10   Climatic conditions
		10.1 Inclusion of hygroscopic goods in
			container transport
		10.2 Fundamental issues relating to container climate
			10.2.1 Temperature & water vapor content of the air
			10.2.2 Hygroscopicity
			10.2.3 Water content of the goods
			10.2.4 Sorption behavior
			10.2.5 Sorption isotherms
			10.2.6 Explanation of the sorption behavior of a product
			10.2.7 Types of sorption isotherm
			10.2.8 Water vapor in container air
			10.2.9 Definition of moisture sensitivity
		10.3 Cryptoclimate in the container
			10.3.1 Interfaces in the container
			10.3.2 Storage temperatures in the container
				10.3.2.1 Influence of solar radiation
				10.3.2.2 Depth of penetration of temperatures
			10.3.3 Water vapor in the container
			10.3.4 Sources of sweat
				10.3.4.1 Container air as source of sweat
				10.3.4.2 Ventilation air as source of sweat
				10.3.4.3 Water content of the goods as source of sweat
				10.3.4.4 Water content of packaging, accompanying
						material and dunnage
				10.3.4.5 Rain water (leaks) as source of sweat
			10.3.5 Influence of radiation on container cryptoclimate
				10.3.5.1 Formation of container sweat in radiation weather
				10.3.5.2 Sweat classes
			10.3.6 Influence of climatic change due
					to international transport
				10.3.6.1 Formation of container sweat in the event
						of a drop in air temperature
				10.3.6.2 Humidity motor (cycle) in the container
				10.3.6.3 Loss prevention measures
				10.3.6.4 Formation of cargo sweat in the event of a rise in
						air temperature
				10.3.6.5 Loss prevention measures
				10.3.6.6 Formation of cargo and container sweat
			10.3.7 Measures for avoiding moisture damage
		10.4 Interrelationships between cargo type, container type and
			stowage space
			10.4.1 Selection of suitable container type
			10.4.2 Stowage space requirements on a
					container ship

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