-4, (2010), pp. 225-256.
[8]. Sandu I., Alexianu M., Curcă R-G., Weller O., Pascu C. - Halotherapy: From Ethnoscience to Scientific Explanations, Environmental Engineering and Management Journal, vol. 8, 6, (2009), pp.1331-1338, Cluj-Napoca, 2002.
[9]. Chernova, O., Matiushina, S, Volianik, M. - The dinamics of the persistence characteristics of a speleotherapy mine, Zh. Mikrobiol Immunobiol, 3, (1996), pp 78-80.
[10]. Chervinskaya, A.V., Zilber, N.A. - Halotherapy for treatment of respiratory diseases, Journal of aerosol medicine: deposition, clearance, and effects in the lung, 8, 3, (1995), pp. 221-232.
[11]. Căluianu, S. - Measurement and control of air pollution, Matrix Rom Publishing House, Bucharest, 1999.
[12]. Deák, E., Deák, G., Aurelian, F., Găman, M. - Techniques to control and prevent environmental pollution to the mines in Romania, Universitas Publishing House, Petrosani, 2007.
[13]. Sommer, K., Wünsch, K.H., Zettler, M. - Compediu chemistry, ALL Publishing House, Bucharest, 2000.
[14]. Sandu I., Pascu C., Sandu I.G., Ciobanu G., Vasile V. - Ciobanu O., The obtaining and characterization of NaCl nanocrystalline dispersions for saline – type therapeutical media. I. Theoretical aspects, Revista de Chimie, 54, 10, (2003), pp. 807-812.
[15]. Sandu I., Pascu C., Sandu I.G., Ciobanu G., Sandu A.V., Ciobanu O. - The obtaining and characterization of NaCl nanocrystalline dispersions for saline – type therapeutical climate. III. The evaluation of the SALIN device reliability, Revista de Chimie, 55, 11, (2004), pp.971-978.
[16]. Sandu I., Pascu C., Sandu I.G., Ciobanu G., Sandu A.V., Ciobanu O. - The obtaining and characterization of NaCl nanocrystalline dispersions for saline – type therapeutical environments. II. The in situ analysis of saline room aerosols, Revista de Chimie, 55, 10, (2004), pp.791-797.
[17]. Sandu I., Pascu C., Vasile V. - Obtaining of dry mixt aerosols for therapeutical environments, Haloteherapy, Adjuvant Therapy in the Treatment of Respiratory Disorders, http://saltmed.blogspot.com/, 13, (2006), 4, p. 15-19.
[18]. Sandu I., Chirazi M., Canache M., Sandu G.I., Alexeianu M.T., Sandu V.A., Vasilache V. - Research on NaCl saline aerosols I. Natural and artificial sources and their implications, Environmental Engineering and Management Journal, vol. 9, nr 6, (2010), pp. 881-888.
[19]. Ştefan, S. - Atmospheric aerosol physics, ALL Publishing House, Bucharest, 1998.
[20]. Sandu I., Canache M., Lupascu T., Sandu I. G., Sandu A.V. - Surface Artificial Halochamber, Patent MD4040(B1)/2010.05.31.
[21]. Sandu I., Stirbu C., Chirazi M., Stirbu C., Sandu A. V. - Surface Artificial Microsalt Mine, Patent MD4039(B1)/2010.05.31.
[22]. Sandu I., Stirbu C., Lupascu T., Chirazi M., Stirbu C., Sandu A. V. - Artificial Surface Halochamber”, Patent MD4089(B1)/2011.01.31.
[22]. Pascu, C., Sandu, I., Ciobanu, G., Sandu I.G., Vasile, V., Ciobanu, O., Sandu, A. V., Pascu, A. - Method and Device for Determining Saline Aerosols "in situ", Patent RO122232/27.03.2009.
[23]. Mulholland, G.W., Hartman, A.W., Hembree, G.C., Marx, E. and Lettieri, T. R. - Development of a One-Micrometer Diameter Particle Size Standard Reference Material, Journal of research of the National Bureau of Standards, 90, (1985), pp. 3-26.
[24]. Pascu C. - Procedure and Devices for the Controlled Obtaining of Dry Saline Aerosols with Therapeutic Effect and Air Purification, Patents WO03024568(A2)/2003.
[25]. Pascu C. - Procedure and devices for the controlled obtaining of dry saline aerosols with therapeutic effect and air purification, Patents RO120787(B1)/2006.
[26]. Pascu C. - Procedure and devices for the controlled obtaining of dry saline aerosols with therapeutic effect and air purification, Patents RO121371(B1)/2007.
[27]. Pascu C. - Procedure and Devices for the Controlled Obtaining of Dry Saline Aerosols with Therapeutic Effect, Patent WO2008060173 (A2)/2008.
[28]. Pascu C. - Process and Device for Intensive Generation of Dry Aerosols with Therapeutical Effect, Patent RO122128 (B1)/2009.
[29]. Hidy, G.M, Brock, J. R. - Topics in Current Aerosol Research, International Reviews in Aerosol Physics and Chemistry, vol. I, Pergamon Press, London, 1972.
[30]. Whitby, K. T. - The physical characteristics of sulphur aerosols, Atmospheric Environment, 12, (1978), p. 135-159.
Published
2011-06-15
How to Cite
1.
CANACHE M, SANDU I, LUPAŞCU T, PASCU C. Up to Date Methods and Technics Involved in Monitoring the Aerosols from Natural and Artificial Halochambers. The Annals of “Dunarea de Jos” University of Galati. Fascicle IX, Metallurgy and Materials Science [Internet]. 15Jun.2011 [cited 28Apr.2024];34(2):25-2. Available from: https://www.gup.ugal.ro/ugaljournals/index.php/mms/article/view/2949
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