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24_a_lob_j01
For relevant reactor conditions (500 <deg> C, C = 1-10 p.p.m) the finite change of voltage de accompanying finite concentration changes dc is plotted in fig 3.

%3 r_0024_0003__reactor_r_0024_0004__conditions reactor conditions r_0024_0002__relevant relevant r_0024_0003__reactor_r_0024_0004__conditions->r_0024_0002__relevant [attrib] r_0024_0015__the_r_0024_0017__change the change r_0024_0016__finite finite r_0024_0015__the_r_0024_0017__change->r_0024_0016__finite [attrib] r_0024_0019__voltage_r_0024_0020__de voltage de r_0024_0015__the_r_0024_0017__change->r_0024_0019__voltage_r_0024_0020__de of r_0024_0021__accompanying accompanying r_0024_0021__accompanying->r_0024_0019__voltage_r_0024_0020__de [arg0] r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc concentration changes dc r_0024_0021__accompanying->r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc [arg1] r_0024_0022__finite finite r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc->r_0024_0022__finite [attrib] r_0024_0026__is is r_0024_0026__is->r_0024_0003__reactor_r_0024_0004__conditions For [nim] r_0024_0027__plotted plotted r_0024_0026__is->r_0024_0027__plotted [scope] r_0024_0027__plotted->r_0024_0015__the_r_0024_0017__change [arg1] r_0024_0029__fig_r_0024_0030__3 fig 3 r_0024_0027__plotted->r_0024_0029__fig_r_0024_0030__3 in [nim] z_000_24_a_lob_j01_69 r_0024_0027__plotted->z_000_24_a_lob_j01_69 [arg0] z_000_24_a_lob_j01_15 z_000_24_a_lob_j01_15->r_0024_0003__reactor_r_0024_0004__conditions [arg0] r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C 500  deg  C z_000_24_a_lob_j01_15->r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C [prd] z_000_24_a_lob_j01_25 z_000_24_a_lob_j01_25->r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C [arg0] r_0024_0010__C_r_0024_0012__1__hyphen__10_r_0024_0013__p_dot_p_dot_m C 1-10 p.p.m z_000_24_a_lob_j01_25->r_0024_0010__C_r_0024_0012__1__hyphen__10_r_0024_0013__p_dot_p_dot_m [prd] 
arc(r_0024_0003__reactor_r_0024_0004__conditions, r_0024_0002__relevant, attrib6).
arc(r_0024_0015__the_r_0024_0017__change, r_0024_0016__finite, attrib40).
arc(r_0024_0015__the_r_0024_0017__change, r_0024_0019__voltage_r_0024_0020__de, r_0024_0018__of).
arc(r_0024_0021__accompanying, r_0024_0019__voltage_r_0024_0020__de, arg0).
arc(r_0024_0021__accompanying, r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc, arg1).
arc(r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc, r_0024_0022__finite, attrib57).
arc(r_0024_0026__is, r_0024_0003__reactor_r_0024_0004__conditions, r_0024_0001__For_nim5).
arc(r_0024_0026__is, r_0024_0027__plotted, scope).
arc(r_0024_0027__plotted, r_0024_0015__the_r_0024_0017__change, arg1).
arc(r_0024_0027__plotted, r_0024_0029__fig_r_0024_0030__3, r_0024_0028__in_nim76).
arc(r_0024_0027__plotted, z_000_24_a_lob_j01_69, arg0).
arc(z_000_24_a_lob_j01_15, r_0024_0003__reactor_r_0024_0004__conditions, arg0).
arc(z_000_24_a_lob_j01_15, r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C, prd).
arc(z_000_24_a_lob_j01_25, r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C, arg0).
arc(z_000_24_a_lob_j01_25, r_0024_0010__C_r_0024_0012__1__hyphen__10_r_0024_0013__p_dot_p_dot_m, prd).


%3 z_000_24_a_lob_j01_25 r_0024_0010__C_r_0024_0012__1__hyphen__10_r_0024_0013__p_dot_p_dot_m C 1-10 p.p.m z_000_24_a_lob_j01_25->r_0024_0010__C_r_0024_0012__1__hyphen__10_r_0024_0013__p_dot_p_dot_m [prd] r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C 500  deg  C z_000_24_a_lob_j01_25->r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C [arg0] z_000_24_a_lob_j01_15 z_000_24_a_lob_j01_15->r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C [prd] r_0024_0003__reactor_r_0024_0004__conditions reactor conditions z_000_24_a_lob_j01_15->r_0024_0003__reactor_r_0024_0004__conditions [arg0] r_0024_0002__relevant relevant r_0024_0003__reactor_r_0024_0004__conditions->r_0024_0002__relevant [attrib] r_0024_0026__is_r_0024_0027__plotted is plotted r_0024_0026__is_r_0024_0027__plotted->r_0024_0003__reactor_r_0024_0004__conditions For [nim] z_000_24_a_lob_j01_69 r_0024_0026__is_r_0024_0027__plotted->z_000_24_a_lob_j01_69 [arg0] r_0024_0029__fig_r_0024_0030__3 fig 3 r_0024_0026__is_r_0024_0027__plotted->r_0024_0029__fig_r_0024_0030__3 in [nim] r_0024_0015__the_r_0024_0017__change the change r_0024_0026__is_r_0024_0027__plotted->r_0024_0015__the_r_0024_0017__change [arg1] r_0024_0019__voltage_r_0024_0020__de voltage de r_0024_0015__the_r_0024_0017__change->r_0024_0019__voltage_r_0024_0020__de of r_0024_0016__finite finite r_0024_0015__the_r_0024_0017__change->r_0024_0016__finite [attrib] r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc concentration changes dc r_0024_0022__finite finite r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc->r_0024_0022__finite [attrib] r_0024_0021__accompanying accompanying r_0024_0021__accompanying->r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc [arg1] r_0024_0021__accompanying->r_0024_0019__voltage_r_0024_0020__de [arg0] 
fof(formula,axiom,
    ? [R_0024_0019__VOLTAGE_R_0024_0020__DE,R_0024_0022__FINITE,R_0024_0023__CONCENTRATION_R_0024_0024__CHANGES_R_0024_0025__DC,R_0024_0021__ACCOMPANYING,R_0024_0002__RELEVANT,R_0024_0003__REACTOR_R_0024_0004__CONDITIONS,R_0024_0016__FINITE,R_0024_0015__THE_R_0024_0017__CHANGE,R_0024_0029__FIG_R_0024_0030__3,Z_000_24_A_LOB_J01_69,R_0024_0026__IS_R_0024_0027__PLOTTED,R_0024_0006__500_R_0024_0007___DEG__R_0024_0008__C,Z_000_24_A_LOB_J01_15,R_0024_0010__C_R_0024_0012__1__HYPHEN__10_R_0024_0013__P_DOT_P_DOT_M,Z_000_24_A_LOB_J01_25] :
      ( r_0024_0002__relevant(R_0024_0002__RELEVANT)
      & r_0024_0006__500_r_0024_0007___deg__r_0024_0008__C(R_0024_0006__500_R_0024_0007___DEG__R_0024_0008__C)
      & r_0024_0010__C_r_0024_0012__1__hyphen__10_r_0024_0013__p_dot_p_dot_m(R_0024_0010__C_R_0024_0012__1__HYPHEN__10_R_0024_0013__P_DOT_P_DOT_M)
      & r_0024_0016__finite(R_0024_0016__FINITE)
      & r_0024_0019__voltage_r_0024_0020__de(R_0024_0019__VOLTAGE_R_0024_0020__DE)
      & r_0024_0022__finite(R_0024_0022__FINITE)
      & r_0024_0029__fig_r_0024_0030__3(R_0024_0029__FIG_R_0024_0030__3)
      & z_000_24_a_lob_j01_69(Z_000_24_A_LOB_J01_69)
      & z_000_24_a_lob_j01_25(Z_000_24_A_LOB_J01_25)
      & has_prd(Z_000_24_A_LOB_J01_25,R_0024_0010__C_R_0024_0012__1__HYPHEN__10_R_0024_0013__P_DOT_P_DOT_M)
      & has_arg0(Z_000_24_A_LOB_J01_25,R_0024_0006__500_R_0024_0007___DEG__R_0024_0008__C)
      & z_000_24_a_lob_j01_15(Z_000_24_A_LOB_J01_15)
      & has_prd(Z_000_24_A_LOB_J01_15,R_0024_0006__500_R_0024_0007___DEG__R_0024_0008__C)
      & has_arg0(Z_000_24_A_LOB_J01_15,R_0024_0003__REACTOR_R_0024_0004__CONDITIONS)
      & r_0024_0003__reactor_r_0024_0004__conditions(R_0024_0003__REACTOR_R_0024_0004__CONDITIONS)
      & has_attrib6(R_0024_0003__REACTOR_R_0024_0004__CONDITIONS,R_0024_0002__RELEVANT)
      & r_0024_0026__is_r_0024_0027__plotted(R_0024_0026__IS_R_0024_0027__PLOTTED)
      & has_arg0(R_0024_0026__IS_R_0024_0027__PLOTTED,Z_000_24_A_LOB_J01_69)
      & has_r_0024_0028__in_nim76(R_0024_0026__IS_R_0024_0027__PLOTTED,R_0024_0029__FIG_R_0024_0030__3)
      & has_arg1(R_0024_0026__IS_R_0024_0027__PLOTTED,R_0024_0015__THE_R_0024_0017__CHANGE)
      & r_0024_0015__the_r_0024_0017__change(R_0024_0015__THE_R_0024_0017__CHANGE)
      & has_r_0024_0018__of(R_0024_0015__THE_R_0024_0017__CHANGE,R_0024_0019__VOLTAGE_R_0024_0020__DE)
      & has_attrib40(R_0024_0015__THE_R_0024_0017__CHANGE,R_0024_0016__FINITE)
      & has_r_0024_0001__For_nim5(R_0024_0026__IS_R_0024_0027__PLOTTED,R_0024_0003__REACTOR_R_0024_0004__CONDITIONS)
      & r_0024_0021__accompanying(R_0024_0021__ACCOMPANYING)
      & has_arg1(R_0024_0021__ACCOMPANYING,R_0024_0023__CONCENTRATION_R_0024_0024__CHANGES_R_0024_0025__DC)
      & r_0024_0023__concentration_r_0024_0024__changes_r_0024_0025__dc(R_0024_0023__CONCENTRATION_R_0024_0024__CHANGES_R_0024_0025__DC)
      & has_attrib57(R_0024_0023__CONCENTRATION_R_0024_0024__CHANGES_R_0024_0025__DC,R_0024_0022__FINITE)
      & has_arg0(R_0024_0021__ACCOMPANYING,R_0024_0019__VOLTAGE_R_0024_0020__DE) ) ).


n24_a_lob_j01 n24_a_lob_j01__1_1_1_1 For n24_a_lob_j01__1_1_2_1_1_1 relevant n24_a_lob_j01__1_1_2_2_1 reactor n24_a_lob_j01__1_1_2_3_1 conditions n24_a_lob_j01__1_1_2_4_1 -LRB- n24_a_lob_j01__1_1_2_5_1_1_1 500 n24_a_lob_j01__1_1_2_5_1_2_1 <deg> n24_a_lob_j01__1_1_2_5_1_3_1 C n24_a_lob_j01__1_1_2_5_1_4_1 , n24_a_lob_j01__1_1_2_5_1_5_1_1_1 C n24_a_lob_j01__1_1_2_5_1_5_1_2_1 = n24_a_lob_j01__1_1_2_5_1_5_1_3_1 1-10 n24_a_lob_j01__1_1_2_5_1_5_1_4_1 p.p.m n24_a_lob_j01__1_1_2_6_1 -RRB- n24_a_lob_j01__1_2_1_1 the n24_a_lob_j01__1_2_2_1_1 finite n24_a_lob_j01__1_2_3_1 change n24_a_lob_j01__1_2_4_1_1 of n24_a_lob_j01__1_2_4_2_1_1 voltage n24_a_lob_j01__1_2_4_2_2_1 de n24_a_lob_j01__1_2_4_2_3_1_1 accompanying n24_a_lob_j01__1_2_4_2_3_2_1_1_1 finite n24_a_lob_j01__1_2_4_2_3_2_2_1 concentration n24_a_lob_j01__1_2_4_2_3_2_3_1 changes n24_a_lob_j01__1_2_4_2_3_2_4_1 dc n24_a_lob_j01__1_3_1 is n24_a_lob_j01__1_4_1_1 * n24_a_lob_j01__1_4_2_1 plotted n24_a_lob_j01__1_4_3_1_1 in n24_a_lob_j01__1_4_3_2_1_1 fig n24_a_lob_j01__1_4_3_2_2_1 3 n24_a_lob_j01__1_5_1 . n24_a_lob_j01__1 IP-MAT n24_a_lob_j01__1_1 PP-NIM n24_a_lob_j01__1->n24_a_lob_j01__1_1 n24_a_lob_j01__1_2 NP-SBJ n24_a_lob_j01__1->n24_a_lob_j01__1_2 n24_a_lob_j01__1_3 BEP;_cat_VePASS_ n24_a_lob_j01__1->n24_a_lob_j01__1_3 n24_a_lob_j01__1_4 IP-PPL-CAT n24_a_lob_j01__1->n24_a_lob_j01__1_4 n24_a_lob_j01__1_5 PUNC n24_a_lob_j01__1->n24_a_lob_j01__1_5 n24_a_lob_j01__1_1_1 P-ROLE n24_a_lob_j01__1_1->n24_a_lob_j01__1_1_1 n24_a_lob_j01__1_1_2 NP n24_a_lob_j01__1_1->n24_a_lob_j01__1_1_2 n24_a_lob_j01__1_1_1->n24_a_lob_j01__1_1_1_1 n24_a_lob_j01__1_1_2_1 ADJP n24_a_lob_j01__1_1_2->n24_a_lob_j01__1_1_2_1 n24_a_lob_j01__1_1_2_2 N n24_a_lob_j01__1_1_2->n24_a_lob_j01__1_1_2_2 n24_a_lob_j01__1_1_2_3 NS n24_a_lob_j01__1_1_2->n24_a_lob_j01__1_1_2_3 n24_a_lob_j01__1_1_2_4 PULB n24_a_lob_j01__1_1_2->n24_a_lob_j01__1_1_2_4 n24_a_lob_j01__1_1_2_5 IP-PPL n24_a_lob_j01__1_1_2->n24_a_lob_j01__1_1_2_5 n24_a_lob_j01__1_1_2_6 PURB n24_a_lob_j01__1_1_2->n24_a_lob_j01__1_1_2_6 n24_a_lob_j01__1_1_2_1_1 ADJ n24_a_lob_j01__1_1_2_1->n24_a_lob_j01__1_1_2_1_1 n24_a_lob_j01__1_1_2_1_1->n24_a_lob_j01__1_1_2_1_1_1 n24_a_lob_j01__1_1_2_2->n24_a_lob_j01__1_1_2_2_1 n24_a_lob_j01__1_1_2_3->n24_a_lob_j01__1_1_2_3_1 n24_a_lob_j01__1_1_2_4->n24_a_lob_j01__1_1_2_4_1 n24_a_lob_j01__1_1_2_5_1 NP-PRD n24_a_lob_j01__1_1_2_5->n24_a_lob_j01__1_1_2_5_1 n24_a_lob_j01__1_1_2_5_1_1 NUM n24_a_lob_j01__1_1_2_5_1->n24_a_lob_j01__1_1_2_5_1_1 n24_a_lob_j01__1_1_2_5_1_2 N n24_a_lob_j01__1_1_2_5_1->n24_a_lob_j01__1_1_2_5_1_2 n24_a_lob_j01__1_1_2_5_1_3 SYM n24_a_lob_j01__1_1_2_5_1->n24_a_lob_j01__1_1_2_5_1_3 n24_a_lob_j01__1_1_2_5_1_4 PUNC n24_a_lob_j01__1_1_2_5_1->n24_a_lob_j01__1_1_2_5_1_4 n24_a_lob_j01__1_1_2_5_1_5 IP-PPL n24_a_lob_j01__1_1_2_5_1->n24_a_lob_j01__1_1_2_5_1_5 n24_a_lob_j01__1_1_2_5_1_1->n24_a_lob_j01__1_1_2_5_1_1_1 n24_a_lob_j01__1_1_2_5_1_2->n24_a_lob_j01__1_1_2_5_1_2_1 n24_a_lob_j01__1_1_2_5_1_3->n24_a_lob_j01__1_1_2_5_1_3_1 n24_a_lob_j01__1_1_2_5_1_4->n24_a_lob_j01__1_1_2_5_1_4_1 n24_a_lob_j01__1_1_2_5_1_5_1 NP-PRD n24_a_lob_j01__1_1_2_5_1_5->n24_a_lob_j01__1_1_2_5_1_5_1 n24_a_lob_j01__1_1_2_5_1_5_1_1 FO n24_a_lob_j01__1_1_2_5_1_5_1->n24_a_lob_j01__1_1_2_5_1_5_1_1 n24_a_lob_j01__1_1_2_5_1_5_1_2 PUNC n24_a_lob_j01__1_1_2_5_1_5_1->n24_a_lob_j01__1_1_2_5_1_5_1_2 n24_a_lob_j01__1_1_2_5_1_5_1_3 NUM n24_a_lob_j01__1_1_2_5_1_5_1->n24_a_lob_j01__1_1_2_5_1_5_1_3 n24_a_lob_j01__1_1_2_5_1_5_1_4 N n24_a_lob_j01__1_1_2_5_1_5_1->n24_a_lob_j01__1_1_2_5_1_5_1_4 n24_a_lob_j01__1_1_2_5_1_5_1_1->n24_a_lob_j01__1_1_2_5_1_5_1_1_1 n24_a_lob_j01__1_1_2_5_1_5_1_2->n24_a_lob_j01__1_1_2_5_1_5_1_2_1 n24_a_lob_j01__1_1_2_5_1_5_1_3->n24_a_lob_j01__1_1_2_5_1_5_1_3_1 n24_a_lob_j01__1_1_2_5_1_5_1_4->n24_a_lob_j01__1_1_2_5_1_5_1_4_1 n24_a_lob_j01__1_1_2_6->n24_a_lob_j01__1_1_2_6_1 n24_a_lob_j01__1_2_1 D n24_a_lob_j01__1_2->n24_a_lob_j01__1_2_1 n24_a_lob_j01__1_2_2 ADJP n24_a_lob_j01__1_2->n24_a_lob_j01__1_2_2 n24_a_lob_j01__1_2_3 N n24_a_lob_j01__1_2->n24_a_lob_j01__1_2_3 n24_a_lob_j01__1_2_4 PP n24_a_lob_j01__1_2->n24_a_lob_j01__1_2_4 n24_a_lob_j01__1_2_1->n24_a_lob_j01__1_2_1_1 n24_a_lob_j01__1_2_2_1 ADJ n24_a_lob_j01__1_2_2->n24_a_lob_j01__1_2_2_1 n24_a_lob_j01__1_2_2_1->n24_a_lob_j01__1_2_2_1_1 n24_a_lob_j01__1_2_3->n24_a_lob_j01__1_2_3_1 n24_a_lob_j01__1_2_4_1 P-ROLE n24_a_lob_j01__1_2_4->n24_a_lob_j01__1_2_4_1 n24_a_lob_j01__1_2_4_2 NP n24_a_lob_j01__1_2_4->n24_a_lob_j01__1_2_4_2 n24_a_lob_j01__1_2_4_1->n24_a_lob_j01__1_2_4_1_1 n24_a_lob_j01__1_2_4_2_1 N n24_a_lob_j01__1_2_4_2->n24_a_lob_j01__1_2_4_2_1 n24_a_lob_j01__1_2_4_2_2 N n24_a_lob_j01__1_2_4_2->n24_a_lob_j01__1_2_4_2_2 n24_a_lob_j01__1_2_4_2_3 IP-PPL n24_a_lob_j01__1_2_4_2->n24_a_lob_j01__1_2_4_2_3 n24_a_lob_j01__1_2_4_2_1->n24_a_lob_j01__1_2_4_2_1_1 n24_a_lob_j01__1_2_4_2_2->n24_a_lob_j01__1_2_4_2_2_1 n24_a_lob_j01__1_2_4_2_3_1 VAG;_Tn_ n24_a_lob_j01__1_2_4_2_3->n24_a_lob_j01__1_2_4_2_3_1 n24_a_lob_j01__1_2_4_2_3_2 NP-OB1 n24_a_lob_j01__1_2_4_2_3->n24_a_lob_j01__1_2_4_2_3_2 n24_a_lob_j01__1_2_4_2_3_1->n24_a_lob_j01__1_2_4_2_3_1_1 n24_a_lob_j01__1_2_4_2_3_2_1 ADJP n24_a_lob_j01__1_2_4_2_3_2->n24_a_lob_j01__1_2_4_2_3_2_1 n24_a_lob_j01__1_2_4_2_3_2_2 N n24_a_lob_j01__1_2_4_2_3_2->n24_a_lob_j01__1_2_4_2_3_2_2 n24_a_lob_j01__1_2_4_2_3_2_3 NS n24_a_lob_j01__1_2_4_2_3_2->n24_a_lob_j01__1_2_4_2_3_2_3 n24_a_lob_j01__1_2_4_2_3_2_4 N n24_a_lob_j01__1_2_4_2_3_2->n24_a_lob_j01__1_2_4_2_3_2_4 n24_a_lob_j01__1_2_4_2_3_2_1_1 ADJ n24_a_lob_j01__1_2_4_2_3_2_1->n24_a_lob_j01__1_2_4_2_3_2_1_1 n24_a_lob_j01__1_2_4_2_3_2_1_1->n24_a_lob_j01__1_2_4_2_3_2_1_1_1 n24_a_lob_j01__1_2_4_2_3_2_2->n24_a_lob_j01__1_2_4_2_3_2_2_1 n24_a_lob_j01__1_2_4_2_3_2_3->n24_a_lob_j01__1_2_4_2_3_2_3_1 n24_a_lob_j01__1_2_4_2_3_2_4->n24_a_lob_j01__1_2_4_2_3_2_4_1 n24_a_lob_j01__1_3->n24_a_lob_j01__1_3_1 n24_a_lob_j01__1_4_1 NP-LGS n24_a_lob_j01__1_4->n24_a_lob_j01__1_4_1 n24_a_lob_j01__1_4_2 VVN;_Tn_ n24_a_lob_j01__1_4->n24_a_lob_j01__1_4_2 n24_a_lob_j01__1_4_3 PP-NIM n24_a_lob_j01__1_4->n24_a_lob_j01__1_4_3 n24_a_lob_j01__1_4_1->n24_a_lob_j01__1_4_1_1 n24_a_lob_j01__1_4_2->n24_a_lob_j01__1_4_2_1 n24_a_lob_j01__1_4_3_1 P-ROLE n24_a_lob_j01__1_4_3->n24_a_lob_j01__1_4_3_1 n24_a_lob_j01__1_4_3_2 NP n24_a_lob_j01__1_4_3->n24_a_lob_j01__1_4_3_2 n24_a_lob_j01__1_4_3_1->n24_a_lob_j01__1_4_3_1_1 n24_a_lob_j01__1_4_3_2_1 N n24_a_lob_j01__1_4_3_2->n24_a_lob_j01__1_4_3_2_1 n24_a_lob_j01__1_4_3_2_2 NUM n24_a_lob_j01__1_4_3_2->n24_a_lob_j01__1_4_3_2_2 n24_a_lob_j01__1_4_3_2_1->n24_a_lob_j01__1_4_3_2_1_1 n24_a_lob_j01__1_4_3_2_2->n24_a_lob_j01__1_4_3_2_2_1 n24_a_lob_j01__1_5->n24_a_lob_j01__1_5_1 
( (IP-MAT (PP-NIM (P-ROLE For;{for})
                  (NP (ADJP (ADJ relevant;{relevant}))
                      (N reactor;{reactor})
                      (NS conditions;{condition})
                      (PULB -LRB-)
                      (IP-PPL (NP-PRD (NUM 500)
                                      (N <deg>)
                                      (SYM C)
                                      (PUNC ,)
                                      (IP-PPL (NP-PRD (FO C)
                                                      (PUNC =)
                                                      (NUM 1_<hyphen>_10)
                                                      (N p<dot>p<dot>m;{p<dot>p<dot>m})))))
                      (PURB -RRB-)))
          (NP-SBJ (D the;{the})
                  (ADJP (ADJ finite;{finite}))
                  (N change;{change})
                  (PP (P-ROLE of;{of})
                      (NP (N voltage;{voltage})
                          (N de;{de})
                          (IP-PPL (VAG;_Tn_ accompanying;{accompany})
                                  (NP-OB1 (ADJP (ADJ finite;{finite}))
                                          (N concentration;{concentration})
                                          (NS changes;{change})
                                          (N dc;{dc}))))))
          (BEP;_cat_VePASS_ is;{be})
          (IP-PPL-CAT (NP-LGS *)
                      (VVN;_Tn_ plotted;{plot})
                      (PP-NIM (P-ROLE in;{in})
                              (NP (N fig;{fig})
                                  (NUM 3))))
          (PUNC .))
  (ID 24_a_lob_j01))