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src_point.v5
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#
# This is a file describing a point source for SILAM version 5
#
# 1. The source may have time-varying strength and composition.
# 2. There is an option enabling buoyant plume rise computation.
# 3. Each new point source v.5 begins with the word POINTSOURCE_5, in uppercase letters.
# 4. It must end with END_POINTSOURCE_5 in upper case letters
#
# Give positive values to all timesteps/intervals, even for adjoint computations
# All lines beginning with # or ! are comment lines, as well as empty ones.
# Also inside a line everything from a # to line's end is considered to
# to be a comment.
#
# Mikhail Sofiev, October 2001
#
# Here are the input parameters:
#############################################################################
#
# The first source
#
POINT_SOURCE_5 # First point-source starts
source_name = TOYPOINT
source_sector_name = # source sector name, e.g. SNAP_10. May be empty
#
# Some norwegian sea
#
source_longitude = -5 # start geograph. lat., degrees and decimals, N positive
source_latitude = 65 # start geograph. lon., degrees and decimals, E positive
# Plume characteristics: horizontal size, gas vertical velocity and temperature
# Used only if plume rise routine is activated and ignored otherwise.
# Above source height boundaries are also involved in the plume rise computation
plume_rise = NO
release_rate_unit = kg/sec # Unit of the release rate: <mass>/<time>
# [kg][g][t][bq][mole] - mass(radioactivity);
# [yr][mon][day][hr][min][sec] - time units
vertical_unit = m #hpa # unit of the vertical release boundaries [hpa] or [m]
vertical_distribution = SINGLE_LEVEL_DYNAMIC # SINGLE_LEVEL_DYNAMIC, MULTI_LEVEL_FIXED, PLUME_RISE
stack_height = 10 m
# Time-strength-composition data.
# Arbitrary number of lines. The last line determines the end of the release
# If there is only one line, it may be just:
# NOW <duration [min]> <rate> <xy_size> <bottom> <top> <z-velocity> <tempr> <cocktail_name>
# Otherwise each line contains:
# y4 m2 d2 h2 m2 sec(real) <xy_size> <bottom> <top> <z-velocity> <tempr> <cocktail_name1><rate1>...
par_str_point = 2017 01 01 06 00 0.0 1. 500. 1000. 5.0 450. PASSIVE_COCKTAIL 2. PM_COARSE 5. PM_VERY_COARSE 5. #TEST_COCKTAIL 1. AEROSOL_2_5_COCKTAIL 1.
par_str_point = 2017 01 01 07 00 0.0 1. 500. 1000. 5.0 450. PASSIVE_COCKTAIL 3. PM_COARSE 5. PM_VERY_COARSE 5. # TEST_COCKTAIL 5. AEROSOL_2_5_COCKTAIL 1.
#
# ETEX source timing:
#
#par_str = 2010 07 13 00 00 0. 1. 8. 50. 0. 273. PASSIVE_COCKTAIL 7.98
#par_str = 2010 07 13 03 00 0. 1. 8. 50. 0. 273. PASSIVE_COCKTAIL 7.98
#
# Extra rate adjustment is possible: hour_in_day, day_in_week, month_in_year
#
# 24 hours in day: duirnal relative intensity
# 7 days in week: week-day relative intensity
# 12 months in year: monthly relative intensity
#
# Time variation indices - separate set for every cocktail
hour_in_day_index = PASSIVE_COCKTAIL 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1.
day_in_week_index = PASSIVE_COCKTAIL 1. 1. 1. 1. 1. 1. 1.
month_in_year_index = PASSIVE_COCKTAIL 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1.
END_POINT_SOURCE_5 # MANDATORY