9_a_lob_j01
%3
0009_0002__a_0009_0004__cell
a_cell
0009_0003__reversible
reversible
0009_0002__a_0009_0004__cell->0009_0003__reversible
[attrib]
0009_0005__consisting
consisting
0009_0005__consisting->0009_0002__a_0009_0004__cell
[arg0]
0009_0011__and
and
0009_0005__consisting->0009_0011__and
of[clr]
0009_0007__two_0009_0009__oxide_0009_0010__electrodes
two_oxide_electrodes
0009_0011__and->0009_0007__two_0009_0009__oxide_0009_0010__electrodes
[conj1]
0009_0012__a_0009_0014__oxide_0009_0015__electrolyte
a_oxide_electrolyte
0009_0011__and->0009_0012__a_0009_0014__oxide_0009_0015__electrolyte
[conj2]
0009_0008__metal-metal
metal-metal
0009_0007__two_0009_0009__oxide_0009_0010__electrodes->0009_0008__metal-metal
[attrib]
0009_0013__solid
solid
0009_0012__a_0009_0014__oxide_0009_0015__electrolyte->0009_0013__solid
[attrib]
0009_0019__is_0009_0020__transported
is_transported
0009_0019__is_0009_0020__transported->0009_0012__a_0009_0014__oxide_0009_0015__electrolyte
through[dir]
0009_0018__current
current
0009_0019__is_0009_0020__transported->0009_0018__current
[arg1]
0009_0023__0_bsup_=_60
r_0009_0023__0_bsup_=_60
0009_0019__is_0009_0020__transported->0009_0023__0_bsup_=_60
[arg0]solely_by[lgs]
0009_0026__the_0009_0027__change
the_change
0009_0030__energy_0009_0031__dg
energy_dg
0009_0026__the_0009_0027__change->0009_0030__energy_0009_0031__dg
in
0009_0029__free
free
0009_0030__energy_0009_0031__dg->0009_0029__free
[attrib]
0009_0032__accompanying
accompanying
0009_0032__accompanying->0009_0026__the_0009_0027__change
[arg0]
0009_0033__the_0009_0034__passage
the_passage
0009_0032__accompanying->0009_0033__the_0009_0034__passage
[arg1]
0009_0036__one_0009_0037__mole
one_mole
0009_0033__the_0009_0034__passage->0009_0036__one_0009_0037__mole
of
0009_0039__oxygen
oxygen
0009_0036__one_0009_0037__mole->0009_0039__oxygen
of
0009_0040__is_0009_0041__given
is_given
0009_0040__is_0009_0041__given->0009_0002__a_0009_0004__cell
in[loc]
0009_0040__is_0009_0041__given->0009_0026__the_0009_0027__change
[arg1]
z_0009_1030
_
0009_0040__is_0009_0041__given->z_0009_1030
[arg0]by[lgs]
0009_0048__is
is
0009_0048__is->z_0009_1030
[mnr]
0009_0047__E
e
0009_0048__is->0009_0047__E
[arg0]
0009_0049__the_0009_0050__voltage
the_voltage
0009_0048__is->0009_0049__the_0009_0050__voltage
[prd2]
0009_0051__developed
developed
0009_0051__developed->0009_0049__the_0009_0050__voltage
[arg0]
0009_0053__the_0009_0054__cell
the_cell
0009_0051__developed->0009_0053__the_0009_0054__cell
across[dir]
0009_0055__and
and
0009_0055__and->0009_0048__is
[conj1]
0009_0057__is
is
0009_0055__and->0009_0057__is
[conj2]
0009_0057__is->z_0009_1030
[mnr]
0009_0056__F
f
0009_0057__is->0009_0056__F
[arg0]
0009_0058__the_0009_0059__Faraday
the_faraday
0009_0057__is->0009_0058__the_0009_0059__Faraday
[prd2]
arc(r_0009_0002__a_r_0009_0004__cell,r_0009_0003__reversible,attrib).
arc(r_0009_0005__consisting,r_0009_0002__a_r_0009_0004__cell,arg0).
arc(r_0009_0005__consisting,r_0009_0011__and,r_0009_0006__of__clr).
arc(r_0009_0007__two_r_0009_0009__oxide_r_0009_0010__electrodes,r_0009_0008__metal__hyphen__metal,attrib).
arc(r_0009_0011__and,r_0009_0007__two_r_0009_0009__oxide_r_0009_0010__electrodes,conj1).
arc(r_0009_0011__and,r_0009_0012__a_r_0009_0014__oxide_r_0009_0015__electrolyte,conj2).
arc(r_0009_0012__a_r_0009_0014__oxide_r_0009_0015__electrolyte,r_0009_0013__solid,attrib).
arc(r_0009_0019__is_r_0009_0020__transported,r_0009_0012__a_r_0009_0014__oxide_r_0009_0015__electrolyte,r_0009_0016__through__dir).
arc(r_0009_0019__is_r_0009_0020__transported,r_0009_0018__current,arg1).
arc(r_0009_0019__is_r_0009_0020__transported,r_0009_0023__0_bsup_=_60,arg0_r_0009_0021__solely_r_0009_0022__by__lgs).
arc(r_0009_0026__the_r_0009_0027__change,r_0009_0030__energy_r_0009_0031__dg,r_0009_0028__in).
arc(r_0009_0030__energy_r_0009_0031__dg,r_0009_0029__free,attrib).
arc(r_0009_0032__accompanying,r_0009_0026__the_r_0009_0027__change,arg0).
arc(r_0009_0032__accompanying,r_0009_0033__the_r_0009_0034__passage,arg1).
arc(r_0009_0033__the_r_0009_0034__passage,r_0009_0036__one_r_0009_0037__mole,r_0009_0035__of).
arc(r_0009_0036__one_r_0009_0037__mole,r_0009_0039__oxygen,r_0009_0038__of).
arc(r_0009_0040__is_r_0009_0041__given,r_0009_0002__a_r_0009_0004__cell,r_0009_0001__In__loc).
arc(r_0009_0040__is_r_0009_0041__given,r_0009_0026__the_r_0009_0027__change,arg1).
arc(r_0009_0040__is_r_0009_0041__given,z_0009_1030,arg0_r_0009_0042__by__lgs).
arc(r_0009_0048__is,r_0009_0047__E,arg0).
arc(r_0009_0048__is,r_0009_0049__the_r_0009_0050__voltage,prd2).
arc(r_0009_0048__is,z_0009_1030,mnr).
arc(r_0009_0051__developed,r_0009_0049__the_r_0009_0050__voltage,arg0).
arc(r_0009_0051__developed,r_0009_0053__the_r_0009_0054__cell,r_0009_0052__across__dir).
arc(r_0009_0055__and,r_0009_0048__is,coord_conj1).
arc(r_0009_0055__and,r_0009_0057__is,coord_conj2).
arc(r_0009_0057__is,r_0009_0056__F,arg0).
arc(r_0009_0057__is,r_0009_0058__the_r_0009_0059__Faraday,prd2).
arc(r_0009_0057__is,z_0009_1030,mnr).
IP-MAT
PP-LOC
P-ROLE
In
NP
D
a
ADJP
ADJ
reversible
N
cell
IP-PPL
VAG
consisting
PP-CLR
P-ROLE
of
NP
NLYR
NP
NUM
two
ADJP
ADJ
metal-metal
N
oxide
NS
electrodes
CONJP
CONJ
and
NP
D
a
ADJP
ADJ
solid
N
oxide
N
electrolyte
IP-REL
PP-121
P-ROLE
through
NP
RPRO
which
NP-SBJ
N
current
BEP;~cat_Ve_passive_
is
IP-PPL-CAT
PP-DIR
*ICH*-121
VVN
transported
PP-LGS
ADVP-MOD
ADV
solely
P-ROLE
by
NP
NUM
0<bsup>=<ast><bsup>
NS
ions
PUNC
,
NP-SBJ
D
the
N
change
PP
P-ROLE
in
NP
ADJP
ADJ
free
N
energy
N
dg
IP-PPL
VAG;~Tn
accompanying
NP-OB1
D
the
N
passage
PP
P-ROLE
of
NP
NUM
one
N
mole
PP
P-ROLE
of
NP
N
oxygen
BEP;~cat_Ve_passive_
is
IP-PPL-CAT
VVN
given
PP-LGS
P-ROLE
by
PUNC
:
PUNC
<mdash>
NP
FO
2EF
IP-REL
ADVP-MNR
RADV
where
ILYR
ILYR
NP-SBJ
NPR
E
BEP;~Ln
is
NP-PRD2
D
the
N
voltage
IP-PPL
VVN
developed
PP-DIR
P-ROLE
across
NP
D
the
N
cell
CONJP
CONJ
and
ILYR
NP-SBJ
NPR
F
BEP;~Ln
is
NP-PRD2
D
the
N
Faraday
PUNC
.
( (IP-MAT (PP-LOC (P-ROLE In;{in})
(NP (D a;{a})
(ADJP (ADJ reversible;{reversible}))
(N cell;{cell})
(IP-PPL (VAG consisting;{consist})
(PP-CLR (P-ROLE of;{of})
(NP (NLYR (NP (NUM two;{two})
(ADJP (ADJ metal_-_metal;{metal_metal}))
(N oxide;{oxide})
(NS electrodes;{electrode}))
(CONJP (CONJ and;{and})
(NP (D a;{a})
(ADJP (ADJ solid;{solid}))
(N oxide;{oxide})
(N electrolyte;{electrolyte})
(IP-REL (PP-121 (P-ROLE through;{through})
(NP (RPRO which;{which})))
(NP-SBJ (N current;{current}))
(BEP;~cat_Ve_passive_ is;{be})
(IP-PPL-CAT (PP-DIR *ICH*-121)
(VVN transported;{transport})
(PP-LGS (ADVP-MOD (ADV solely;{solely}))
(P-ROLE by;{by})
(NP (NUM 0<bsup>=<ast><bsup>)
(NS ions;{ion})))))))))))))
(PUNC ,)
(NP-SBJ (D the;{the})
(N change;{change})
(PP (P-ROLE in;{in})
(NP (ADJP (ADJ free;{free}))
(N energy;{energy})
(N dg;{dg})))
(IP-PPL (VAG;~Tn accompanying;{accompany})
(NP-OB1 (D the;{the})
(N passage;{passage})
(PP (P-ROLE of;{of})
(NP (NUM one;{one})
(N mole;{mole})
(PP (P-ROLE of;{of})
(NP (N oxygen;{oxygen}))))))))
(BEP;~cat_Ve_passive_ is;{be})
(IP-PPL-CAT (VVN given;{give})
(PP-LGS (P-ROLE by;{by})
(PUNC :)
(PUNC <mdash>)
(NP (FO 2EF)
(IP-REL (ADVP-MNR (RADV where;{where}))
(ILYR (ILYR (NP-SBJ (NPR E;{E}))
(BEP;~Ln is;{be})
(NP-PRD2 (D the;{the})
(N voltage;{voltage})
(IP-PPL (VVN developed;{develop})
(PP-DIR (P-ROLE across;{across})
(NP (D the;{the})
(N cell;{cell}))))))
(CONJP (CONJ and;{and})
(ILYR (NP-SBJ (NPR F;{F}))
(BEP;~Ln is;{be})
(NP-PRD2 (D the;{the})
(N Faraday;{faraday})))))))))
(PUNC .))
(ID 9_a_lob_j01))