GSO ISO 10573:2013

ISO 10573:1995
Gulf Standard   Current Edition · Approved on 01 April 2013

Soil quality - Determination of water content in the unsaturated zone - Neutron depth probe method

GSO ISO 10573:2013 Files

English 13 Pages
Current Edition Reference Language
122.77 USD

GSO ISO 10573:2013 Scope

This International Standard specifies an in situ method for the determination of water content in the unsaturated zone of soils using a neutron depth probe. lt is applicable when investigations into the water storage, water balance and water distribution in the unsaturated zone of the soil are carried out. Because the method is non-destructive, it is particularly suitable for repeated measurements at fixed locations. Water content profiles tan be obtained by measuring at a series of depths down to any depth within the range of the phreatic level at the site. The advantage of the method compared with some others, for example the gamma probe method, is the rapidity with which measurements tan be carried out. A disadvantage, however, is the relatively poor depth resolution of the measurements.

Best Sellers From Chemical and Textile Sector

GSO 1943:2024
 
Gulf Technical Regulation
Cosmetic Products – Safety Requirements of Cosmetics and Personal Care Products
GSO 151:2022
 
Gulf Standard
Synthetic Detergents –Household Synthetic Detergents Powder
GSO 2555:2021
 
Gulf Technical Regulation
General Safety Requirements of Household Detergents
YSMO GSO 2555:2023
GSO 2555:2021 
Yemeni Standard
General Safety Requirements of Household Detergents

Recently Published from Chemical and Textile Sector

GSO 1240:2002
 
Gulf Standard
Methods of test for sulphur determination of carbonate content
GSO 140:1991
 
Gulf Standard
METHODS OF TESTING RUBBER HOSES FOR HOUSEHOLD APPLIANCES USING LIQUEFIED PETROLEUM GASES
GSO 1226:2002
 
Gulf Standard
Methods of testing liquid foam concentrates for fire extinguishing .
GSO 276:2003
 
Gulf Standard
METHODS OF TESTING OF HEAD CLOTH FOR MEN — COTTON SHEMAGH AND POLYESTER SHEMAGH BLENDED OR COTTON SYNTHETIC FIBRES SHEMAGH