Browsing Interface
: Welcome guest :
log in
[
Home
| 
Graph
|  ]
KB:
SUMO
Language:
ChineseLanguage
ChinesePinyinWriting
ChineseSimplifiedWriting
ChineseTraditionalLanguage
EnglishLanguage
FrenchLanguage
GermanLanguage
HerbaceousPlant
Hindi
ItalianLanguage
JapaneseLanguage
PortugueseLanguage
SpanishLanguage
SwedishLanguage
WoodyPlant
cb
cz
de
hi
ro
sv
tg
Formal Language:
OWL
SUO-KIF
TPTP
traditionalLogic
KB Term:
Term intersection
English Word:
Any
Noun
Verb
Adjective
Adverb
meltingPoint
Sigma KEE - meltingPoint
meltingPoint
appearance as argument number 1
(
documentation
meltingPoint
ChineseLanguage
"这是当
PureSubstance
从
Solid
变成
Liquid
状态的温度。注:
Arsenic
可以直接从
Solid
升华成
Gas
,这意味着它的熔点和沸点是相等的。")
chinese_format.kif 1420-1421
(
documentation
meltingPoint
EnglishLanguage
"The temperature at which a
PureSubstance
changes state from a
Solid
to a
Liquid
. Note that
Arsenic
can sublimate directly from
Solid
to
Gas
which means that its melting and boiling points are equal.")
Merge.kif 13881-13883
(
domain
meltingPoint
2
TemperatureMeasure
)
Merge.kif 13880-13880
Die Zahl 2 Argument von
meltingPoint
ist ein
fall
von
TemperatureMeasure
%n{nicht}
(
domainSubclass
meltingPoint
1
PureSubstance
)
Merge.kif 13879-13879
Die Zahl 1 Argument von
meltingPoint
ist eine
teilkategorie
von
PureSubstance
%n{nicht}
(
instance
meltingPoint
BinaryPredicate
)
Merge.kif 13878-13878
meltingPoint
ist ein
fall
von
BinaryPredicate
%n{nicht}
appearance as argument number 2
(
format
ChineseLanguage
meltingPoint
"%2 %n 是 %1 的 melting 点")
domainEnglishFormat.kif 1679-1679
(
format
ChineseTraditionalLanguage
meltingPoint
"%2 %n 是 %1 的 melting 點")
domainEnglishFormat.kif 1678-1678
(
format
EnglishLanguage
meltingPoint
"%2 is %n a melting point of %1")
domainEnglishFormat.kif 1677-1677
(
termFormat
ChineseLanguage
meltingPoint
"熔点")
domainEnglishFormat.kif 36983-36983
(
termFormat
ChineseTraditionalLanguage
meltingPoint
"熔點")
domainEnglishFormat.kif 36982-36982
(
termFormat
EnglishLanguage
meltingPoint
"melting point")
domainEnglishFormat.kif 36981-36981
antecedent
(=>
(
and
(
instance
?SUBSTANCE ?TYPE)
(
boilingPoint
?TYPE
(
MeasureFn
?TEMP1 ?MEASURE))
(
meltingPoint
?TYPE
(
MeasureFn
?TEMP2 ?MEASURE))
(
instance
?MEASURE
UnitOfTemperature
)
(
holdsDuring
?TIME
(
measure
?SUBSTANCE
(
MeasureFn
?TEMP3 ?MEASURE)))
(
greaterThan
?TEMP3 ?TEMP2)
(
lessThan
?TEMP3 ?TEMP1))
(
or
(
holdsDuring
?TIME
(
attribute
?SUBSTANCE
Liquid
))
(
exists
(?MELT)
(
and
(
overlapsTemporally
(
WhenFn
?MELT) ?TIME)
(
instance
?MELT
Melting
)
(
patient
?MELT ?SUBSTANCE)))))
Merge.kif 13885-13900
Wenn
Entity
ist ein
fall
von
** PureSubstance
%n{nicht} und
boilingPoint
** PureSubstance
and
RealNumber
UnitOfMeasure
(s) und
meltingPoint
** ** PureSubstance
and
** RealNumber
** UnitOfMeasure
(s) und
** UnitOfMeasure
ist ein
fall
von
UnitOfTemperature
%n{nicht} und das
mass
von
** Entity
ist
** RealNumber
** UnitOfMeasure
(s) %n{nicht} haelt
waehrend
TimeInterval
%n{nicht} und
** ** RealNumber
ist
groesserAls
** ** RealNumber
%n{nicht} und
** ** RealNumber
ist
kleinerAls
** RealNumber
%n{nicht},
dann
Liquid
ist ein
attribut
von
** Entity
%n{nicht} haelt
waehrend
** TimeInterval
%n{nicht} oder es gibt
Process
um
** TimeInterval
deckt
sich mit die
zeit
des Bestehens von
** Process
%n{nicht} und
** Process
ist ein
fall
von
Melting
%n{nicht} und
** Entity
ist ein
patient
von
** Process
%n{nicht}
(=>
(
and
(
instance
?SUBSTANCE ?TYPE)
(
meltingPoint
?TYPE
(
MeasureFn
?TEMP1 ?MEASURE))
(
holdsDuring
?TIME
(
measure
?SUBSTANCE
(
MeasureFn
?TEMP2 ?MEASURE)))
(
instance
?MEASURE
UnitOfTemperature
)
(
lessThan
?TEMP2 ?TEMP1))
(
or
(
holdsDuring
?TIME
(
attribute
?SUBSTANCE
Solid
))
(
exists
(?FREEZE)
(
and
(
overlapsTemporally
(
WhenFn
?FREEZE) ?TIME)
(
instance
?FREEZE
Freezing
)
(
patient
?FREEZE ?SUBSTANCE)))))
Merge.kif 13902-13915
Wenn
Entity
ist ein
fall
von
** PureSubstance
%n{nicht} und
meltingPoint
** PureSubstance
and
RealNumber
UnitOfMeasure
(s) und das
mass
von
** Entity
ist
** RealNumber
** UnitOfMeasure
(s) %n{nicht} haelt
waehrend
TimeInterval
%n{nicht} und
** UnitOfMeasure
ist ein
fall
von
UnitOfTemperature
%n{nicht} und
** ** RealNumber
ist
kleinerAls
** RealNumber
%n{nicht},
dann
Solid
ist ein
attribut
von
** Entity
%n{nicht} haelt
waehrend
** TimeInterval
%n{nicht} oder es gibt
Process
um
** TimeInterval
deckt
sich mit die
zeit
des Bestehens von
** Process
%n{nicht} und
** Process
ist ein
fall
von
Freezing
%n{nicht} und
** Entity
ist ein
patient
von
** Process
%n{nicht}
(=>
(
and
(
instance
?X ?Y)
(
subclass
?Y
PureSubstance
)
(
boilingPoint
?Y
(
MeasureFn
?BOIL
KelvinDegree
))
(
meltingPoint
?Y
(
MeasureFn
?MELT
KelvinDegree
))
(
measure
?X
(
MeasureFn
?TEMP
KelvinDegree
))
(
greaterThan
?TEMP ?MELT)
(
lessThan
?TEMP ?BOIL))
(
attribute
?X
Liquid
))
Merge.kif 13831-13840
Wenn
Object
ist ein
fall
von
** PureSubstance
%n{nicht} und
** PureSubstance
ist eine
teilkategorie
von
PureSubstance
und
boilingPoint
** ** PureSubstance
and
RealNumber
KelvinDegree
(s) und
meltingPoint
** ** PureSubstance
and
** RealNumber
KelvinDegree
(s) und das
mass
von
** Object
ist
** RealNumber
KelvinDegree
(s) %n{nicht} und
** ** RealNumber
ist
groesserAls
** ** RealNumber
%n{nicht} und
** ** RealNumber
ist
kleinerAls
** RealNumber
%n{nicht},
dann
Liquid
ist ein
attribut
von
** Object
%n{nicht}
(=>
(
and
(
instance
?X ?Y)
(
subclass
?Y
PureSubstance
)
(
meltingPoint
?Y
(
MeasureFn
?MELT
KelvinDegree
))
(
barometricPressure
?X
(
MeasureFn
?PRES
InchMercury
))
(
greaterThan
?PRES 29.92)
(
measure
?X
(
MeasureFn
?TEMP
KelvinDegree
))
(
lessThan
?TEMP ?MELT))
(
attribute
?X
Solid
))
Merge.kif 13842-13851
Wenn
Object
ist ein
fall
von
** PureSubstance
%n{nicht} und
** PureSubstance
ist eine
teilkategorie
von
PureSubstance
und
meltingPoint
** ** PureSubstance
and
RealNumber
KelvinDegree
(s) und
barometricPressure
** Object
and
** RealNumber
InchMercury
(s) und
** ** RealNumber
ist
groesserAls
29.92 %n{nicht} und das
mass
von
** Object
ist
** RealNumber
KelvinDegree
(s) %n{nicht} und
** ** RealNumber
ist
kleinerAls
** RealNumber
%n{nicht},
dann
Solid
ist ein
attribut
von
** Object
%n{nicht}
(=>
(
and
(
meltingPoint
?TYPE
(
MeasureFn
?MELT ?U))
(
boilingPoint
?TYPE
(
MeasureFn
?BOIL ?U)))
(
greaterThanOrEqualTo
?BOIL ?MELT))
Merge.kif 13917-13921
Wenn
meltingPoint
** PureSubstance
and
RealNumber
UnitOfMeasure
(s) und
boilingPoint
** PureSubstance
and
** RealNumber
** UnitOfMeasure
(s),
dann
** ** RealNumber
ist
groesserAlsOderGleich
** RealNumber
%n{nicht}
appearance as argument number 0
(
meltingPoint
Actinium
(
MeasureFn
1320.0
KelvinDegree
))
Mid-level-ontology.kif 29345-29345
meltingPoint
Actinium
and 1320.0
KelvinDegree
(s)
(
meltingPoint
Aluminum
(
MeasureFn
933.52
KelvinDegree
))
Mid-level-ontology.kif 29193-29193
meltingPoint
Aluminum
and 933.52
KelvinDegree
(s)
(
meltingPoint
Americium
(
MeasureFn
1267.0
KelvinDegree
))
Mid-level-ontology.kif 29357-29357
meltingPoint
Americium
and 1267.0
KelvinDegree
(s)
(
meltingPoint
Antimony
(
MeasureFn
903.89
KelvinDegree
))
Mid-level-ontology.kif 29269-29269
meltingPoint
Antimony
and 903.89
KelvinDegree
(s)
(
meltingPoint
Argon
(
MeasureFn
83.78
KelvinDegree
))
Mid-level-ontology.kif 29203-29203
meltingPoint
Argon
and 83.78
KelvinDegree
(s)
(
meltingPoint
Arsenic
(
MeasureFn
886.0
KelvinDegree
))
Mid-level-ontology.kif 29233-29233
meltingPoint
Arsenic
and 886.0
KelvinDegree
(s)
(
meltingPoint
Astatine
(
MeasureFn
575.0
KelvinDegree
))
Mid-level-ontology.kif 29337-29337
meltingPoint
Astatine
and 575.0
KelvinDegree
(s)
(
meltingPoint
Barium
(
MeasureFn
998.0
KelvinDegree
))
Mid-level-ontology.kif 29279-29279
meltingPoint
Barium
and 998.0
KelvinDegree
(s)
(
meltingPoint
Berkelium
(
MeasureFn
1259.0
KelvinDegree
))
Mid-level-ontology.kif 29361-29361
meltingPoint
Berkelium
and 1259.0
KelvinDegree
(s)
(
meltingPoint
Beryllium
(
MeasureFn
1551.0
KelvinDegree
))
Mid-level-ontology.kif 29175-29175
meltingPoint
Beryllium
and 1551.0
KelvinDegree
(s)
(
meltingPoint
Bismuth
(
MeasureFn
544.5
KelvinDegree
))
Mid-level-ontology.kif 29333-29333
meltingPoint
Bismuth
and 544.5
KelvinDegree
(s)
(
meltingPoint
Boron
(
MeasureFn
2573.0
KelvinDegree
))
Mid-level-ontology.kif 29177-29177
meltingPoint
Boron
and 2573.0
KelvinDegree
(s)
(
meltingPoint
Bromine
(
MeasureFn
265.9
KelvinDegree
))
Mid-level-ontology.kif 29237-29237
meltingPoint
Bromine
and 265.9
KelvinDegree
(s)
(
meltingPoint
Cadmium
(
MeasureFn
594.1
KelvinDegree
))
Mid-level-ontology.kif 29263-29263
meltingPoint
Cadmium
and 594.1
KelvinDegree
(s)
(
meltingPoint
Caesium
(
MeasureFn
301.55
KelvinDegree
))
Mid-level-ontology.kif 29277-29277
meltingPoint
Caesium
and 301.55
KelvinDegree
(s)
(
meltingPoint
Calcium
(
MeasureFn
1112.0
KelvinDegree
))
Mid-level-ontology.kif 29207-29207
meltingPoint
Calcium
and 1112.0
KelvinDegree
(s)
(
meltingPoint
Californium
(
MeasureFn
1173.0
KelvinDegree
))
Mid-level-ontology.kif 29362-29362
meltingPoint
Californium
and 1173.0
KelvinDegree
(s)
(
meltingPoint
Carbon
(
MeasureFn
3823.0
KelvinDegree
))
Mid-level-ontology.kif 29179-29179
meltingPoint
Carbon
and 3823.0
KelvinDegree
(s)
(
meltingPoint
Cerium
(
MeasureFn
1071.0
KelvinDegree
))
Mid-level-ontology.kif 29283-29283
meltingPoint
Cerium
and 1071.0
KelvinDegree
(s)
(
meltingPoint
Chlorine
(
MeasureFn
172.17
KelvinDegree
))
Mid-level-ontology.kif 29201-29201
meltingPoint
Chlorine
and 172.17
KelvinDegree
(s)
(
meltingPoint
Chromium
(
MeasureFn
2130.0
KelvinDegree
))
Mid-level-ontology.kif 29215-29215
meltingPoint
Chromium
and 2130.0
KelvinDegree
(s)
(
meltingPoint
Cobalt
(
MeasureFn
1768.0
KelvinDegree
))
Mid-level-ontology.kif 29221-29221
meltingPoint
Cobalt
and 1768.0
KelvinDegree
(s)
(
meltingPoint
Copper
(
MeasureFn
1356.6
KelvinDegree
))
Mid-level-ontology.kif 29225-29225
meltingPoint
Copper
and 1356.6
KelvinDegree
(s)
(
meltingPoint
Curium
(
MeasureFn
1613.0
KelvinDegree
))
Mid-level-ontology.kif 29360-29360
meltingPoint
Curium
and 1613.0
KelvinDegree
(s)
(
meltingPoint
Dysprosium
(
MeasureFn
1682.0
KelvinDegree
))
Mid-level-ontology.kif 29299-29299
meltingPoint
Dysprosium
and 1682.0
KelvinDegree
(s)
Display limited to 25 items.
Show next 25
Display limited to 25 items.
Show next 25
Show simplified definition (without tree view)
Show simplified definition (with tree view)
Show without tree
Sigma web home
Suggested Upper Merged Ontology (SUMO) web home
Sigma version 3.0 is
open source software
produced by
Articulate Software
and its partners