2_a_lob_j01
%3
0002_0002__get
get
0002_0004__this_0002_0005__difficulty
this_difficulty
0002_0002__get->0002_0004__this_0002_0005__difficulty
over[clr]
0002_0006__Alcock
alcock
0002_0002__get->0002_0006__Alcock
[arg0]
0002_0007__has_0002_0008__suggested
has_suggested
0002_0007__has_0002_0008__suggested->0002_0006__Alcock
[arg0]
0002_0025__should_0002_0026__be_0002_0027__measured
should_be_measured
0002_0007__has_0002_0008__suggested->0002_0025__should_0002_0026__be_0002_0027__measured
[arg1]
0002_0010__instead
instead
0002_0025__should_0002_0026__be_0002_0027__measured->0002_0010__instead
[mod]
0002_0024__potential
potential
0002_0025__should_0002_0026__be_0002_0027__measured->0002_0024__potential
[arg1]
0002_0029__a_0002_0031__galvanic_0002_0032__cell
a_galvanic_cell
0002_0025__should_0002_0026__be_0002_0027__measured->0002_0029__a_0002_0031__galvanic_0002_0032__cell
[arg0]by[lgs]
0002_0012__measuring
measuring
0002_0010__instead->0002_0012__measuring
of
0002_0013__directly
directly
0002_0012__measuring->0002_0013__directly
[mnr]
0002_0014__the_0002_0015__concentration
the_concentration
0002_0012__measuring->0002_0014__the_0002_0015__concentration
[arg1]
0002_0017__oxygen
oxygen
0002_0014__the_0002_0015__concentration->0002_0017__oxygen
of
0002_0019__the_0002_0021__sodium
the_sodium
0002_0017__oxygen->0002_0019__the_0002_0021__sodium
in
0002_0020__flowing
flowing
0002_0020__flowing->0002_0019__the_0002_0021__sodium
[arg0]
0002_0022__its
its
0002_0024__potential->0002_0022__its
[genv]
0002_0023__thermodynamic
thermodynamic
0002_0024__potential->0002_0023__thermodynamic
[attrib]
0002_0030__suitable
suitable
0002_0029__a_0002_0031__galvanic_0002_0032__cell->0002_0030__suitable
[attrib]
0002_0033__incorporated
incorporated
0002_0033__incorporated->0002_0029__a_0002_0031__galvanic_0002_0032__cell
[arg0]
0002_0035__the_0002_0036__circuit
the_circuit
0002_0033__incorporated->0002_0035__the_0002_0036__circuit
in[loc]
z_0002_1001
[abs]
z_0002_1001->0002_0002__get
[restriction]
z_0002_1001->0002_0007__has_0002_0008__suggested
[scope]
arc(r_0002_0002__get,r_0002_0004__this_r_0002_0005__difficulty,r_0002_0003__over__clr).
arc(r_0002_0002__get,r_0002_0006__Alcock,arg0).
arc(r_0002_0007__has_r_0002_0008__suggested,r_0002_0006__Alcock,arg0).
arc(r_0002_0007__has_r_0002_0008__suggested,r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured,arg1).
arc(r_0002_0010__instead,r_0002_0012__measuring,r_0002_0011__of).
arc(r_0002_0012__measuring,r_0002_0013__directly,mnr).
arc(r_0002_0012__measuring,r_0002_0014__the_r_0002_0015__concentration,arg1).
arc(r_0002_0014__the_r_0002_0015__concentration,r_0002_0017__oxygen,r_0002_0016__of).
arc(r_0002_0017__oxygen,r_0002_0019__the_r_0002_0021__sodium,r_0002_0018__in).
arc(r_0002_0020__flowing,r_0002_0019__the_r_0002_0021__sodium,arg0).
arc(r_0002_0024__potential,r_0002_0022__its,genv).
arc(r_0002_0024__potential,r_0002_0023__thermodynamic,attrib).
arc(r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured,r_0002_0010__instead,mod).
arc(r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured,r_0002_0024__potential,arg1).
arc(r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured,r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell,arg0_r_0002_0028__by__lgs).
arc(r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell,r_0002_0030__suitable,attrib).
arc(r_0002_0033__incorporated,r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell,arg0).
arc(r_0002_0033__incorporated,r_0002_0035__the_r_0002_0036__circuit,r_0002_0034__in__loc).
arc(z_0002_1001__abs,r_0002_0002__get,restriction_).
arc(z_0002_1001__abs,r_0002_0007__has_r_0002_0008__suggested,scope_).
IP-MAT
PP-SCON-ABS
IP-INF2
TO
To
VB
get
PP-CLR
P-ROLE
over
NP
D
this
N
difficulty
NP-SBJ
NPR
Alcock
HVP;~cat_Ve
has
IP-PPL-CAT
VVN
suggested
CP-THT-OB1
IP-SUB
C
that
ADVP-MOD
ADV
instead
PP
P-ROLE
of
IP-PPL
VAG
measuring
ADVP-MNR
ADV
directly
NP-OB1
D
the
N
concentration
PP
P-ROLE
of
NP
N
oxygen
PP
P-ROLE
in
NP
D
the
IP-PPL
VAG
flowing
N
sodium
NP-SBJ
NP-GENV
PRO;_genm_
its
ADJP
ADJ
thermodynamic
N
potential
MD;~cat_Vi
should
IP-INF-CAT
BE;~cat_Ve_passive_
be
IP-PPL-CAT
VVN
measured
PP-LGS
P-ROLE
by
NP
D
a
ADJP
ADJ
suitable
N
galvanic
N
cell
IP-PPL
VVN
incorporated
PP-LOC
P-ROLE
in
NP
D
the
N
circuit
PUNC
.
( (IP-MAT (PP-SCON-ABS (IP-INF2 (TO To;{to})
(VB get;{get})
(PP-CLR (P-ROLE over;{over})
(NP (D this;{this})
(N difficulty;{difficulty})))))
(NP-SBJ (NPR Alcock;{Alcock}))
(HVP;~cat_Ve has;{have})
(IP-PPL-CAT (VVN suggested;{suggest})
(CP-THT-OB1 (IP-SUB (C that;{that})
(ADVP-MOD (ADV instead;{instead})
(PP (P-ROLE of;{of})
(IP-PPL (VAG measuring;{measure})
(ADVP-MNR (ADV directly;{directly}))
(NP-OB1 (D the;{the})
(N concentration;{concentration})
(PP (P-ROLE of;{of})
(NP (N oxygen;{oxygen})
(PP (P-ROLE in;{in})
(NP (D the;{the})
(IP-PPL (VAG flowing;{flow}))
(N sodium;{sodium})))))))))
(NP-SBJ (NP-GENV (PRO;_genm_ its;{its}))
(ADJP (ADJ thermodynamic;{thermodynamic}))
(N potential;{potential}))
(MD;~cat_Vi should;{shall})
(IP-INF-CAT (BE;~cat_Ve_passive_ be;{be})
(IP-PPL-CAT (VVN measured;{measure})
(PP-LGS (P-ROLE by;{by})
(NP (D a;{a})
(ADJP (ADJ suitable;{suitable}))
(N galvanic;{galvanic})
(N cell;{cell})
(IP-PPL (VVN incorporated;{incorporate})
(PP-LOC (P-ROLE in;{in})
(NP (D the;{the})
(N circuit;{circuit})))))))))))
(PUNC .))
(ID 2_a_lob_j01))