METHOD FOR ESTABLISHING THE SEVENTH SUBZONE OF THE AERODROME AREA

IF 0.1 Q4 ACOUSTICS
Akustika Pub Date : 2021-01-01 DOI:10.36336/akustika20214183
D. Koshurnikov, Mikhail Kartyshev
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引用次数: 0

Abstract

The existing regulatory and methodical base does not provide for establishing airport zones (AZs). There are no unified approaches to establishing relevant boundaries, control over them, and substantiating limitations on use of land spots. The developed procedure for establishing the sanitary (seventh) subzone in an AZ creates a universal algorithm for determining boundaries of this subzone in any AZ. Methodical approaches contain requirements to creating boundaries of the sanitary (seventh) subzone including relevant computations, computed boundaries being verified with instrumental observations (measurements), zoning the sanitary (seventh) subzone as per health risk criteria, and subsequent production control. Airports used in civil aviation have been differentiated for the first time within the procedure; it was done in order to separate requirements to accomplishing both verifying measurements and production control. Besides, approaches to zoning the sanitary (seventh) subzone in an AZ as per health risk criteria have been implemented for the first time; these criteria are applied to determine limitations on use of land spots. Averaged daily noise level (LAd) was used as a noise exposure indictor. Four zones with different risk levels were determined with different types of economic activities to be performed in them depending on functions of capital construction objects located there.
机场第七个分区的建立方法
现有的规管和方法基础并没有规定设立机场地带。有关地界的划定、控制和用地限制,尚无统一的办法。在AZ内建立卫生(第七)分区的开发程序创建了一个通用算法,用于确定任何AZ内该分区的边界。方法方法包含创建卫生(第七)分区边界的要求,包括相关计算,用仪器观察(测量)验证计算的边界,根据健康风险标准划分卫生(第七)分区,以及随后的生产控制。在程序中首次对民航使用的机场进行了区分;这样做是为了分开要求来完成验证测量和生产控制。此外,根据健康风险标准首次实施了在AZ内划分卫生(第七)分区的办法;这些准则适用于确定土地点的使用限制。使用平均日噪声水平(LAd)作为噪声暴露指标。根据基本建设对象的功能,确定了四个不同风险等级的区域,并在其中进行不同类型的经济活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Akustika
Akustika ACOUSTICS-
CiteScore
0.80
自引率
0.00%
发文量
4
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