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    Ampelographic formula for determination of some table grape varieties
    (American Society Enology & Viticulture, 1994) Celik, S
    The shape of the leaves of grapevines is helpful in varietal identification, The effects of leaf shape and area on the grapevine's vigor, productivity, and quality are great, as the leaves are prime organs for synthesis of carbohydrates and other organic substances. Many of the morphological characters used in identification and classification are coded from 0 to 9 and ampelometric formula are determined by ampelographic measurements. Ampelometric formula were calculated for 10 table grape cultivars: Karasakiz, 135-2-79 (cuneiform, deeply lobed); Mandagozu, 135-3-58 (cuneiform, deeply lobed); Kazakbeyazi, 136-3-46 (orbicular, average lobed); Muskule, 135-3-79 (cuneiform, entire, slightly lobed); Karadikenli, 136-2-79 (orbicular, entire); Siyahkozak, 246-4-69 (cuneo-truncate, entire) Foca Karasi 135-3-69 (cuneiform, entire), Tahannebi, 146-3-79 (cuneiform, deeply lobed); Okuzgozu, 136-2-79 (orbicular, entire). In addition, depth of the lateral sinuses were measured and coded.
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    Leachate removal rate and the effect of leachate on the hydraulic conductivity of natural (undisturbed) clay
    (Natl Inst Science Communication, 2006) Ozcoban, MS; Tufekci, N; Tutus, S; Sahin, U; Celik, S
    Hydraulic conductivity (HC) is perhaps the most important unique parameter determined in the laboratory for predicting mobility of leachates through clay liners. Typically, HC must be < or = 1 x 10(-9) m/s for soil liners and covers used to contain hazardous waste, industrial waste, and municipal solid waste (MSW). Soil samples used in this study were obtained from the Kemerburgaz landfill in Istanbul. The study presents change in clay HC brought about by the chemical reactions between clay and a permeant. Any change induced by such a reaction in the microstructure (microfabric) of the clay was studied by scanning electron microscope. In order to determine the removal capability of the natural clay, COD, SS, VSS, Total P, TKN, Cu, Mn, Fe are also measured in the influent and effluent of the lab-scale reactor.