ANALYTICAL OR SEMI-EMPIRICAL DETERMINATION OF THE SPEED CONSTANTS OF SORPTION, ABSORPTION OF HEAVY METALS IN THE SOIL-ROOT SYSTEM
Keywords:
soil, heavy metals, absorption, mathematical model, clarkAbstract
In the process of hematopoiesis, mail acts as a powerful accumulator and transformer for many types of pollutants. The absorption of the first heavy metals by mail is determined by the process of distribution between two main phases - solid and liquid and is carried out through a number of processes. The mathematical determination of absorption is carried out with the availability of information about the stability of the constant and the absorption coefficient, which is common. The subject of the publication is a presentation of the possibilities for analytical or semi-empirical determination of the fastest sorption constants, the absorption of heavy metals and the volume parts of the solid phase of the root and mail.
References
Baykov B., M. Guguva, Yu. Georgieva, B. Zaharinov, Abdul karim Halak, H. Hristev, D. Penkov. Pretsenka na kriteriite s ogled obektivizirane bioakumulatsiya na kadmiy i olovo v hranitelna veriga ot pasishten tip. Peti mezhdunaroden simpozium. 2004, 32- 37s .
Barsukov B.C., Fiziologo-geneticheskie aspektay ustoychivosti rasteniy k tyazhelaym metallam: Analiticheskiy obzor SO RAM, GPNTB, Institut pochvovedeniya i agrohimii. Novosibirsk, 1997. 63 s.
Ventsel E., “Teoriya veroyatnostey”, Moskva, “Nauka”,1969, 572 s.
Vernadskiy V.I., Biosfera. L.: Nauch. him.-tehn. izd-vo, 1940, 146 s.
Dimitrakiev D., Nedev, A., Krasteva, S. Otsenyavane i namalyavane na vrednoto vazdeystvie na transportnite sistemi vavrhu okolnata sreda, V sb. Mezhdunarodna transportna sistema, IK „Largosiit“ – Varna, 2013, 256-296 s.
Dimitrov An., Ekologiya na avtomobilniya transport, izd.TU –Varna, 2006 g.
Dobrovolyskiy V.V., Osnovay biogeohimii, Izdatelyskiy tsentr Akademiya, 2003, 400 s.
Donev K., Ekologichen menidzhmant v Pristnishte Varna: zakonovi i prakticheski aspekti, Varna: Institut po voden transport-EOOD , 93-105 s.
Efremov I.V., Modelirovanie pochvenno – rastitelynayh sistem. M. Izd LKI 2008. s. 152.
Kamenova St., Zamarsyavane na atmosferata i vazdeystvie varhu ekosistemite. Uchebnik. TU Varna 2001.
Kamenova St., Zh.Bekyarova. Ekologichnata tsena na avtomobilizatsiyata ni, Transport, ekologiya – ustoychivo razvitie, 2006.
Malcheva B., Pochveno – mikrobiologichni pokazateli za ustanovyavane statusa na antropogenni pochvi na teritoriyata na Obshtina Sofiya , Disertatsionen trud, LTU- Sofiya , 2011, 189s.
Naskova, P.(2017) Matematicheski model za otsenka na sadarzhanieto na tezhki metali v pochvata po kosveni priznatsi na rasteniyata. Spisanie za nauka ,,Novo znanie" Vol. 6, N 3, 2017: str149-160, ISSN 2367-4598 (Online)
Obsht plan za razvitie na Obshtina Varna( 2007-2013)
Perelyman A. I., Geohimiya. Vaysshaya shkola, Moskva 1989, 342 s.
Semevskiy F. N., Semenov S. M. Matematicheskoe modelirovanie ekologicheskih protsesov. L. Gidrometeoizdat 1969, 183 c.
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