ZIRCONIUM PROPERTIES
CARD 201MMM00, COMPOSITION TYPE AND DATA FORMAT
Card 20100100
W1(A) MATERIAL TYPE = tbl/fctn
Cladding thermal properties are given in Ref.[ 10 ], p. 4. These values are for the Leningrad Nuclear Power Plant (LNPP), but are assumed applicable here.
W2(I) THERMAL CONDUCTIVITY FORMAT FLAG = 1
Thermal conductivity versus temperature table entered.
W3(I) VOLUMETRIC HEAT CAPACITY FLAG = 1
Specific heat versus temperature table entered.
CARDS 201MMM01 - 201MMM49, THERMAL CONDUCTIVITY DATA
Cards 20100101-20100110
Pairs of temperature and thermal conductivity, where
W1(R) TEMPERATURE (K)
W2(R) THERMAL CONDUCTIVITY (W/m-K)
20100101 273 17.0
20100102 473 19.3
20100103 673 20.5
20100104 873 21.8
20100105 973 22.9
20100106 1273 27.8
20100107 1373 29.0
20100108 1473 30.1
20100109 1573 31.2
20100110 1773 33.4
CARDS 201MMM51 - 201MMM99, VOLUMETRIC HEAT CAPACITY DATA
Cards 20100151-20100157
Pairs of temperature and volumetric heat capacity, where
W1(R) TEMPERATURE (K)
W2(R) VOLUMETRIC HEAT CAPACITY (J/m3-K)
20100151 273 1.77e6
20100152 473 1.97e6
20100153 673 2.25e6
20100154 873 2.61e6
20100155 973 2.93e6
20100156 1273 2.19e6
20100157 1773 2.19e6
GRAPHITE RING PROPERTIES - the heat capacity of graphite; a thermal conductivity determined as the effective value between moderator and coolant.
CARD 201MMM00, COMPOSITION TYPE AND DATA FORMAT
Card 20100200
W1(A) MATERIAL TYPE = tbl/fctn
Thermal conductivity and specific heat information input.
W2(I) THERMAL CONDUCTIVITY FORMAT FLAG = 1
Thermal conductivity versus temperature table entered.
W3(I) VOLUMETRIC HEAT CAPACITY FLAG = 1
Specific heat versus temperature table entered.
CARDS 201MMM01 - 201MMM49, THERMAL CONDUCTIVITY DATA
Card 20100201-20100210
Pairs of temperature and thermal conductivity (these values are for the LNPP, but are assumed applicable here (Ref. [ 10 ], p. 4)), where
W1(R) TEMPERATURE (K)
W2(R) THERMAL CONDUCTIVITY (W/m-K)
20100201 273 3.32
20100202 473 3.70
20100203 573 4.07
20100204 673 4.45
20100205 773 4.83
20100206 873 5.20
20100207 973 5.58
20100208 1073 5.96
20100209 1173 6.33
20100210 1273 7.08
CARDS 201MMM51 - 201MMM99, VOLUMETRIC HEAT CAPACITY DATA
Cards 20100251-20100257
Pairs of temperature and volumetric heat capacity (Ref. [ 11 ], p. 19-51), where
W1(R) TEMPERATURE (K)
W2(R) VOLUMETRIC HEAT CAPACITY (J/m3-K)
20100251 273.15 2.49e6 (this value was not given in Ref. [ 11 ], however, it is necessary for the calculations and was assumed constant below 533.15 K)
20100252 533.15 2.49e6
20100253 810.92 3.15e6
20100254 1088.71 3.52e6
20100255 1366.48 3.72e6
20100256 1644.26 3.82e6
20100257 4422.04 4.15e6
GRAPHITE PROPERTIES
CARD 201MMM00, COMPOSITION TYPE AND DATA FORMAT
Card 20100300
W1(A) MATERIAL TYPE = tbl/fctn
Graphite thermal properties are given in Ref. [ 11 ], p. 19-51.
W2(I) THERMAL CONDUCTIVITY FORMAT FLAG = 1
Thermal conductivity versus temperature table entered.
W3(I) VOLUMETRIC HEAT CAPACITY FLAG = 1
Specific heat versus temperature table entered.
CARDS 201MMM01 - 201MMM49, THERMAL CONDUCTIVITY DATA
Cards 20100301-20100313
Pairs of temperature and thermal conductivity, where
W1(R) TEMPERATURE (K)
W2(R) THERMAL CONDUCTIVITY (W/m-K)
20100301 294.26 156.0
20100302 394.26 125.0
20100303 533.15 100.0
20100304 672.04 87.0
20100305 810.93 74.7
20100306 949.82 68.5
20100307 1088.71 56.1
20100308 1366.48 49.8
20100309 1644.26 43.6
20100310 1922.04 38.9
20100311 2199.82 37.4
20100312 2477.59 35.8
20100313 2755.37 34.3
CARDS 201MMM51 - 201MMM99, VOLUMETRIC HEAT CAPACITY DATA
Cards 20100351-20100357
Pairs of temperature and volumetric heat capacity, where
W1(R) TEMPERATURE (K)
W2(R) VOLUMETRIC HEAT CAPACITY (J/m3-K)
20100351 273.15 2.49e6 (this value was not given in Ref. [ 11 ], however, it is necessary for the calculations and was assumed constant below 533.15 K)
20100352 533.15 2.49e6
20100353 810.93 3.15e6
20100354 1088.71 3.52e6
20100355 1366.48 3.72e6
20100356 1644.26 3.82e6
20100357 4422.04 4.15e6
UO2 PROPERTIES
CARD 201MMM00, COMPOSITION TYPE AND DATA FORMAT
Card 20100400
W1(A) MATERIAL TYPE = tbl/fctn
Fuel thermal properties are given in Ref. [ 10 ]
W2(I) THERMAL CONDUCTIVITY FORMAT FLAG = 1
Thermal conductivity versus temperature table entered.
W3(I) VOLUMETRIC HEAT CAPACITY FLAG = 1
Specific heat versus temperature table entered.
CARDS 201MMM01 - 201MMM49, THERMAL CONDUCTIVITY DATA
Cards 20100401-20100410
Pairs of temperature and thermal conductivity, where
W1(R) TEMPERATURE (K)
W2(R) THERMAL CONDUCTIVITY (W/m-K)
20100401 273 4.0 (this value was not given in Ref. [ 10 ], however, it is necessary for the calculations and was assumed constant below 873 K)
20100402 873 4.0
20100403 1273 2.9
20100404 1473 2.55
20100405 1673 2.4
20100406 1873 2.3
20100407 2273 2.6
20100408 2473 3.0
20100409 2773 3.6
20100410 3273 3.9
CARDS 201MMM51 - 201MMM99, VOLUMETRIC HEAT CAPACITY DATA
Cards 20100451-20100460
Pairs of temperature and volumetric heat capacity, where
W1(R) TEMPERATURE (K)
W2(R) VOLUMETRIC HEAT CAPACITY (J/m3-K)
20100451 273 3.7e6 (this value was not given in Ref. [ 10 ], however, it is necessary for the calculations and was assumed constant below 873 K)
20100452 873 3.7e6
20100453 1273 3.37e6
20100454 1473 3.4e6
20100455 1673 3.5e6
20100456 1873 3.6e6
20100457 2273 3.98e6
20100458 2473 4.5e6
20100459 2773 5.0e6
20100460 3273 5.0e6
GAP PROPERTIES - the heat capacity of helium; a thermal conductivity determined by the gap conductance model of RELAP5.
CARD 201MMM00, COMPOSITION TYPE AND DATA FORMAT
Card 20100500
W1(A) MATERIAL TYPE = tbl/fctn
Thermal conductivity and specific heat information input.
W2(I) THERMAL CONDUCTIVITY FORMAT FLAG = 3
The gap conductance model will be used. A table will be entered containing gas component names and mole fractions.
W3(I) VOLUMETRIC HEAT CAPACITY FLAG = 1
Specific heat versus temperature table entered.
CARDS 201MMM01 - 201MMM49, THERMAL CONDUCTIVITY DATA
Cards 20100501-20100504
Pairs of gas names and mole fractions, where
W1(R) GAS NAME
W2(R) MOLE FRACTION
20100501 helium 0.94000
20100502 xenon 0.05220
20100503 krypton 0.00780
CARDS 201MMM51 - 201MMM99, VOLUMETRIC HEAT CAPACITY DATA
Card 20100551
W1(R) 3.05e3 J/m3-K
This value was determined.