229 1001
2 | 1 | Krebsbach | Marc | Koppmann | Ralf | Krebsbach | Marc
1 | IAU-BUW (University of Wuppertal, Institute for Atmospheric and Environmental Research, Gaussstr. 20, 42119 Wuppertal, Germany) | m.krebsbach@uni-wuppertal.de | +49-202-439-3503
1 | LABOR | MIRAH | Analysis Results of Whole Air Samples collected during EMeRGe-EU-08_20170726
EMeRGe-EU | EMeRGe-EU-08_20170726
1 1
2017 07 26 2020 11 03
0
START_TIME | sample start time | s | elapsed time in seconds past midnight (UTC) | in-situ | plat | S_1 | S_1
122
 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999. 999999.
MEAN_TIME | sample mean time | s | | inst | in-situ | S_1 | S_1
END_TIME | sample end time | s | | inst | in-situ | S_1 | S_1
_1_Pentene_2_4_4_trimethyl__D13C | D13C of _1_Pentene_2_4_4_trimethyl_ | per mill | | anal | user | S_1 | S_1
_1_Pentene_2_4_4_trimethyl__D13C_ERROR | D13C_ERROR of _1_Pentene_2_4_4_trimethyl_ | per mill | | anal | user | S_1 | S_1
_1_Pentene_2_4_4_trimethyl__IRMS_CONC | IRMS_CONC of _1_Pentene_2_4_4_trimethyl_ | pptv | | anal | user | S_1 | S_1
_1_Pentene_2_4_4_trimethyl__IRMS_CONC_ERROR | IRMS_CONC_ERROR of _1_Pentene_2_4_4_trimethyl_ | pptv | | anal | user | S_1 | S_1
_1_Pentene_2_4_4_trimethyl__MSD_CONC | MSD_CONC of _1_Pentene_2_4_4_trimethyl_
_1_Pentene_2_4_4_trimethyl__MSD_CONC_ERROR | MSD_CONC_ERROR of _1_Pentene_2_4_4_trimethyl_
_1_Pentene_2_4_4_trimethyl__FLAG | FLAG of _1_Pentene_2_4_4_trimethyl_ | 1 | | anal | f_X_s | S_1 | S_1
_2_Butanone_D13C | D13C of _2_Butanone | per mill | | anal | user | S_1 | S_1
_2_Butanone_D13C_ERROR | D13C_ERROR of _2_Butanone | per mill | | anal | user | S_1 | S_1
_2_Butanone_IRMS_CONC | IRMS_CONC of _2_Butanone | pptv | | anal | user | S_1 | S_1
_2_Butanone_IRMS_CONC_ERROR | IRMS_CONC_ERROR of _2_Butanone | pptv | | anal | user | S_1 | S_1
_2_Butanone_MSD_CONC | MSD_CONC of _2_Butanone
_2_Butanone_MSD_CONC_ERROR | MSD_CONC_ERROR of _2_Butanone
_2_Butanone_FLAG | FLAG of _2_Butanone | 1 | | anal | f_X_s | S_1 | S_1
_2_Pentanone_D13C | D13C of _2_Pentanone | per mill | | anal | user | S_1 | S_1
_2_Pentanone_D13C_ERROR | D13C_ERROR of _2_Pentanone | per mill | | anal | user | S_1 | S_1
_2_Pentanone_IRMS_CONC | IRMS_CONC of _2_Pentanone | pptv | | anal | user | S_1 | S_1
_2_Pentanone_IRMS_CONC_ERROR | IRMS_CONC_ERROR of _2_Pentanone | pptv | | anal | user | S_1 | S_1
_2_Pentanone_MSD_CONC | MSD_CONC of _2_Pentanone
_2_Pentanone_MSD_CONC_ERROR | MSD_CONC_ERROR of _2_Pentanone
_2_Pentanone_FLAG | FLAG of _2_Pentanone | 1 | | anal | f_X_s | S_1 | S_1
_2_Pentene_2_3_4_trimethyl__D13C | D13C of _2_Pentene_2_3_4_trimethyl_ | per mill | | anal | user | S_1 | S_1
_2_Pentene_2_3_4_trimethyl__D13C_ERROR | D13C_ERROR of _2_Pentene_2_3_4_trimethyl_ | per mill | | anal | user | S_1 | S_1
_2_Pentene_2_3_4_trimethyl__IRMS_CONC | IRMS_CONC of _2_Pentene_2_3_4_trimethyl_ | pptv | | anal | user | S_1 | S_1
_2_Pentene_2_3_4_trimethyl__IRMS_CONC_ERROR | IRMS_CONC_ERROR of _2_Pentene_2_3_4_trimethyl_ | pptv | | anal | user | S_1 | S_1
_2_Pentene_2_3_4_trimethyl__MSD_CONC | MSD_CONC of _2_Pentene_2_3_4_trimethyl_
_2_Pentene_2_3_4_trimethyl__MSD_CONC_ERROR | MSD_CONC_ERROR of _2_Pentene_2_3_4_trimethyl_
_2_Pentene_2_3_4_trimethyl__FLAG | FLAG of _2_Pentene_2_3_4_trimethyl_ | 1 | | anal | f_X_s | S_1 | S_1
Acetaldehyde_D13C | D13C of Acetaldehyde | per mill | | anal | user | S_1 | S_1
Acetaldehyde_D13C_ERROR | D13C_ERROR of Acetaldehyde | per mill | | anal | user | S_1 | S_1
Acetaldehyde_IRMS_CONC | IRMS_CONC of Acetaldehyde | pptv | | anal | user | S_1 | S_1
Acetaldehyde_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Acetaldehyde | pptv | | anal | user | S_1 | S_1
Acetaldehyde_MSD_CONC | MSD_CONC of Acetaldehyde
Acetaldehyde_MSD_CONC_ERROR | MSD_CONC_ERROR of Acetaldehyde
Acetaldehyde_FLAG | FLAG of Acetaldehyde | 1 | | anal | f_X_s | S_1 | S_1
Acetone+Propanal_D13C | D13C of Acetone+Propanal | per mill | | anal | user | S_1 | S_1
Acetone+Propanal_D13C_ERROR | D13C_ERROR of Acetone+Propanal | per mill | | anal | user | S_1 | S_1
Acetone+Propanal_IRMS_CONC | IRMS_CONC of Acetone+Propanal | pptv | | anal | user | S_1 | S_1
Acetone+Propanal_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Acetone+Propanal | pptv | | anal | user | S_1 | S_1
Acetone+Propanal_MSD_CONC | MSD_CONC of Acetone+Propanal
Acetone+Propanal_MSD_CONC_ERROR | MSD_CONC_ERROR of Acetone+Propanal
Acetone+Propanal_FLAG | FLAG of Acetone+Propanal | 1 | | anal | f_X_s | S_1 | S_1
alpha_Methylstyrene_D13C | D13C of alpha_Methylstyrene | per mill | | anal | user | S_1 | S_1
alpha_Methylstyrene_D13C_ERROR | D13C_ERROR of alpha_Methylstyrene | per mill | | anal | user | S_1 | S_1
alpha_Methylstyrene_IRMS_CONC | IRMS_CONC of alpha_Methylstyrene | pptv | | anal | user | S_1 | S_1
alpha_Methylstyrene_IRMS_CONC_ERROR | IRMS_CONC_ERROR of alpha_Methylstyrene | pptv | | anal | user | S_1 | S_1
alpha_Methylstyrene_MSD_CONC | MSD_CONC of alpha_Methylstyrene
alpha_Methylstyrene_MSD_CONC_ERROR | MSD_CONC_ERROR of alpha_Methylstyrene
alpha_Methylstyrene_FLAG | FLAG of alpha_Methylstyrene | 1 | | anal | f_X_s | S_1 | S_1
Benzene_D13C | D13C of Benzene | per mill | | anal | user | S_1 | S_1
Benzene_D13C_ERROR | D13C_ERROR of Benzene | per mill | | anal | user | S_1 | S_1
Benzene_IRMS_CONC | IRMS_CONC of Benzene | pptv | | anal | user | S_1 | S_1
Benzene_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Benzene | pptv | | anal | user | S_1 | S_1
Benzene_MSD_CONC | MSD_CONC of Benzene
Benzene_MSD_CONC_ERROR | MSD_CONC_ERROR of Benzene
Benzene_FLAG | FLAG of Benzene | 1 | | anal | f_X_s | S_1 | S_1
Benzene_1_3_5_trimethyl__D13C | D13C of Benzene_1_3_5_trimethyl_ | per mill | | anal | user | S_1 | S_1
Benzene_1_3_5_trimethyl__D13C_ERROR | D13C_ERROR of Benzene_1_3_5_trimethyl_ | per mill | | anal | user | S_1 | S_1
Benzene_1_3_5_trimethyl__IRMS_CONC | IRMS_CONC of Benzene_1_3_5_trimethyl_ | pptv | | anal | user | S_1 | S_1
Benzene_1_3_5_trimethyl__IRMS_CONC_ERROR | IRMS_CONC_ERROR of Benzene_1_3_5_trimethyl_ | pptv | | anal | user | S_1 | S_1
Benzene_1_3_5_trimethyl__MSD_CONC | MSD_CONC of Benzene_1_3_5_trimethyl_
Benzene_1_3_5_trimethyl__MSD_CONC_ERROR | MSD_CONC_ERROR of Benzene_1_3_5_trimethyl_
Benzene_1_3_5_trimethyl__FLAG | FLAG of Benzene_1_3_5_trimethyl_ | 1 | | anal | f_X_s | S_1 | S_1
Butanal_D13C | D13C of Butanal | per mill | | anal | user | S_1 | S_1
Butanal_D13C_ERROR | D13C_ERROR of Butanal | per mill | | anal | user | S_1 | S_1
Butanal_IRMS_CONC | IRMS_CONC of Butanal | pptv | | anal | user | S_1 | S_1
Butanal_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Butanal | pptv | | anal | user | S_1 | S_1
Butanal_MSD_CONC | MSD_CONC of Butanal
Butanal_MSD_CONC_ERROR | MSD_CONC_ERROR of Butanal
Butanal_FLAG | FLAG of Butanal | 1 | | anal | f_X_s | S_1 | S_1
Formicacid_butylester_D13C | D13C of Formicacid_butylester | per mill | | anal | user | S_1 | S_1
Formicacid_butylester_D13C_ERROR | D13C_ERROR of Formicacid_butylester | per mill | | anal | user | S_1 | S_1
Formicacid_butylester_IRMS_CONC | IRMS_CONC of Formicacid_butylester | pptv | | anal | user | S_1 | S_1
Formicacid_butylester_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Formicacid_butylester | pptv | | anal | user | S_1 | S_1
Formicacid_butylester_MSD_CONC | MSD_CONC of Formicacid_butylester
Formicacid_butylester_MSD_CONC_ERROR | MSD_CONC_ERROR of Formicacid_butylester
Formicacid_butylester_FLAG | FLAG of Formicacid_butylester | 1 | | anal | f_X_s | S_1 | S_1
Heptanal_D13C | D13C of Heptanal | per mill | | anal | user | S_1 | S_1
Heptanal_D13C_ERROR | D13C_ERROR of Heptanal | per mill | | anal | user | S_1 | S_1
Heptanal_IRMS_CONC | IRMS_CONC of Heptanal | pptv | | anal | user | S_1 | S_1
Heptanal_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Heptanal | pptv | | anal | user | S_1 | S_1
Heptanal_MSD_CONC | MSD_CONC of Heptanal
Heptanal_MSD_CONC_ERROR | MSD_CONC_ERROR of Heptanal
Heptanal_FLAG | FLAG of Heptanal | 1 | | anal | f_X_s | S_1 | S_1
Hexanal_D13C | D13C of Hexanal | per mill | | anal | user | S_1 | S_1
Hexanal_D13C_ERROR | D13C_ERROR of Hexanal | per mill | | anal | user | S_1 | S_1
Hexanal_IRMS_CONC | IRMS_CONC of Hexanal | pptv | | anal | user | S_1 | S_1
Hexanal_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Hexanal | pptv | | anal | user | S_1 | S_1
Hexanal_MSD_CONC | MSD_CONC of Hexanal
Hexanal_MSD_CONC_ERROR | MSD_CONC_ERROR of Hexanal
Hexanal_FLAG | FLAG of Hexanal | 1 | | anal | f_X_s | S_1 | S_1
Hexanal_2_ethyl__D13C | D13C of Hexanal_2_ethyl_ | per mill | | anal | user | S_1 | S_1
Hexanal_2_ethyl__D13C_ERROR | D13C_ERROR of Hexanal_2_ethyl_ | per mill | | anal | user | S_1 | S_1
Hexanal_2_ethyl__IRMS_CONC | IRMS_CONC of Hexanal_2_ethyl_ | pptv | | anal | user | S_1 | S_1
Hexanal_2_ethyl__IRMS_CONC_ERROR | IRMS_CONC_ERROR of Hexanal_2_ethyl_ | pptv | | anal | user | S_1 | S_1
Hexanal_2_ethyl__MSD_CONC | MSD_CONC of Hexanal_2_ethyl_
Hexanal_2_ethyl__MSD_CONC_ERROR | MSD_CONC_ERROR of Hexanal_2_ethyl_
Hexanal_2_ethyl__FLAG | FLAG of Hexanal_2_ethyl_ | 1 | | anal | f_X_s | S_1 | S_1
m_p_Xylene_D13C | D13C of m_p_Xylene | per mill | | anal | user | S_1 | S_1
m_p_Xylene_D13C_ERROR | D13C_ERROR of m_p_Xylene | per mill | | anal | user | S_1 | S_1
m_p_Xylene_IRMS_CONC | IRMS_CONC of m_p_Xylene | pptv | | anal | user | S_1 | S_1
m_p_Xylene_IRMS_CONC_ERROR | IRMS_CONC_ERROR of m_p_Xylene | pptv | | anal | user | S_1 | S_1
m_p_Xylene_MSD_CONC | MSD_CONC of m_p_Xylene
m_p_Xylene_MSD_CONC_ERROR | MSD_CONC_ERROR of m_p_Xylene
m_p_Xylene_FLAG | FLAG of m_p_Xylene | 1 | | anal | f_X_s | S_1 | S_1
Pentanal_D13C | D13C of Pentanal | per mill | | anal | user | S_1 | S_1
Pentanal_D13C_ERROR | D13C_ERROR of Pentanal | per mill | | anal | user | S_1 | S_1
Pentanal_IRMS_CONC | IRMS_CONC of Pentanal | pptv | | anal | user | S_1 | S_1
Pentanal_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Pentanal | pptv | | anal | user | S_1 | S_1
Pentanal_MSD_CONC | MSD_CONC of Pentanal
Pentanal_MSD_CONC_ERROR | MSD_CONC_ERROR of Pentanal
Pentanal_FLAG | FLAG of Pentanal | 1 | | anal | f_X_s | S_1 | S_1
Toluene_D13C | D13C of Toluene | per mill | | anal | user | S_1 | S_1
Toluene_D13C_ERROR | D13C_ERROR of Toluene | per mill | | anal | user | S_1 | S_1
Toluene_IRMS_CONC | IRMS_CONC of Toluene | pptv | | anal | user | S_1 | S_1
Toluene_IRMS_CONC_ERROR | IRMS_CONC_ERROR of Toluene | pptv | | anal | user | S_1 | S_1
Toluene_MSD_CONC | MSD_CONC of Toluene
Toluene_MSD_CONC_ERROR | MSD_CONC_ERROR of Toluene
Toluene_FLAG | FLAG of Toluene | 1 | | anal | f_X_s | S_1 | S_1
CYLINDER | CYLINDER
92
data status: preliminary
Meaning of compound flag is:
0: not further specified
1: separate peak
2: separate small peak
3: overlapping peak
4: overlapping small peak
5: downslope shoulder peak
6: small downslope shoulder peak
7: upslope shoulder peak
8: small upslope shoulder peak
9: rounded peak
10: small rounded peak
11: fronting peak
12: small fronting peak
13: tailing peak
14: small tailing peak
15: double peak
16: small double peak
17: multiple peak group
18: small multiple peak group
19: invalid peak
>100: unconfident (= 100 + flag-ID)
(in case of double peak IRMS_CONC is unfaithful and MSD_CONC should be used if available)
Level of Detection (1-Pentene, 2,4,4-trimethyl-, IRMS) = -999999. in pptV
Level of Determination (1-Pentene, 2,4,4-trimethyl-, IRMS) = -999999. in pptV
Level of Detection (2-Butanone, IRMS) = -999999. in pptV
Level of Determination (2-Butanone, IRMS) = -999999. in pptV
Level of Detection (2-Pentanone, IRMS) = -999999. in pptV
Level of Determination (2-Pentanone, IRMS) = -999999. in pptV
Level of Detection (2-Pentene, 2,3,4-trimethyl-, IRMS) = -999999. in pptV
Level of Determination (2-Pentene, 2,3,4-trimethyl-, IRMS) = -999999. in pptV
Level of Detection (Acetaldehyde, IRMS) = 274.39 in pptV for quantile 0.100 (90.0%)
Level of Determination (Acetaldehyde, IRMS) = 477.12 in pptV for quantile 0.100 (90.0%)
Level of Detection (Acetone+Propanal, IRMS) = -999999. in pptV
Level of Determination (Acetone+Propanal, IRMS) = -999999. in pptV
Level of Detection (alpha-Methylstyrene, IRMS) = -999999. in pptV
Level of Determination (alpha-Methylstyrene, IRMS) = -999999. in pptV
Level of Detection (Benzene, IRMS) = 30.72 in pptV for quantile 0.100 (90.0%)
Level of Determination (Benzene, IRMS) = 55.88 in pptV for quantile 0.100 (90.0%)
Level of Detection (Benzene, 1,3,5-trimethyl-, IRMS) = -999999. in pptV
Level of Determination (Benzene, 1,3,5-trimethyl-, IRMS) = -999999. in pptV
Level of Detection (Butanal, IRMS) = 67.19 in pptV for quantile 0.100 (90.0%)
Level of Determination (Butanal, IRMS) = 125.17 in pptV for quantile 0.100 (90.0%)
Level of Detection (Formic acid, butyl ester, IRMS) = -999999. in pptV
Level of Determination (Formic acid, butyl ester, IRMS) = -999999. in pptV
Level of Detection (Heptanal, IRMS) = -999999. in pptV
Level of Determination (Heptanal, IRMS) = -999999. in pptV
Level of Detection (Hexanal, IRMS) = 49.12 in pptV for quantile 0.100 (90.0%)
Level of Determination (Hexanal, IRMS) = 91.65 in pptV for quantile 0.100 (90.0%)
Level of Detection (Hexanal, 2-ethyl-, IRMS) = -999999. in pptV
Level of Determination (Hexanal, 2-ethyl-, IRMS) = -999999. in pptV
Level of Detection (m/p-Xylene, IRMS) = -999999. in pptV
Level of Determination (m/p-Xylene, IRMS) = -999999. in pptV
Level of Detection (Pentanal, IRMS) = 51.23 in pptV for quantile 0.100 (90.0%)
Level of Determination (Pentanal, IRMS) = 97.28 in pptV for quantile 0.100 (90.0%)
Level of Detection (Toluene, IRMS) = 25.57 in pptV for quantile 0.100 (90.0%)
Level of Determination (Toluene, IRMS) = 47.11 in pptV for quantile 0.100 (90.0%)
Level of Detection (1-Pentene, 2,4,4-trimethyl-, MSD) = -999999. in pptV
Level of Determination (1-Pentene, 2,4,4-trimethyl-, MSD) = -999999. in pptV
Level of Detection (2-Butanone, MSD) = -999999. in pptV
Level of Determination (2-Butanone, MSD) = -999999. in pptV
Level of Detection (2-Pentanone, MSD) = -999999. in pptV
Level of Determination (2-Pentanone, MSD) = -999999. in pptV
Level of Detection (2-Pentene, 2,3,4-trimethyl-, MSD) = -999999. in pptV
Level of Determination (2-Pentene, 2,3,4-trimethyl-, MSD) = -999999. in pptV
Level of Detection (Acetaldehyde, MSD) = 251.86 in pptV for quantile 0.100 (90.0%)
Level of Determination (Acetaldehyde, MSD) = 452.47 in pptV for quantile 0.100 (90.0%)
Level of Detection (Acetone+Propanal, MSD) = -999999. in pptV
Level of Determination (Acetone+Propanal, MSD) = -999999. in pptV
Level of Detection (alpha-Methylstyrene, MSD) = -999999. in pptV
Level of Determination (alpha-Methylstyrene, MSD) = -999999. in pptV
Level of Detection (Benzene, MSD) = 26.69 in pptV for quantile 0.100 (90.0%)
Level of Determination (Benzene, MSD) = 49.77 in pptV for quantile 0.100 (90.0%)
Level of Detection (Benzene, 1,3,5-trimethyl-, MSD) = -999999. in pptV
Level of Determination (Benzene, 1,3,5-trimethyl-, MSD) = -999999. in pptV
Level of Detection (Butanal, MSD) = 80.97 in pptV for quantile 0.100 (90.0%)
Level of Determination (Butanal, MSD) = 148.82 in pptV for quantile 0.100 (90.0%)
Level of Detection (Formic acid, butyl ester, MSD) = -999999. in pptV
Level of Determination (Formic acid, butyl ester, MSD) = -999999. in pptV
Level of Detection (Heptanal, MSD) = -999999. in pptV
Level of Determination (Heptanal, MSD) = -999999. in pptV
Level of Detection (Hexanal, MSD) = 43.29 in pptV for quantile 0.100 (90.0%)
Level of Determination (Hexanal, MSD) = 81.39 in pptV for quantile 0.100 (90.0%)
Level of Detection (Hexanal, 2-ethyl-, MSD) = -999999. in pptV
Level of Determination (Hexanal, 2-ethyl-, MSD) = -999999. in pptV
Level of Detection (m/p-Xylene, MSD) = -999999. in pptV
Level of Determination (m/p-Xylene, MSD) = -999999. in pptV
Level of Detection (Pentanal, MSD) = 54.29 in pptV for quantile 0.100 (90.0%)
Level of Determination (Pentanal, MSD) = 102.60 in pptV for quantile 0.100 (90.0%)
Level of Detection (Toluene, MSD) = 19.33 in pptV for quantile 0.100 (90.0%)
Level of Determination (Toluene, MSD) = 36.28 in pptV for quantile 0.100 (90.0%)
1
START_TIME MEAN_TIME END_TIME _1_Pentene_2_4_4_trimethyl__D13C _1_Pentene_2_4_4_trimethyl__D13C_ERROR _1_Pentene_2_4_4_trimethyl__IRMS_CONC _1_Pentene_2_4_4_trimethyl__IRMS_CONC_ERROR _1_Pentene_2_4_4_trimethyl__MSD_CONC _1_Pentene_2_4_4_trimethyl__MSD_CONC_ERROR _1_Pentene_2_4_4_trimethyl__FLAG _2_Butanone_D13C _2_Butanone_D13C_ERROR _2_Butanone_IRMS_CONC _2_Butanone_IRMS_CONC_ERROR _2_Butanone_MSD_CONC _2_Butanone_MSD_CONC_ERROR _2_Butanone_FLAG _2_Pentanone_D13C _2_Pentanone_D13C_ERROR _2_Pentanone_IRMS_CONC _2_Pentanone_IRMS_CONC_ERROR _2_Pentanone_MSD_CONC _2_Pentanone_MSD_CONC_ERROR _2_Pentanone_FLAG _2_Pentene_2_3_4_trimethyl__D13C _2_Pentene_2_3_4_trimethyl__D13C_ERROR _2_Pentene_2_3_4_trimethyl__IRMS_CONC _2_Pentene_2_3_4_trimethyl__IRMS_CONC_ERROR _2_Pentene_2_3_4_trimethyl__MSD_CONC _2_Pentene_2_3_4_trimethyl__MSD_CONC_ERROR _2_Pentene_2_3_4_trimethyl__FLAG Acetaldehyde_D13C Acetaldehyde_D13C_ERROR Acetaldehyde_IRMS_CONC Acetaldehyde_IRMS_CONC_ERROR Acetaldehyde_MSD_CONC Acetaldehyde_MSD_CONC_ERROR Acetaldehyde_FLAG Acetone+Propanal_D13C Acetone+Propanal_D13C_ERROR Acetone+Propanal_IRMS_CONC Acetone+Propanal_IRMS_CONC_ERROR Acetone+Propanal_MSD_CONC Acetone+Propanal_MSD_CONC_ERROR Acetone+Propanal_FLAG alpha_Methylstyrene_D13C alpha_Methylstyrene_D13C_ERROR alpha_Methylstyrene_IRMS_CONC alpha_Methylstyrene_IRMS_CONC_ERROR alpha_Methylstyrene_MSD_CONC alpha_Methylstyrene_MSD_CONC_ERROR alpha_Methylstyrene_FLAG Benzene_D13C Benzene_D13C_ERROR Benzene_IRMS_CONC Benzene_IRMS_CONC_ERROR Benzene_MSD_CONC Benzene_MSD_CONC_ERROR Benzene_FLAG Benzene_1_3_5_trimethyl__D13C Benzene_1_3_5_trimethyl__D13C_ERROR Benzene_1_3_5_trimethyl__IRMS_CONC Benzene_1_3_5_trimethyl__IRMS_CONC_ERROR Benzene_1_3_5_trimethyl__MSD_CONC Benzene_1_3_5_trimethyl__MSD_CONC_ERROR Benzene_1_3_5_trimethyl__FLAG Butanal_D13C Butanal_D13C_ERROR Butanal_IRMS_CONC Butanal_IRMS_CONC_ERROR Butanal_MSD_CONC Butanal_MSD_CONC_ERROR Butanal_FLAG Formicacid_butylester_D13C Formicacid_butylester_D13C_ERROR Formicacid_butylester_IRMS_CONC Formicacid_butylester_IRMS_CONC_ERROR Formicacid_butylester_MSD_CONC Formicacid_butylester_MSD_CONC_ERROR Formicacid_butylester_FLAG Heptanal_D13C Heptanal_D13C_ERROR Heptanal_IRMS_CONC Heptanal_IRMS_CONC_ERROR Heptanal_MSD_CONC Heptanal_MSD_CONC_ERROR Heptanal_FLAG Hexanal_D13C Hexanal_D13C_ERROR Hexanal_IRMS_CONC Hexanal_IRMS_CONC_ERROR Hexanal_MSD_CONC Hexanal_MSD_CONC_ERROR Hexanal_FLAG Hexanal_2_ethyl__D13C Hexanal_2_ethyl__D13C_ERROR Hexanal_2_ethyl__IRMS_CONC Hexanal_2_ethyl__IRMS_CONC_ERROR Hexanal_2_ethyl__MSD_CONC Hexanal_2_ethyl__MSD_CONC_ERROR Hexanal_2_ethyl__FLAG m_p_Xylene_D13C m_p_Xylene_D13C_ERROR m_p_Xylene_IRMS_CONC m_p_Xylene_IRMS_CONC_ERROR m_p_Xylene_MSD_CONC m_p_Xylene_MSD_CONC_ERROR m_p_Xylene_FLAG Pentanal_D13C Pentanal_D13C_ERROR Pentanal_IRMS_CONC Pentanal_IRMS_CONC_ERROR Pentanal_MSD_CONC Pentanal_MSD_CONC_ERROR Pentanal_FLAG Toluene_D13C Toluene_D13C_ERROR Toluene_IRMS_CONC Toluene_IRMS_CONC_ERROR Toluene_MSD_CONC Toluene_MSD_CONC_ERROR Toluene_FLAG CYLINDER
31438. 31493. 31548. -28.8 0.2 999999.0 999999.0 999999.0 999999.0 1 -29.7 0.6 197.9 35.4 230.8 34.6 4 -35.7 1.8 999999.0 999999.0 999999.0 999999.0 104 -33.6 0.5 999999.0 999999.0 999999.0 999999.0 4 -33.4 0.2 10049.3 1604.6 11472.0 1480.1 1 -18.2 0.3 12778.5 1779.9 6316.3 610.0 3 -22.8 0.2 999999.0 999999.0 999999.0 999999.0 17 -34.6 3.3 61.4 24.9 71.8 21.7 4 -28.7 0.6 999999.0 999999.0 999999.0 999999.0 4 -32.9 0.3 576.5 36.7 481.1 45.7 4 -21.0 1.7 999999.0 999999.0 999999.0 999999.0 4 -28.7 1.3 999999.0 999999.0 999999.0 999999.0 2 -29.5 0.2 222.6 34.3 242.3 29.1 3 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 -30.3 0.5 74.3 11.1 85.2 18.3 4 -33.7 0.3 289.0 37.1 347.9 36.1 4 -31.7 1.6 28.3 23.3 78.9 14.5 4 1
32093. 32148. 32203. -27.1 0.2 999999.0 999999.0 999999.0 999999.0 1 -31.4 0.3 237.6 33.2 262.9 33.0 4 -30.9 0.5 999999.0 999999.0 999999.0 999999.0 4 -28.0 0.4 999999.0 999999.0 999999.0 999999.0 4 -32.8 0.2 14582.8 2438.1 18142.3 2459.5 1 -17.7 0.5 9512.7 1300.1 4405.3 404.5 3 -28.9 0.3 999999.0 999999.0 999999.0 999999.0 18 -28.0 1.7 59.6 25.1 71.9 21.7 4 -27.8 0.7 999999.0 999999.0 999999.0 999999.0 4 -31.5 0.3 456.7 39.7 414.4 49.0 4 -28.9 1.6 999999.0 999999.0 999999.0 999999.0 4 -28.5 1.1 999999.0 999999.0 999999.0 999999.0 2 -29.5 0.2 217.6 34.6 243.0 29.1 3 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 -29.3 0.7 68.4 11.6 83.6 18.5 4 -31.3 0.2 241.2 39.2 325.9 37.0 4 -36.8 2.0 22.6 23.8 77.0 14.6 104 3
36488. 36532. 36575. -27.1 0.2 999999.0 999999.0 999999.0 999999.0 1 -30.0 0.2 437.3 26.2 427.3 27.7 1 -29.4 0.4 999999.0 999999.0 999999.0 999999.0 4 -26.0 0.7 999999.0 999999.0 999999.0 999999.0 4 -32.0 0.2 24570.8 4276.9 31938.7 4489.0 1 -14.5 0.3 19132.8 2713.7 10670.4 1079.4 3 -28.3 0.2 999999.0 999999.0 999999.0 999999.0 17 -27.5 2.2 63.2 24.8 77.5 21.3 4 -27.9 0.9 999999.0 999999.0 999999.0 999999.0 4 -31.1 0.2 598.8 36.5 579.4 42.4 4 -32.0 0.5 999999.0 999999.0 999999.0 999999.0 4 -28.7 0.3 999999.0 999999.0 999999.0 999999.0 2 -29.1 0.2 337.5 28.4 338.0 25.0 3 -30.8 0.4 999999.0 999999.0 999999.0 999999.0 2 -30.7 0.3 91.8 9.8 85.2 18.2 4 -30.7 0.2 388.8 33.1 433.0 32.8 3 -31.6 1.7 31.5 23.1 80.5 14.4 4 4
37396. 37439. 37482. -28.5 0.3 999999.0 999999.0 999999.0 999999.0 1 -33.6 0.3 485.5 25.8 476.0 27.1 104 -32.1 0.5 999999.0 999999.0 999999.0 999999.0 4 -24.4 1.7 999999.0 999999.0 999999.0 999999.0 4 -34.2 0.2 21658.1 3740.4 26715.4 3720.4 1 -17.5 0.7 11515.1 1594.2 5265.5 496.9 3 -28.6 0.3 999999.0 999999.0 999999.0 999999.0 17 -28.0 2.4 69.0 24.2 81.1 21.1 4 -29.3 1.4 999999.0 999999.0 999999.0 999999.0 2 -34.3 0.3 738.3 37.8 655.8 41.6 4 -33.9 0.9 999999.0 999999.0 999999.0 999999.0 4 -28.1 0.6 999999.0 999999.0 999999.0 999999.0 2 -30.4 0.2 276.3 31.3 290.9 26.9 3 -32.7 3.0 999999.0 999999.0 999999.0 999999.0 2 -29.7 0.4 88.7 10.0 90.4 17.6 4 -32.2 0.3 353.5 34.4 412.4 33.5 3 -30.3 0.7 65.6 20.3 98.0 13.4 4 5
38124. 38169. 38213. -26.9 0.3 999999.0 999999.0 999999.0 999999.0 2 -31.9 0.3 397.2 27.0 411.0 28.0 4 -30.8 0.5 999999.0 999999.0 999999.0 999999.0 4 -29.2 0.9 999999.0 999999.0 999999.0 999999.0 4 -33.6 0.2 24968.3 4350.0 29610.6 4146.4 1 -15.8 1.0 9954.6 1365.0 4266.9 389.7 3 -29.3 0.3 999999.0 999999.0 999999.0 999999.0 17 -30.0 1.9 64.1 24.7 77.6 21.3 4 -30.6 1.0 999999.0 999999.0 999999.0 999999.0 4 -32.6 0.2 1058.7 53.6 933.3 51.2 4 -33.5 0.6 999999.0 999999.0 999999.0 999999.0 4 -29.5 0.2 999999.0 999999.0 999999.0 999999.0 2 -28.1 0.2 513.0 24.7 485.5 22.1 3 -35.7 1.8 999999.0 999999.0 999999.0 999999.0 102 -29.0 0.3 88.3 10.1 90.9 17.5 4 -32.2 0.2 869.2 30.1 829.0 31.3 3 -30.2 0.5 55.8 21.0 91.5 13.8 4 6
38523. 38571. 38619. -28.7 0.2 999999.0 999999.0 999999.0 999999.0 1 -31.7 0.4 234.0 33.4 262.3 33.1 4 -33.5 0.2 999999.0 999999.0 999999.0 999999.0 3 -30.0 0.7 999999.0 999999.0 999999.0 999999.0 4 -34.8 0.2 14206.0 2368.7 17467.4 2360.3 1 -19.0 0.6 8438.2 1142.3 3889.8 349.3 3 -29.5 0.3 999999.0 999999.0 999999.0 999999.0 17 -22.1 3.1 57.4 25.3 71.4 21.7 104 -27.7 1.0 999999.0 999999.0 999999.0 999999.0 4 -33.0 0.3 458.9 39.6 441.3 47.6 4 -31.2 0.6 999999.0 999999.0 999999.0 999999.0 4 -29.6 0.6 999999.0 999999.0 999999.0 999999.0 2 -30.6 0.2 196.7 35.9 231.2 29.7 3 -33.4 3.0 999999.0 999999.0 999999.0 999999.0 2 -31.7 0.5 72.9 11.2 83.7 18.4 4 -31.6 0.3 199.8 41.2 321.4 37.2 3 -999999.0 999999.0 17.1 24.3 75.5 14.6 118 7
39367. 39415. 39463. -28.5 0.2 999999.0 999999.0 999999.0 999999.0 1 -30.5 0.3 355.2 28.2 358.9 29.3 4 -31.1 0.6 999999.0 999999.0 999999.0 999999.0 4 -27.5 0.7 999999.0 999999.0 999999.0 999999.0 4 -33.5 0.2 19270.1 3300.7 23972.9 3317.0 1 -19.6 0.5 10794.9 1488.4 5139.5 483.4 3 -28.6 0.3 999999.0 999999.0 999999.0 999999.0 17 -26.2 1.9 63.8 24.7 75.5 21.5 4 -28.8 1.5 999999.0 999999.0 999999.0 999999.0 4 -32.5 0.3 627.0 36.4 546.2 43.2 4 -34.3 0.8 999999.0 999999.0 999999.0 999999.0 4 -31.5 0.4 999999.0 999999.0 999999.0 999999.0 2 -30.5 0.2 311.3 29.5 317.0 25.8 3 -30.0 1.6 999999.0 999999.0 999999.0 999999.0 2 -32.9 0.5 76.1 11.0 84.0 18.4 4 -31.6 0.2 358.2 34.3 406.1 33.8 3 -32.9 1.7 30.7 23.1 80.1 14.4 18 8
40645. 40688. 40731. -25.6 0.2 999999.0 999999.0 999999.0 999999.0 103 -28.1 0.4 353.1 28.3 356.1 29.5 104 -26.5 0.9 999999.0 999999.0 999999.0 999999.0 4 -25.4 1.4 999999.0 999999.0 999999.0 999999.0 4 -34.0 0.2 14757.3 2473.4 18817.9 2562.9 1 -20.0 0.3 10079.5 1385.6 4958.5 465.0 103 -24.5 0.3 999999.0 999999.0 999999.0 999999.0 17 -26.2 2.0 77.8 23.4 86.3 20.8 104 -29.4 1.1 999999.0 999999.0 999999.0 999999.0 4 -28.8 0.4 559.6 37.1 500.8 44.9 104 -999999.0 999999.0 999999.0 999999.0 999999.0 999999.0 4 -27.3 2.5 999999.0 999999.0 999999.0 999999.0 2 -29.2 0.3 306.4 29.8 297.9 26.6 3 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 -27.1 1.6 76.3 11.0 86.9 18.0 4 -29.2 0.4 342.0 35.0 380.1 34.8 3 -22.7 1.2 39.6 22.4 84.5 14.1 18 9
41001. 41045. 41088. -28.1 0.4 999999.0 999999.0 999999.0 999999.0 2 -30.5 0.9 269.8 31.6 307.6 31.1 4 -28.4 1.1 999999.0 999999.0 999999.0 999999.0 104 -999999.0 999999.0 999999.0 999999.0 999999.0 999999.0 104 -35.0 0.2 10112.0 1616.2 12700.1 1660.2 1 -17.1 0.6 6132.3 804.1 2957.1 250.0 3 -23.9 0.3 999999.0 999999.0 999999.0 999999.0 17 -29.7 2.9 64.1 24.7 79.3 21.2 4 -37.1 3.3 999999.0 999999.0 999999.0 999999.0 104 -34.8 0.7 401.3 41.9 418.5 48.8 4 -16.3 3.2 999999.0 999999.0 999999.0 999999.0 104 -32.2 1.9 999999.0 999999.0 999999.0 999999.0 2 -28.8 0.4 171.7 37.4 221.9 30.2 4 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 999999.000 -29.2 0.7 78.5 10.8 87.9 17.9 4 -28.1 0.5 185.6 41.8 308.9 37.8 3 -30.2 0.8 49.7 21.5 89.7 13.8 18 10
41658. 41702. 41745. -26.5 0.2 999999.0 999999.0 999999.0 999999.0 1 -30.8 0.3 417.7 26.5 468.4 27.2 104 -29.2 0.4 999999.0 999999.0 999999.0 999999.0 4 -25.0 0.6 999999.0 999999.0 999999.0 999999.0 4 -33.4 0.2 18803.2 3214.9 25529.9 3546.0 1 -17.8 0.7 10435.6 1435.7 5223.0 492.3 3 -27.2 0.2 999999.0 999999.0 999999.0 999999.0 18 -22.6 2.2 63.2 24.8 80.8 21.1 104 -31.7 1.3 999999.0 999999.0 999999.0 999999.0 4 -30.7 0.3 579.7 36.7 612.4 41.9 104 -30.9 0.6 999999.0 999999.0 999999.0 999999.0 4 -27.7 0.5 999999.0 999999.0 999999.0 999999.0 2 -28.5 0.2 264.6 31.9 304.2 26.3 3 -999999.0 999999.0 999999.0 999999.0 999999.0 999999.0 102 -27.5 0.5 77.9 10.8 86.9 18.0 4 -30.8 0.3 286.3 37.2 383.0 34.7 4 -27.9 0.9 41.1 22.3 88.1 13.9 18 11
41990. 42034. 42077. -26.2 0.6 999999.0 999999.0 999999.0 999999.0 104 -29.2 0.4 345.8 28.5 405.1 28.1 4 -26.3 0.9 999999.0 999999.0 999999.0 999999.0 4 -26.5 2.2 999999.0 999999.0 999999.0 999999.0 4 -34.4 0.2 18912.2 3234.9 25267.2 3507.4 1 -20.3 0.4 8711.4 1182.5 4457.6 410.2 3 -27.0 0.2 999999.0 999999.0 999999.0 999999.0 18 -22.0 1.9 59.7 25.1 76.0 21.4 104 -42.8 2.1 999999.0 999999.0 999999.0 999999.0 102 -31.6 0.3 654.3 36.5 641.8 41.6 104 -999999.0 999999.0 999999.0 999999.0 999999.0 999999.0 104 -27.9 0.7 999999.0 999999.0 999999.0 999999.0 2 -28.7 0.3 238.4 33.4 269.8 27.8 3 -999999.0 999999.0 999999.0 999999.0 999999.0 999999.0 102 -31.2 1.0 72.0 11.3 83.2 18.5 4 -30.4 0.4 287.4 37.2 380.3 34.8 4 -33.4 5.5 17.6 24.3 76.5 14.6 118 12
47766. 47811. 47855. -26.6 0.2 999999.0 999999.0 999999.0 999999.0 1 -30.8 0.3 319.8 29.5 316.7 30.8 104 -31.0 0.6 999999.0 999999.0 999999.0 999999.0 4 -26.7 0.9 999999.0 999999.0 999999.0 999999.0 4 -34.4 0.2 11274.7 1829.8 13261.3 1742.5 1 -17.9 0.7 8959.2 1218.9 3874.4 347.7 3 -25.9 0.2 999999.0 999999.0 999999.0 999999.0 17 -28.7 1.0 78.8 23.3 83.8 20.9 104 -28.3 1.0 999999.0 999999.0 999999.0 999999.0 4 -32.0 0.3 560.5 37.0 482.9 45.6 104 -29.7 2.5 999999.0 999999.0 999999.0 999999.0 4 -28.5 0.4 999999.0 999999.0 999999.0 999999.0 2 -30.4 0.2 311.8 29.5 288.5 27.0 3 -29.3 0.3 999999.0 999999.0 999999.0 999999.0 2 -30.5 0.3 87.8 10.1 87.2 18.0 4 -30.8 0.2 325.0 35.6 374.0 35.0 3 -27.4 0.5 52.0 21.4 88.5 13.9 118 13
48231. 48276. 48321. -26.5 0.2 999999.0 999999.0 999999.0 999999.0 1 -31.5 0.3 458.4 26.0 435.8 27.6 4 -31.3 0.5 999999.0 999999.0 999999.0 999999.0 4 -24.9 0.5 999999.0 999999.0 999999.0 999999.0 4 -34.6 0.2 20600.1 3545.7 24675.2 3420.3 1 -18.0 0.8 12357.2 1718.0 5062.7 475.1 3 -27.0 0.2 999999.0 999999.0 999999.0 999999.0 17 -23.8 1.4 79.8 23.2 86.9 20.7 2 -27.8 0.9 999999.0 999999.0 999999.0 999999.0 4 -31.8 0.2 941.2 46.3 753.3 42.9 104 -34.2 0.9 999999.0 999999.0 999999.0 999999.0 4 -29.9 0.3 999999.0 999999.0 999999.0 999999.0 2 -29.8 0.2 350.9 27.8 322.5 25.6 3 -28.9 0.3 999999.0 999999.0 999999.0 999999.0 2 -30.0 0.3 87.6 10.1 87.2 18.0 4 -31.4 0.2 522.6 29.2 512.1 30.5 3 -28.8 0.7 45.7 21.9 86.4 14.0 18 14
48517. 48562. 48606. -26.2 0.2 999999.0 999999.0 999999.0 999999.0 1 -31.7 0.3 460.3 26.0 398.9 28.3 4 -31.6 0.5 999999.0 999999.0 999999.0 999999.0 4 -24.8 0.7 999999.0 999999.0 999999.0 999999.0 4 -34.5 0.2 18744.0 3205.1 19847.3 2711.4 1 -20.7 0.6 11866.5 1646.6 4643.0 430.3 3 -26.2 0.3 999999.0 999999.0 999999.0 999999.0 18 -28.2 1.2 80.5 23.1 86.5 20.8 4 -27.7 1.1 999999.0 999999.0 999999.0 999999.0 4 -31.8 0.2 776.1 38.9 598.8 42.1 4 -30.9 0.7 999999.0 999999.0 999999.0 999999.0 4 -28.6 0.4 999999.0 999999.0 999999.0 999999.0 2 -29.7 0.2 320.4 29.1 294.3 26.7 3 -27.9 0.4 999999.0 999999.0 999999.0 999999.0 2 -29.1 0.3 96.5 9.5 90.4 17.6 4 -31.8 0.2 448.7 31.1 442.2 32.5 3 -29.2 0.5 49.1 21.6 86.7 14.0 18 15
49607. 49657. 49706. -26.7 0.2 999999.0 999999.0 999999.0 999999.0 101 -33.0 0.4 411.3 26.7 411.3 28.0 104 -31.1 0.4 999999.0 999999.0 999999.0 999999.0 4 -26.6 0.4 999999.0 999999.0 999999.0 999999.0 4 -34.0 0.2 22799.4 3950.4 25619.5 3559.2 1 -17.1 0.9 14194.3 1987.8 5621.3 535.2 3 -25.2 0.2 999999.0 999999.0 999999.0 999999.0 17 -26.1 1.1 80.2 23.1 87.6 20.7 104 -29.9 0.8 999999.0 999999.0 999999.0 999999.0 4 -31.8 0.2 1024.3 51.3 829.1 45.5 104 -32.7 0.4 999999.0 999999.0 999999.0 999999.0 4 -29.7 0.2 999999.0 999999.0 999999.0 999999.0 2 -30.1 0.2 457.4 25.0 393.9 23.3 3 -29.7 0.2 999999.0 999999.0 999999.0 999999.0 1 -30.1 0.2 94.2 9.7 86.5 18.1 3 -31.8 0.2 630.3 27.6 580.5 29.3 3 -29.4 1.8 31.5 23.1 81.3 14.3 18 16
49720. 49770. 49819. -26.9 0.2 999999.0 999999.0 999999.0 999999.0 1 -32.8 0.3 585.0 26.9 536.1 27.2 4 -32.1 0.5 999999.0 999999.0 999999.0 999999.0 4 -29.7 0.7 999999.0 999999.0 999999.0 999999.0 4 -35.8 0.2 17337.2 2945.1 19521.5 2662.3 1 -18.3 0.8 12106.3 1681.2 4890.5 456.6 3 -26.9 0.2 999999.0 999999.0 999999.0 999999.0 17 -28.7 1.5 78.7 23.3 87.0 20.7 4 -32.6 1.1 999999.0 999999.0 999999.0 999999.0 4 -33.2 0.2 1043.2 52.6 856.6 46.8 4 -35.1 0.4 999999.0 999999.0 999999.0 999999.0 4 -30.3 0.2 999999.0 999999.0 999999.0 999999.0 2 -29.9 0.2 509.4 24.7 434.3 22.5 3 -30.2 0.2 999999.0 999999.0 999999.0 999999.0 1 -30.8 0.2 96.3 9.5 85.3 18.2 3 -33.0 0.2 805.5 28.7 716.3 29.1 3 -999999.0 999999.0 28.7 23.3 80.3 14.4 118 17
50563. 50620. 50677. -26.6 0.2 999999.0 999999.0 999999.0 999999.0 101 -30.2 0.3 300.2 30.3 294.9 31.7 4 -30.9 0.4 999999.0 999999.0 999999.0 999999.0 4 -27.7 0.4 999999.0 999999.0 999999.0 999999.0 4 -34.3 0.2 12214.5 2002.8 14094.4 1864.8 1 -16.6 0.6 9094.9 1239.0 3946.1 355.4 3 -26.4 0.2 999999.0 999999.0 999999.0 999999.0 17 -30.4 1.1 77.1 23.4 83.7 20.9 4 -31.1 0.8 999999.0 999999.0 999999.0 999999.0 4 -32.1 0.2 624.8 36.4 510.3 44.5 104 -23.6 3.1 999999.0 999999.0 999999.0 999999.0 4 -28.5 0.3 999999.0 999999.0 999999.0 999999.0 2 -30.2 0.2 334.6 28.5 304.5 26.3 3 -29.5 0.2 999999.0 999999.0 999999.0 999999.0 2 -30.5 0.3 85.9 10.3 84.5 18.3 3 -31.4 0.2 408.2 32.4 417.8 33.4 3 -999999.0 999999.0 21.1 24.0 77.0 14.6 118 18
50715. 50772. 50828. -27.2 0.2 999999.0 999999.0 999999.0 999999.0 101 -31.6 0.3 372.0 27.7 347.9 29.7 4 -30.9 0.4 999999.0 999999.0 999999.0 999999.0 4 -27.5 0.5 999999.0 999999.0 999999.0 999999.0 4 -34.3 0.2 12735.4 2098.6 14212.5 1882.1 1 -19.5 0.5 10490.3 1444.0 4278.6 391.0 3 -24.4 0.2 999999.0 999999.0 999999.0 999999.0 17 -26.9 1.0 83.3 22.9 85.5 20.8 104 -31.1 0.7 999999.0 999999.0 999999.0 999999.0 4 -31.9 0.2 888.3 43.5 701.0 41.9 104 -29.8 1.2 999999.0 999999.0 999999.0 999999.0 4 -29.9 0.3 999999.0 999999.0 999999.0 999999.0 2 -30.6 0.2 426.6 25.5 362.1 24.2 3 -30.4 0.2 999999.0 999999.0 999999.0 999999.0 1 -31.4 0.2 98.5 9.4 86.3 18.1 3 -32.1 0.2 574.0 28.2 541.3 29.9 3 -999999.0 999999.0 22.2 23.9 78.1 14.5 118 19
51808. 51869. 51929. -27.2 0.2 999999.0 999999.0 999999.0 999999.0 101 -32.3 0.3 277.8 31.3 274.3 32.5 4 -33.6 0.6 999999.0 999999.0 999999.0 999999.0 104 -28.2 0.4 999999.0 999999.0 999999.0 999999.0 4 -35.5 0.2 8900.8 1394.2 10151.8 1287.0 1 -18.0 0.7 7280.4 972.8 2941.2 248.4 3 -26.0 0.2 999999.0 999999.0 999999.0 999999.0 17 -32.7 1.1 79.4 23.2 82.2 21.0 104 -29.0 0.7 999999.0 999999.0 999999.0 999999.0 4 -31.8 0.2 561.8 37.0 469.2 46.2 104 -27.5 2.0 999999.0 999999.0 999999.0 999999.0 4 -30.2 0.4 999999.0 999999.0 999999.0 999999.0 2 -30.9 0.2 342.1 28.2 293.4 26.8 3 -30.3 0.3 999999.0 999999.0 999999.0 999999.0 2 -29.6 0.4 76.2 11.0 83.9 18.4 4 -32.2 0.2 397.7 32.8 399.6 34.0 3 -999999.0 999999.0 19.6 24.1 75.8 14.6 118 20
53392. 53453. 53514. -26.7 0.3 999999.0 999999.0 999999.0 999999.0 2 -31.5 0.3 336.0 28.8 320.8 30.6 4 -30.5 0.5 999999.0 999999.0 999999.0 999999.0 4 -31.4 0.8 999999.0 999999.0 999999.0 999999.0 4 -34.5 0.2 11118.0 1801.1 14011.6 1852.6 1 -18.7 0.5 9076.9 1236.3 3924.5 353.1 3 -28.8 0.2 999999.0 999999.0 999999.0 999999.0 17 -32.2 2.2 61.3 24.9 72.0 21.7 4 -29.1 0.8 999999.0 999999.0 999999.0 999999.0 4 -32.2 0.3 584.3 36.7 501.7 44.8 4 -33.7 0.8 999999.0 999999.0 999999.0 999999.0 4 -29.7 0.4 999999.0 999999.0 999999.0 999999.0 2 -30.7 0.2 286.4 30.8 279.4 27.4 3 -30.8 3.5 999999.0 999999.0 999999.0 999999.0 2 -32.4 0.8 67.7 11.6 83.5 18.5 4 -32.3 0.2 352.7 34.5 384.4 34.6 3 -31.9 2.4 24.4 23.7 78.1 14.5 18 22
54080. 54141. 54202. -25.8 0.2 999999.0 999999.0 999999.0 999999.0 101 -33.7 0.5 424.4 26.4 392.1 28.4 3 -28.6 0.7 999999.0 999999.0 999999.0 999999.0 4 -26.0 0.7 999999.0 999999.0 999999.0 999999.0 4 -35.5 0.2 17988.4 3065.0 21693.6 2981.7 1 -16.7 0.8 11923.5 1654.3 4965.2 464.6 103 -28.0 0.2 999999.0 999999.0 999999.0 999999.0 17 -25.6 1.5 69.7 24.1 79.0 21.2 4 -28.9 0.9 999999.0 999999.0 999999.0 999999.0 4 -32.5 0.2 851.3 41.7 689.3 41.7 104 -34.7 0.3 999999.0 999999.0 999999.0 999999.0 4 -29.7 0.3 999999.0 999999.0 999999.0 999999.0 2 -30.0 0.2 415.9 25.7 366.7 24.1 3 -30.2 0.3 999999.0 999999.0 999999.0 999999.0 2 -29.9 0.4 79.5 10.7 84.8 18.3 4 -32.1 0.2 564.3 28.4 529.9 30.1 3 -29.8 3.7 21.2 23.9 77.4 14.5 118 24