Scientific Journal of KubSAU

Polythematic online scientific journal
of Kuban State Agrarian University
ISSN 1990-4665
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Name

Ischenko Tatyana Leonidovna

Scholastic degree


Academic rank

—

Honorary rank

—

Organization, job position

Voronezh State Academy of Forestry and Technologies
   

Web site url

—

Email

tl_ischenko@mail.ru


Articles count: 3

1118 kb

ELABORATION OF THE REGIMES OF COOLING OF SHAVING BOARDS, WHICH WAS MADE WITH SMALL-TOXIC RESINS

abstract 0761202024 issue 76 pp. 286 – 295 29.02.2012 ru 1403
The article contains the mathematical model of cooling shaving boards, which was made with small-toxic resins; it make possible to determine the length of the cooling boards on given temperature in every moment. Suggested the equipment for cooling shaving boards, which will make it possible very effectively cool the boards
231 kb

THEORETICAL BASES TO DEVELOPMENT OF THE REGIMES OF THE VENEERING OF WOOD BASED MATERIALS WITH VALUABLE WOOD VENEER

abstract 1191605074 issue 119 pp. 1053 – 1063 31.05.2016 ru 451
This article discusses the results of theoretical researches of development of the regimes of a veneering of wood based materials with valuable wood veneer. In the conditions of a growing demand for the furniture veneered with a natural wood veneer there is a problem with using thin wood veneer and development regimes of a veneering. In work are listed the main factors which exert impact on glue seepage during veneering. Two factors are considered: thickness of a wood veneer and amount of the applied glue as the main and defining seepage of glue and durability of the received glue connection. By results of researches conclusions are given: thickness of the applied wood veneer closely connected with the veneering regime, changing parameters of which it is possible to reduce wood veneer thickness without deterioration of a surface to the minimum values depending on breed of wood; the offered formula for definition of a consumption of glue at a veneering allows to define theoretically conditions of receiving strong pasting and excluding seepage of glue
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