10_a_lob_j01
%3
0010_0001__If
if[cnt][cnd]
0010_0004__are
are
0010_0001__If->0010_0004__are
[restriction]
0010_0034__will_0010_0035__be_0010_0036__given
will_be_given
0010_0001__If->0010_0034__will_0010_0035__be_0010_0036__given
[scope]
0010_0002__the_0010_0003__electrodes
the_electrodes
0010_0004__are->0010_0002__the_0010_0003__electrodes
[arg0]
0010_0011__and
and
0010_0004__are->0010_0011__and
[prd2]
0010_0014__the_0010_0015__change
the_change
0010_0034__will_0010_0035__be_0010_0036__given->0010_0014__the_0010_0015__change
[arg1]
z_0010_1050
_
0010_0034__will_0010_0035__be_0010_0036__given->z_0010_1050
[arg0]by[lgs]
0010_0005__sodium
sodium
0010_0011__and->0010_0005__sodium
[conj1]
0010_0013__sodium
sodium
0010_0011__and->0010_0013__sodium
[conj2]
0010_0006__saturated
saturated
0010_0006__saturated->0010_0005__sodium
[arg0]
0010_0010__oxide
oxide
0010_0006__saturated->0010_0010__oxide
with[mnr]
z_0010_1008
_
0010_0010__oxide->z_0010_1008
[genv]
0010_0008__its
its
z_0010_1008->0010_0008__its
[genv]
0010_0009__own
own
z_0010_1008->0010_0009__own
[attrib]
0010_0012__unsaturated
unsaturated
0010_0013__sodium->0010_0012__unsaturated
[attrib]
0010_0018__energy
energy
0010_0014__the_0010_0015__change->0010_0018__energy
of
0010_0017__free
free
0010_0018__energy->0010_0017__free
[attrib]
0010_0019__accompanying
accompanying
0010_0019__accompanying->0010_0014__the_0010_0015__change
[arg0]
0010_0020__the_0010_0021__transfer
the_transfer
0010_0019__accompanying->0010_0020__the_0010_0021__transfer
[arg1]
0010_0023__one_0010_0024__mole
one_mole
0010_0020__the_0010_0021__transfer->0010_0023__one_0010_0024__mole
of
0010_0028__the_0010_0029__saturated
the_saturated
0010_0020__the_0010_0021__transfer->0010_0028__the_0010_0029__saturated
from
0010_0031__the_0010_0033__metal
the_metal
0010_0020__the_0010_0021__transfer->0010_0031__the_0010_0033__metal
to
0010_0026__0_bsup_=_102
r_0010_0026__0_bsup_=_102
0010_0023__one_0010_0024__mole->0010_0026__0_bsup_=_102
of
0010_0032__unsaturated
unsaturated
0010_0031__the_0010_0033__metal->0010_0032__unsaturated
[attrib]
0010_0045__are
are
0010_0045__are->z_0010_1050
[mnr]
0010_0046__the_0010_0047__activities
the_activities
0010_0045__are->0010_0046__the_0010_0047__activities
[prd2]
z_0010_1027
_
0010_0045__are->z_0010_1027
[arg0]
0010_0049__oxygen
oxygen
0010_0046__the_0010_0047__activities->0010_0049__oxygen
of
0010_0057__and
and
0010_0049__oxygen->0010_0057__and
0010_0052__sodium
sodium
0010_0057__and->0010_0052__sodium
in
0010_0059__the_0010_0061__sodium
the_sodium
0010_0057__and->0010_0059__the_0010_0061__sodium
in
0010_0051__saturated
saturated
0010_0051__saturated->0010_0052__sodium
[arg0]
0010_0054__concentration_0010_0055__c_bsub_0_ast__bsub_
concentration_c_bsub_0_ast__bsub_
0010_0054__concentration_0010_0055__c_bsub_0_ast__bsub_->0010_0052__sodium
[prn]
0010_0060__unsaturated
unsaturated
0010_0059__the_0010_0061__sodium->0010_0060__unsaturated
[attrib]
0010_0063__concentration_0010_0066__c_bsub_0_ast__bsub_
concentration_c_bsub_0_ast__bsub_
0010_0063__concentration_0010_0066__c_bsub_0_ast__bsub_->0010_0059__the_0010_0061__sodium
[prn]
0010_0070__the_0010_0072__temperature
the_temperature
0010_0071__absolute
absolute
0010_0070__the_0010_0072__temperature->0010_0071__absolute
[attrib]
0010_0073__and
and
0010_0073__and->0010_0045__are
[conj1]
z_0010_1044
_
0010_0073__and->z_0010_1044
[conj2]
z_0010_1047
_
0010_0073__and->z_0010_1047
[conj3]
z_0010_1044->z_0010_1050
[mnr]
z_0010_1044->0010_0070__the_0010_0072__temperature
[prd2]
z_0010_1041
_
z_0010_1044->z_0010_1041
[arg0]
z_0010_1047->z_0010_1050
[mnr]
0010_0074__R
r
z_0010_1047->0010_0074__R
[arg0]
0010_0075__the_0010_0076__gas-constant
the_gas-constant
z_0010_1047->0010_0075__the_0010_0076__gas-constant
[prd2]
arc(r_0010_0001__If_cnt_cnd,r_0010_0004__are,restriction).
arc(r_0010_0001__If_cnt_cnd,r_0010_0034__will_r_0010_0035__be_r_0010_0036__given,scope).
arc(r_0010_0004__are,r_0010_0002__the_r_0010_0003__electrodes,arg0).
arc(r_0010_0004__are,r_0010_0011__and,prd2).
arc(r_0010_0006__saturated,r_0010_0005__sodium,arg0).
arc(r_0010_0006__saturated,r_0010_0010__oxide,r_0010_0007__with__mnr).
arc(r_0010_0010__oxide,z_0010_1008,genv).
arc(r_0010_0011__and,r_0010_0005__sodium,conj1).
arc(r_0010_0011__and,r_0010_0013__sodium,conj2).
arc(r_0010_0013__sodium,r_0010_0012__unsaturated,attrib).
arc(r_0010_0014__the_r_0010_0015__change,r_0010_0018__energy,r_0010_0016__of).
arc(r_0010_0018__energy,r_0010_0017__free,attrib).
arc(r_0010_0019__accompanying,r_0010_0014__the_r_0010_0015__change,arg0).
arc(r_0010_0019__accompanying,r_0010_0020__the_r_0010_0021__transfer,arg1).
arc(r_0010_0020__the_r_0010_0021__transfer,r_0010_0023__one_r_0010_0024__mole,r_0010_0022__of).
arc(r_0010_0020__the_r_0010_0021__transfer,r_0010_0028__the_r_0010_0029__saturated,r_0010_0027__from).
arc(r_0010_0020__the_r_0010_0021__transfer,r_0010_0031__the_r_0010_0033__metal,r_0010_0030__to).
arc(r_0010_0023__one_r_0010_0024__mole,r_0010_0026__0_bsup_=_102,r_0010_0025__of).
arc(r_0010_0031__the_r_0010_0033__metal,r_0010_0032__unsaturated,attrib).
arc(r_0010_0034__will_r_0010_0035__be_r_0010_0036__given,r_0010_0014__the_r_0010_0015__change,arg1).
arc(r_0010_0034__will_r_0010_0035__be_r_0010_0036__given,z_0010_1050,arg0_r_0010_0037__by__lgs).
arc(r_0010_0045__are,r_0010_0046__the_r_0010_0047__activities,prd2).
arc(r_0010_0045__are,z_0010_1027,arg0).
arc(r_0010_0045__are,z_0010_1050,mnr).
arc(r_0010_0046__the_r_0010_0047__activities,r_0010_0049__oxygen,r_0010_0048__of).
arc(r_0010_0049__oxygen,r_0010_0057__and,z_0010_1031).
arc(r_0010_0051__saturated,r_0010_0052__sodium,arg0).
arc(r_0010_0054__concentration_r_0010_0055__c_bsub_0_ast__bsub_,r_0010_0052__sodium,prn).
arc(r_0010_0057__and,r_0010_0052__sodium,r_0010_0050__in).
arc(r_0010_0057__and,r_0010_0059__the_r_0010_0061__sodium,r_0010_0058__in).
arc(r_0010_0059__the_r_0010_0061__sodium,r_0010_0060__unsaturated,attrib).
arc(r_0010_0063__concentration_r_0010_0066__c_bsub_0_ast__bsub_,r_0010_0059__the_r_0010_0061__sodium,prn).
arc(r_0010_0070__the_r_0010_0072__temperature,r_0010_0071__absolute,attrib).
arc(r_0010_0073__and,r_0010_0045__are,coord_conj1).
arc(r_0010_0073__and,z_0010_1044,coord_conj2).
arc(r_0010_0073__and,z_0010_1047,coord_conj3).
arc(z_0010_1008,r_0010_0008__its,genv).
arc(z_0010_1008,r_0010_0009__own,attrib).
arc(z_0010_1044,r_0010_0070__the_r_0010_0072__temperature,prd2).
arc(z_0010_1044,z_0010_1041,arg0).
arc(z_0010_1044,z_0010_1050,mnr).
arc(z_0010_1047,r_0010_0074__R,arg0).
arc(z_0010_1047,r_0010_0075__the_r_0010_0076__gas__hyphen__constant,prd2).
arc(z_0010_1047,z_0010_1050,mnr).
IP-MAT
PP-SCON-CNT-CND
P-CONN
If
IP-ADV
NP-SBJ
D
the
NS
electrodes
BEP;~Ln
are
NP-PRD2
NLYR
NP
N
sodium
IP-PPL
VVN
saturated
PP-MNR
P-ROLE
with
NP
NP-GENV
NP-GENV
PRO;_genm_
its
ADJP
ADJ
own
N
oxide
CONJP
CONJ
and
NP
ADJP
ADJ
unsaturated
N
sodium
NP-SBJ
D
the
N
change
PP
P-ROLE
of
NP
ADJP
ADJ
free
N
energy
IP-PPL
VAG;~Tn
accompanying
NP-OB1
D
the
N
transfer
PP
P-ROLE
of
NP
NUM
one
N
mole
PP
P-ROLE
of
NP
NUM
0<bsup>=<ast><bsup>
PP
P-ROLE
from
NP
D
the
N
saturated
PP
P-ROLE
to
NP
D
the
ADJP
ADJ
unsaturated
N
metal
MD;~cat_Vi
will
IP-INF-CAT
BE;~cat_Ve_passive_
be
IP-PPL-CAT
VVN
given
PP-LGS
P-ROLE
by
PUNC
:
PUNC
<mdash>
NP
FO
<ast><bcomment>formula<ast><ecomment>
IP-REL
ADVP-MNR
RADV
where
ILYR
ILYR
NP-SBJ
FO
<ast><bcomment>formula<ast><ecomment>
PUNC
,
FO
<ast><bcomment>formula<ast><ecomment>
BEP;~Ln
are
NP-PRD2
D
the
NS
activities
PP
P-ROLE
of
NP
N
oxygen
PP
PP
P-ROLE
in
NP
IP-PPL
VVN
saturated
N
sodium
PULB
-LRB-
PRN
NP
N
concentration
NUM
c<bsub>0<ast><bsub>
PURB
-RRB-
CONJP
CONJ
and
PP
P-ROLE
in
NP
D
the
ADJP
ADJ
unsaturated
N
sodium
PULB
-LRB-
PRN
NP
N
concentration
SYM
c
PUNC
<
NUM
c<bsub>0<ast><bsub>
PURB
-RRB-
PUNC
,
CONJP
ILYR
NP-SBJ
FO
T
NP-PRD2
D
the
ADJP
ADJ
absolute
N
temperature
CONJP
CONJ
and
ILYR
NP-SBJ
NPR
R
NP-PRD2
D
the
N
gas-constant
PUNC
.
( (IP-MAT (PP-SCON-CNT-CND (P-CONN If;{if})
(IP-ADV (NP-SBJ (D the;{the})
(NS electrodes;{electrode}))
(BEP;~Ln are;{be})
(NP-PRD2 (NLYR (NP (N sodium;{sodium})
(IP-PPL (VVN saturated;{saturate})
(PP-MNR (P-ROLE with;{with})
(NP (NP-GENV (NP-GENV (PRO;_genm_ its;{its}))
(ADJP (ADJ own;{own})))
(N oxide;{oxide})))))
(CONJP (CONJ and;{and})
(NP (ADJP (ADJ unsaturated;{unsaturated}))
(N sodium;{sodium})))))))
(NP-SBJ (D the;{the})
(N change;{change})
(PP (P-ROLE of;{of})
(NP (ADJP (ADJ free;{free}))
(N energy;{energy})))
(IP-PPL (VAG;~Tn accompanying;{accompany})
(NP-OB1 (D the;{the})
(N transfer;{transfer})
(PP (P-ROLE of;{of})
(NP (NUM one;{one})
(N mole;{mole})
(PP (P-ROLE of;{of})
(NP (NUM 0<bsup>=<ast><bsup>)))))
(PP (P-ROLE from;{from})
(NP (D the;{the})
(N saturated;{saturated})))
(PP (P-ROLE to;{to})
(NP (D the;{the})
(ADJP (ADJ unsaturated;{unsaturated}))
(N metal;{metal}))))))
(MD;~cat_Vi will;{will})
(IP-INF-CAT (BE;~cat_Ve_passive_ be;{be})
(IP-PPL-CAT (VVN given;{give})
(PP-LGS (P-ROLE by;{by})
(PUNC :)
(PUNC <mdash>)
(NP (FO <ast><bcomment>formula<ast><ecomment>)
(IP-REL (ADVP-MNR (RADV where;{where}))
(ILYR (ILYR (NP-SBJ (FO <ast><bcomment>formula<ast><ecomment>)
(PUNC ,)
(FO <ast><bcomment>formula<ast><ecomment>))
(BEP;~Ln are;{be})
(NP-PRD2 (D the;{the})
(NS activities;{activity})
(PP (P-ROLE of;{of})
(NP (N oxygen;{oxygen})
(PP (PP (P-ROLE in;{in})
(NP (IP-PPL (VVN saturated;{saturate}))
(N sodium;{sodium})
(PULB -LRB-)
(PRN (NP (N concentration;{concentration})
(NUM c<bsub>0<ast><bsub>)))
(PURB -RRB-)))
(CONJP (CONJ and;{and})
(PP (P-ROLE in;{in})
(NP (D the;{the})
(ADJP (ADJ unsaturated;{unsaturated}))
(N sodium;{sodium})
(PULB -LRB-)
(PRN (NP (N concentration;{concentration})
(SYM c)
(PUNC <)
(NUM c<bsub>0<ast><bsub>)))
(PURB -RRB-)))))))))
(PUNC ,)
(CONJP (ILYR (NP-SBJ (FO T))
(NP-PRD2 (D the;{the})
(ADJP (ADJ absolute;{absolute}))
(N temperature;{temperature}))))
(CONJP (CONJ and;{and})
(ILYR (NP-SBJ (NPR R;{R}))
(NP-PRD2 (D the;{the})
(N gas_-_constant;{gas_constant}))))))))))
(PUNC .))
(ID 10_a_lob_j01))