# DELPHIN6 VOC Database File
# 
# Lines beginning with a hash character '#' are comments and ignored
# Use the keyword 'undefined' for all _string_ entries to indicate missing information
# For constant "linear splines" simply store one x and one y value.
# Use -1e-100 for undefined/unknown values.


# The first table contains the VOC data with the following format:
# 
# ENTITY <string: VOC name>
#        <string: alternative descriptive name(s)>
#        <string: molecular formula>
#        <double: molar weight in kg/mol>
#        <double: liquid density of the VOC in [kg(VOC)/m3(VOC)]>
#        <double vec: temperatures for saturation densities in K>
#        <            saturation densities in kg/m3(gas)>
#        <double vec: temperatures for diffusion coefficients in K>
#        <            diffusion coefficients in air in m2/s>

TABLE: VOC_DATA

ENTITY Hexanal	
	66-25-1	
	C6H12O
	1.00E-01
	818
	253.15	258.15	263.15	268.15	273.15	278.15	283.15	288.15	293.15	296.15	298.15	303.15	308.15	313.15	318.15	323.15	328.15	333.15	
	2.604E-03	3.878E-03	5.669E-03	8.146E-03	1.152E-02	1.604E-02	2.201E-02	2.981E-02	3.985E-02	4.716E-02	5.264E-02	6.874E-02	8.882E-02	1.136E-01	1.439E-01	1.806E-01	2.247E-01	2.774E-01	
	296.15 
	6.672E-06
ENTITY	TVOC	
	From validation case	
	----
	0.2	
	1
	253.15	333.15	
	1E-07	1E-07 
	296.15 
	1E-7

# The next table contains properties for a combination of materials and VOCs
# with the following format:
#
# ENTITY
#   <VOC name>
#   <Material ID name>
#   <double:    diffusion coefficient D_m w.r.t material concentration >
#   <double:    partition coefficient, K_ma in [kg(VOC.REV)/kg(VOC,g)] >

TABLE: VOC_MATERIAL_DATA

ENTITY 
	TVOC
	Particle Board
	7.65E-11
	3289
ENTITY 
	Hexanal
	Particle Board
	7.65E-11
	3289


