JEOL.NMR Barnes_Katie_allylbromide_242 @ ? @}:5 S :LnU:LnoSJXN6OAVAF Centre College ECZ400S CHE_241 Proton @xrY ?.X P , 1 1 1 1 1 1 1 1 @ @ % e e @ , h㈵> PROBE_RECOVERY > BLANKING SCANS MOD_RETURN TOTAL_SCANS @ X_POINTS X_PRESCANS Proton X_DOMAIN @ X_OFFSET `61ԷA X_FREQ CR:F@ X_SWEEP 6.4k@ X_SWEEP_CLIPPED CR:F? X_RESOLUTION Proton IRR_DOMAIN @ IRR_OFFSET `61ԷA IRR_FREQ Proton TRI_DOMAIN @ TRI_OFFSET `61ԷA TRI_FREQ 58߀}@ X_ACQ_DURATION TRUE DIGITAL_FILTER FILTER_FACTOR AF_VERSION r: 834( 833),g: DECIMATION_REG ! rh@ X90 4? DELAY_OF_START F6 ACTUAL_START_TIME 58߀}> ACQ_DELAY 2p DIGITAL_FILTER_STATUS e FALSE CLIPPED af_delay_ratio AUTOSHIM OFF autoshim_mode ? buffer_loop ? buffer_loop_index @ changer_slot @ changer_slot_position 0 ? changer_type Collect collection_state t#bA end_time proton.jxp experiment ? exp_remaining @@ exp_total 8 2 factors N@ filter_width L@ he_level 1 hybrid_spin_get 1 SPIN OFF hybrid_spin_status ? iterations 0@ lock_gain f@ lock_level ףp= @ lock_osc_offset 2H OSC ON lock_osc_state t@ lock_phase AUTOLOCK lock_state LOCK IDLE lock_status @@ lock_strength 1 SPIN OFF mas_spin_action 1 mas_spin_get 1 AUTO mas_spin_mode 1 ? mas_spin_set 1 SPIN OFF mas_spin_status N@ n2_level ? num_scans 2 54 73 orders ? outer_buffer_loop ? outer_buffer_loop_index ? outer_scans_loop ? outer_scans_loop_index # $@ pass_ripple 0 project_id 0 project_name G@ recvr_gain Y@ recvr_gain_limit jA recvr_gain_point recvr_phase h@ sample LOADED sample_action Barnes_Katie_all sample_id LOAD sample_state LOADED sample_status @ sawtooth_range 0 @ scan @ scans_loop @ scans_loop_index 0 shim_delay_state CHLOROFORM-D solvent SPIN OFF spin_action spin_get .@ spin_set SPIN OFF spin_state SPIN OFF spin_status # N@ stop_ripple TEMP OFF temp_action L5@ temp_get 9@ temp_set TEMP OFF temp_state TEMP OFF temp_status ? transition_ratio 0 400 field_name {/h"@ field_strength JNM-ECZ400S/L1 inst_model_number NM1648002610261 inst_serial_number @ probe_id 0 # ^@ probe_tune_atn 0 @ sawtooth_shift 0 Q? sawtooth_trim Z1 Z2 Z3 Z4 shim_groups SHIM_Z0 shim_names NONE shim_track_axis1 shim_track_axis1_step NONE shim_track_axis2 shim_track_axis2_step NONE shim_track_axis3 shim_track_axis3_step NONE shim_track_axis4 shim_track_axis4_step shim_track_moni_msecs OFF shim_track_skip_autoshim shim_track_wait_msecs 433333@ shim_x > shim_x2 fffff&Y@ shim_x2z @R@ shim_x3 3 shim_xz gfffff @ shim_xz2 +@ shim_xz3 433333-@ shim_y 6 shim_y2 433333I shim_y2z <@ shim_y3 43333E@ shim_yz K shim_yz2 gfffff shim_yz3 X9v! shim_z0 zG}@ shim_z1 أp= 5@ shim_z2 SQ0@ shim_z3 hffffG shim_z4 TQ shim_z5 SQ @ shim_z6 5.2.1 [Windows] version c:\Program Files experiment_path decimation_rate 58߀}@ x_acq_time *** Pulse *** comment_1 F@ x_angle ! rh@ x_90_width # ffffff? x_atn ! rh@ x_pulse *** Pulse Delay comment_7 ? initial_wait @ relaxation_delay Eo@ repetition_time *** obs_dante_pr comment_201 FALSE dante_presat pulse_service::g get_90 pulse_service::g get_atn pulse_service::g get_freq pulse_service::g get_spin pulse_service::g get_gamma probe_service::g get_probe_parameter *** irr_ preatur comment_202 Off irr_mode *** tri_ preatur comment_203 Off tri_mode *** presat_time comment_111 FALSE presat_time_flag @ relaxation_delay_temp @ presat_time relaxation_delay_calc y@ dante_loop ! dead_time ! delay phase ! phase_acq K HF1 X_PROBE_MAP FALSE DC_BALANCED , x_scale /WHY?/Wi־y}FM?/O#˿* ?¾"%Ćҿ𞺙`)? Ԫ¿Lx椿,c1?C3REC{ t?F- r@C5I #*nH @46m @WSEY@J~N^@cYcBU@(TQ@ C@zMJ1@S+Ŋ_Q05ֳ:KX7Rw1'S' @`7@\jF@3XQ@h`U@ӓ~+X@W@q/U@4MP@Q:;F@9cm1@&_NjBd].L Q-&R$kQEB ONNWEU44QxX@)8@=5 ywC@}g[F@4F@QC@6^m{7@npg@9[2%aC4Ln]QDqF S;ŔV26S1bb4Qr!JTpj=$r;QE"l}1@|k̘"B@8=6H@F>L@G}| K@6NBuG@v bn?@ɿ+@dJ7Fg6'NSCIbL$geKZ~WF}en<z[$A9v@9NK8@(B@.ΟoF@x DF@0;iB@^7@XE @E¡$=u1H>'+w^fI٠PXBmS S =WtR4CƼO3WH'MGY@An|/HRtRy@;O%@7""@2,@P ]( U3ВSB JKPg yd1R+JRmJbQL3QMT\_E