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2_a_lob_j01
To get over this difficulty Alcock has suggested that instead of measuring directly the concentration of oxygen in the flowing sodium its thermodynamic potential should be measured by a suitable galvanic cell incorporated in the circuit.

%3 r_0002_0001__To_r_0002_0002__get To get r_0002_0004__this_r_0002_0005__difficulty this difficulty r_0002_0001__To_r_0002_0002__get->r_0002_0004__this_r_0002_0005__difficulty over [clr] r_0002_0006__Alcock Alcock r_0002_0001__To_r_0002_0002__get->r_0002_0006__Alcock [arg0] r_0002_0007__has has r_0002_0008__suggested suggested r_0002_0007__has->r_0002_0008__suggested [scope] r_0002_0008__suggested->r_0002_0006__Alcock [arg0] r_0002_0009__that_r_0002_0025__should that should r_0002_0008__suggested->r_0002_0009__that_r_0002_0025__should [arg1] r_0002_0010__instead instead r_0002_0009__that_r_0002_0025__should->r_0002_0010__instead [nim] r_0002_0026__be be r_0002_0009__that_r_0002_0025__should->r_0002_0026__be [scope] r_0002_0012__measuring measuring r_0002_0010__instead->r_0002_0012__measuring of r_0002_0027__measured measured r_0002_0026__be->r_0002_0027__measured [scope] r_0002_0013__directly directly r_0002_0012__measuring->r_0002_0013__directly [nim] r_0002_0014__the_r_0002_0015__concentration the concentration r_0002_0012__measuring->r_0002_0014__the_r_0002_0015__concentration [arg1] z_000_2_a_lob_j01_34 r_0002_0012__measuring->z_000_2_a_lob_j01_34 [arg0] r_0002_0017__oxygen oxygen r_0002_0014__the_r_0002_0015__concentration->r_0002_0017__oxygen of r_0002_0019__the_r_0002_0021__sodium the sodium r_0002_0017__oxygen->r_0002_0019__the_r_0002_0021__sodium in r_0002_0020__flowing flowing r_0002_0020__flowing->r_0002_0019__the_r_0002_0021__sodium [arg0] r_0002_0024__potential potential r_0002_0024__potential->r_0002_0004__this_r_0002_0005__difficulty [gen] r_0002_0023__thermodynamic thermodynamic r_0002_0024__potential->r_0002_0023__thermodynamic [attrib] r_0002_0027__measured->r_0002_0024__potential [arg1] r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell a galvanic cell r_0002_0027__measured->r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell [arg0] r_0002_0030__suitable suitable r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell->r_0002_0030__suitable [attrib] r_0002_0033__incorporated incorporated r_0002_0033__incorporated->r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell [arg0] r_0002_0035__the_r_0002_0036__circuit the circuit r_0002_0033__incorporated->r_0002_0035__the_r_0002_0036__circuit in [clr] z_000_2_a_lob_j01_2 z_000_2_a_lob_j01_2->r_0002_0001__To_r_0002_0002__get [restriction] z_000_2_a_lob_j01_2->r_0002_0007__has [scope] 
arc(r_0002_0001__To_r_0002_0002__get, r_0002_0004__this_r_0002_0005__difficulty, r_0002_0003__over_clr11).
arc(r_0002_0001__To_r_0002_0002__get, r_0002_0006__Alcock, arg0).
arc(r_0002_0007__has, r_0002_0008__suggested, scope).
arc(r_0002_0008__suggested, r_0002_0006__Alcock, arg0).
arc(r_0002_0008__suggested, r_0002_0009__that_r_0002_0025__should, arg1).
arc(r_0002_0009__that_r_0002_0025__should, r_0002_0010__instead, nim28).
arc(r_0002_0009__that_r_0002_0025__should, r_0002_0026__be, scope).
arc(r_0002_0010__instead, r_0002_0012__measuring, r_0002_0011__of).
arc(r_0002_0012__measuring, r_0002_0013__directly, nim37).
arc(r_0002_0012__measuring, r_0002_0014__the_r_0002_0015__concentration, arg1).
arc(r_0002_0012__measuring, z_000_2_a_lob_j01_34, arg0).
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_0004__this_r_0002_0005__difficulty, gen).
arc(r_0002_0024__potential, r_0002_0023__thermodynamic, attrib66).
arc(r_0002_0026__be, r_0002_0027__measured, scope).
arc(r_0002_0027__measured, r_0002_0024__potential, arg1).
arc(r_0002_0027__measured, r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell, arg0).
arc(r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell, r_0002_0030__suitable, attrib85).
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_clr98).
arc(z_000_2_a_lob_j01_2, r_0002_0001__To_r_0002_0002__get, restriction).
arc(z_000_2_a_lob_j01_2, r_0002_0007__has, scope).


%3 r_0002_0001__To_r_0002_0002__get To get r_0002_0004__this_r_0002_0005__difficulty this difficulty r_0002_0001__To_r_0002_0002__get->r_0002_0004__this_r_0002_0005__difficulty over [clr] r_0002_0006__Alcock Alcock r_0002_0001__To_r_0002_0002__get->r_0002_0006__Alcock [arg0] r_0002_0007__has_r_0002_0008__suggested has suggested r_0002_0007__has_r_0002_0008__suggested->r_0002_0006__Alcock [arg0] r_0002_0009__that_r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured that should be measured r_0002_0007__has_r_0002_0008__suggested->r_0002_0009__that_r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured [arg1] r_0002_0010__instead instead r_0002_0009__that_r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured->r_0002_0010__instead [nim] r_0002_0024__potential potential r_0002_0009__that_r_0002_0025__should_r_0002_0026__be_r_0002_0027__measured->r_0002_0024__potential [arg1] r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell a galvanic cell r_0002_0009__that_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_0012__measuring measuring r_0002_0010__instead->r_0002_0012__measuring of r_0002_0024__potential->r_0002_0004__this_r_0002_0005__difficulty [gen] r_0002_0023__thermodynamic thermodynamic r_0002_0024__potential->r_0002_0023__thermodynamic [attrib] r_0002_0030__suitable suitable r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell->r_0002_0030__suitable [attrib] r_0002_0013__directly directly r_0002_0012__measuring->r_0002_0013__directly [nim] r_0002_0014__the_r_0002_0015__concentration the concentration r_0002_0012__measuring->r_0002_0014__the_r_0002_0015__concentration [arg1] z_000_2_a_lob_j01_34 r_0002_0012__measuring->z_000_2_a_lob_j01_34 [arg0] r_0002_0017__oxygen oxygen r_0002_0014__the_r_0002_0015__concentration->r_0002_0017__oxygen of r_0002_0019__the_r_0002_0021__sodium the sodium r_0002_0017__oxygen->r_0002_0019__the_r_0002_0021__sodium in r_0002_0020__flowing flowing r_0002_0020__flowing->r_0002_0019__the_r_0002_0021__sodium [arg0] r_0002_0033__incorporated incorporated r_0002_0033__incorporated->r_0002_0029__a_r_0002_0031__galvanic_r_0002_0032__cell [arg0] r_0002_0035__the_r_0002_0036__circuit the circuit r_0002_0033__incorporated->r_0002_0035__the_r_0002_0036__circuit in [clr] z_000_2_a_lob_j01_2 z_000_2_a_lob_j01_2->r_0002_0001__To_r_0002_0002__get [conj1] z_000_2_a_lob_j01_2->r_0002_0007__has_r_0002_0008__suggested [conj2] 
fof(formula,axiom,
    ? [R_2_20_FLOWING,R_2_33_INCORPORATED,R_2_35_THE_CIRCUIT,Z_2_A_LOB_J01_2,R_2_1_TO_GET,R_2_7_HAS_SUGGESTED,R_2_6_ALCOCK,R_2_9_THAT_SHOULD_BE_MEASURED,R_2_29_A_GALVANIC_CELL,R_2_30_SUITABLE,R_2_24_POTENTIAL,R_2_23_THERMODYNAMIC,R_2_4_THIS_DIFFICULTY,R_2_10_INSTEAD,R_2_12_MEASURING,Z_2_A_LOB_J01_34,R_2_14_THE_CONCENTRATION,R_2_17_OXYGEN,R_2_19_THE_SODIUM,R_2_13_DIRECTLY] :
      ( the_circuit(R_2_35_THE_CIRCUIT)
      & alcock(R_2_6_ALCOCK)
      & suitable(R_2_30_SUITABLE)
      & thermodynamic(R_2_23_THERMODYNAMIC)
      & this_difficulty(R_2_4_THIS_DIFFICULTY)
      & the_sodium(R_2_19_THE_SODIUM)
      & directly(R_2_13_DIRECTLY)
      & flowing(R_2_20_FLOWING,R_2_19_THE_SODIUM)
      & incorporated(R_2_33_INCORPORATED,R_2_29_A_GALVANIC_CELL)
      & a_galvanic_cell(R_2_29_A_GALVANIC_CELL)
      & attrib85(R_2_29_A_GALVANIC_CELL,R_2_30_SUITABLE)
      & in_clr98(R_2_33_INCORPORATED,R_2_35_THE_CIRCUIT)
      & z_2_a_lob_j01_2(Z_2_A_LOB_J01_2)
      & conj1(Z_2_A_LOB_J01_2,R_2_1_TO_GET)
      & to_get(R_2_1_TO_GET,R_2_6_ALCOCK)
      & over_clr11(R_2_1_TO_GET,R_2_4_THIS_DIFFICULTY)
      & conj2(Z_2_A_LOB_J01_2,R_2_7_HAS_SUGGESTED)
      & has_suggested(R_2_7_HAS_SUGGESTED,R_2_6_ALCOCK,R_2_9_THAT_SHOULD_BE_MEASURED)
      & that_should_be_measured(R_2_9_THAT_SHOULD_BE_MEASURED,R_2_29_A_GALVANIC_CELL,R_2_24_POTENTIAL)
      & potential(R_2_24_POTENTIAL)
      & attrib66(R_2_24_POTENTIAL,R_2_23_THERMODYNAMIC)
      & gen(R_2_24_POTENTIAL,R_2_4_THIS_DIFFICULTY)
      & nim28(R_2_9_THAT_SHOULD_BE_MEASURED,R_2_10_INSTEAD)
      & instead(R_2_10_INSTEAD)
      & of(R_2_10_INSTEAD,R_2_12_MEASURING)
      & measuring(R_2_12_MEASURING,Z_2_A_LOB_J01_34,R_2_14_THE_CONCENTRATION)
      & the_concentration(R_2_14_THE_CONCENTRATION)
      & of(R_2_14_THE_CONCENTRATION,R_2_17_OXYGEN)
      & oxygen(R_2_17_OXYGEN)
      & in(R_2_17_OXYGEN,R_2_19_THE_SODIUM)
      & nim37(R_2_12_MEASURING,R_2_13_DIRECTLY) ) ).


n2_a_lob_j01 n2_a_lob_j01_5 To n2_a_lob_j01_7 get n2_a_lob_j01_10 over n2_a_lob_j01_13 this n2_a_lob_j01_15 difficulty n2_a_lob_j01_18 Alcock n2_a_lob_j01_20 has n2_a_lob_j01_23 suggested n2_a_lob_j01_27 that n2_a_lob_j01_30 instead n2_a_lob_j01_33 of n2_a_lob_j01_36 measuring n2_a_lob_j01_39 directly n2_a_lob_j01_42 the n2_a_lob_j01_44 concentration n2_a_lob_j01_47 of n2_a_lob_j01_50 oxygen n2_a_lob_j01_53 in n2_a_lob_j01_56 the n2_a_lob_j01_59 flowing n2_a_lob_j01_61 sodium n2_a_lob_j01_65 its n2_a_lob_j01_68 thermodynamic n2_a_lob_j01_70 potential n2_a_lob_j01_72 should n2_a_lob_j01_75 be n2_a_lob_j01_78 measured n2_a_lob_j01_81 by n2_a_lob_j01_84 a n2_a_lob_j01_87 suitable n2_a_lob_j01_89 galvanic n2_a_lob_j01_91 cell n2_a_lob_j01_94 incorporated n2_a_lob_j01_97 in n2_a_lob_j01_100 the n2_a_lob_j01_102 circuit n2_a_lob_j01_104 . n2_a_lob_j01_1 IP-MAT n2_a_lob_j01_2 PP-SCON n2_a_lob_j01_1->n2_a_lob_j01_2 n2_a_lob_j01_16 NP-SBJ n2_a_lob_j01_1->n2_a_lob_j01_16 n2_a_lob_j01_19 HVP;_cat_Ve_ n2_a_lob_j01_1->n2_a_lob_j01_19 n2_a_lob_j01_21 IP-PPL-CAT n2_a_lob_j01_1->n2_a_lob_j01_21 n2_a_lob_j01_103 PUNC n2_a_lob_j01_1->n2_a_lob_j01_103 n2_a_lob_j01_3 IP-INF2 n2_a_lob_j01_2->n2_a_lob_j01_3 n2_a_lob_j01_4 TO n2_a_lob_j01_3->n2_a_lob_j01_4 n2_a_lob_j01_6 VB;_Ipr_ n2_a_lob_j01_3->n2_a_lob_j01_6 n2_a_lob_j01_8 PP-CLR n2_a_lob_j01_3->n2_a_lob_j01_8 n2_a_lob_j01_4->n2_a_lob_j01_5 n2_a_lob_j01_6->n2_a_lob_j01_7 n2_a_lob_j01_9 P-ROLE n2_a_lob_j01_8->n2_a_lob_j01_9 n2_a_lob_j01_11 NP n2_a_lob_j01_8->n2_a_lob_j01_11 n2_a_lob_j01_9->n2_a_lob_j01_10 n2_a_lob_j01_12 D n2_a_lob_j01_11->n2_a_lob_j01_12 n2_a_lob_j01_14 N n2_a_lob_j01_11->n2_a_lob_j01_14 n2_a_lob_j01_12->n2_a_lob_j01_13 n2_a_lob_j01_14->n2_a_lob_j01_15 n2_a_lob_j01_17 NPR n2_a_lob_j01_16->n2_a_lob_j01_17 n2_a_lob_j01_17->n2_a_lob_j01_18 n2_a_lob_j01_19->n2_a_lob_j01_20 n2_a_lob_j01_22 VVN;_Tf_ n2_a_lob_j01_21->n2_a_lob_j01_22 n2_a_lob_j01_24 CP-THT-OB1 n2_a_lob_j01_21->n2_a_lob_j01_24 n2_a_lob_j01_22->n2_a_lob_j01_23 n2_a_lob_j01_25 IP-SUB n2_a_lob_j01_24->n2_a_lob_j01_25 n2_a_lob_j01_26 C n2_a_lob_j01_25->n2_a_lob_j01_26 n2_a_lob_j01_28 ADVP-NIM n2_a_lob_j01_25->n2_a_lob_j01_28 n2_a_lob_j01_62 NP-SBJ n2_a_lob_j01_25->n2_a_lob_j01_62 n2_a_lob_j01_71 MD;_cat_Vi_ n2_a_lob_j01_25->n2_a_lob_j01_71 n2_a_lob_j01_73 IP-INF-CAT n2_a_lob_j01_25->n2_a_lob_j01_73 n2_a_lob_j01_26->n2_a_lob_j01_27 n2_a_lob_j01_29 ADV n2_a_lob_j01_28->n2_a_lob_j01_29 n2_a_lob_j01_31 PP n2_a_lob_j01_28->n2_a_lob_j01_31 n2_a_lob_j01_29->n2_a_lob_j01_30 n2_a_lob_j01_32 P-ROLE n2_a_lob_j01_31->n2_a_lob_j01_32 n2_a_lob_j01_34 IP-PPL n2_a_lob_j01_31->n2_a_lob_j01_34 n2_a_lob_j01_32->n2_a_lob_j01_33 n2_a_lob_j01_35 VAG;_Tn_ n2_a_lob_j01_34->n2_a_lob_j01_35 n2_a_lob_j01_37 ADVP-NIM n2_a_lob_j01_34->n2_a_lob_j01_37 n2_a_lob_j01_40 NP-OB1 n2_a_lob_j01_34->n2_a_lob_j01_40 n2_a_lob_j01_35->n2_a_lob_j01_36 n2_a_lob_j01_38 ADV n2_a_lob_j01_37->n2_a_lob_j01_38 n2_a_lob_j01_38->n2_a_lob_j01_39 n2_a_lob_j01_41 D n2_a_lob_j01_40->n2_a_lob_j01_41 n2_a_lob_j01_43 N n2_a_lob_j01_40->n2_a_lob_j01_43 n2_a_lob_j01_45 PP n2_a_lob_j01_40->n2_a_lob_j01_45 n2_a_lob_j01_41->n2_a_lob_j01_42 n2_a_lob_j01_43->n2_a_lob_j01_44 n2_a_lob_j01_46 P-ROLE n2_a_lob_j01_45->n2_a_lob_j01_46 n2_a_lob_j01_48 NP n2_a_lob_j01_45->n2_a_lob_j01_48 n2_a_lob_j01_46->n2_a_lob_j01_47 n2_a_lob_j01_49 N n2_a_lob_j01_48->n2_a_lob_j01_49 n2_a_lob_j01_51 PP n2_a_lob_j01_48->n2_a_lob_j01_51 n2_a_lob_j01_49->n2_a_lob_j01_50 n2_a_lob_j01_52 P-ROLE n2_a_lob_j01_51->n2_a_lob_j01_52 n2_a_lob_j01_54 NP n2_a_lob_j01_51->n2_a_lob_j01_54 n2_a_lob_j01_52->n2_a_lob_j01_53 n2_a_lob_j01_55 D n2_a_lob_j01_54->n2_a_lob_j01_55 n2_a_lob_j01_57 IP-PPL n2_a_lob_j01_54->n2_a_lob_j01_57 n2_a_lob_j01_60 N n2_a_lob_j01_54->n2_a_lob_j01_60 n2_a_lob_j01_55->n2_a_lob_j01_56 n2_a_lob_j01_58 VAG;_I_ n2_a_lob_j01_57->n2_a_lob_j01_58 n2_a_lob_j01_58->n2_a_lob_j01_59 n2_a_lob_j01_60->n2_a_lob_j01_61 n2_a_lob_j01_63 NP-GEN n2_a_lob_j01_62->n2_a_lob_j01_63 n2_a_lob_j01_66 ADJP n2_a_lob_j01_62->n2_a_lob_j01_66 n2_a_lob_j01_69 N n2_a_lob_j01_62->n2_a_lob_j01_69 n2_a_lob_j01_64 PRO;_genm_ n2_a_lob_j01_63->n2_a_lob_j01_64 n2_a_lob_j01_64->n2_a_lob_j01_65 n2_a_lob_j01_67 ADJ n2_a_lob_j01_66->n2_a_lob_j01_67 n2_a_lob_j01_67->n2_a_lob_j01_68 n2_a_lob_j01_69->n2_a_lob_j01_70 n2_a_lob_j01_71->n2_a_lob_j01_72 n2_a_lob_j01_74 BE;_cat_VePASS_ n2_a_lob_j01_73->n2_a_lob_j01_74 n2_a_lob_j01_76 IP-PPL-CAT n2_a_lob_j01_73->n2_a_lob_j01_76 n2_a_lob_j01_74->n2_a_lob_j01_75 n2_a_lob_j01_77 VVN;_Tn_ n2_a_lob_j01_76->n2_a_lob_j01_77 n2_a_lob_j01_79 PP-LGS n2_a_lob_j01_76->n2_a_lob_j01_79 n2_a_lob_j01_77->n2_a_lob_j01_78 n2_a_lob_j01_80 P-ROLE;_lgs_ n2_a_lob_j01_79->n2_a_lob_j01_80 n2_a_lob_j01_82 NP n2_a_lob_j01_79->n2_a_lob_j01_82 n2_a_lob_j01_80->n2_a_lob_j01_81 n2_a_lob_j01_83 D n2_a_lob_j01_82->n2_a_lob_j01_83 n2_a_lob_j01_85 ADJP n2_a_lob_j01_82->n2_a_lob_j01_85 n2_a_lob_j01_88 N n2_a_lob_j01_82->n2_a_lob_j01_88 n2_a_lob_j01_90 N n2_a_lob_j01_82->n2_a_lob_j01_90 n2_a_lob_j01_92 IP-PPL n2_a_lob_j01_82->n2_a_lob_j01_92 n2_a_lob_j01_83->n2_a_lob_j01_84 n2_a_lob_j01_86 ADJ n2_a_lob_j01_85->n2_a_lob_j01_86 n2_a_lob_j01_86->n2_a_lob_j01_87 n2_a_lob_j01_88->n2_a_lob_j01_89 n2_a_lob_j01_90->n2_a_lob_j01_91 n2_a_lob_j01_93 VVN;_Ipr_ n2_a_lob_j01_92->n2_a_lob_j01_93 n2_a_lob_j01_95 PP-CLR n2_a_lob_j01_92->n2_a_lob_j01_95 n2_a_lob_j01_93->n2_a_lob_j01_94 n2_a_lob_j01_96 P-ROLE n2_a_lob_j01_95->n2_a_lob_j01_96 n2_a_lob_j01_98 NP n2_a_lob_j01_95->n2_a_lob_j01_98 n2_a_lob_j01_96->n2_a_lob_j01_97 n2_a_lob_j01_99 D n2_a_lob_j01_98->n2_a_lob_j01_99 n2_a_lob_j01_101 N n2_a_lob_j01_98->n2_a_lob_j01_101 n2_a_lob_j01_99->n2_a_lob_j01_100 n2_a_lob_j01_101->n2_a_lob_j01_102 n2_a_lob_j01_103->n2_a_lob_j01_104 
( (IP-MAT (PP-SCON (IP-INF2 (TO To;{to})
                            (VB;_Ipr_ get;{get[over]})
                            (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;_Tf_ suggested;{suggest})
                      (CP-THT-OB1 (IP-SUB (C that;{that})
                                          (ADVP-NIM (ADV instead;{instead})
                                                    (PP (P-ROLE of;{of})
                                                        (IP-PPL (VAG;_Tn_ measuring;{measure})
                                                                (ADVP-NIM (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;_I_ flowing;{flow}))
                                                                                        (N sodium;{sodium})))))))))
                                          (NP-SBJ (NP-GEN (PRO;_genm_ its;{its}))
                                                  (ADJP (ADJ thermodynamic;{thermodynamic}))
                                                  (N potential;{potential}))
                                          (MD;_cat_Vi_ should;{shall})
                                          (IP-INF-CAT (BE;_cat_VePASS_ be;{be})
                                                      (IP-PPL-CAT (VVN;_Tn_ measured;{measure})
                                                                  (PP-LGS (P-ROLE;_lgs_ by;{by})
                                                                          (NP (D a;{a})
                                                                              (ADJP (ADJ suitable;{suitable}))
                                                                              (N galvanic;{galvanic})
                                                                              (N cell;{cell})
                                                                              (IP-PPL (VVN;_Ipr_ incorporated;{incorporate[in]})
                                                                                      (PP-CLR (P-ROLE in;{in})
                                                                                              (NP (D the;{the})
                                                                                                  (N circuit;{circuit})))))))))))
          (PUNC .))
  (ID 2_a_lob_j01))