Table 7.

log (W/λ)obs* of H2O blends in region B for eight late M dwarfs.

Ref. noGJ 54.1GJ 752BGJ 873GJ 1002GJ 1245BGAT 1370LP 412-312MASS 1835+32
B01−4.870−5.026−4.830−4.868−4.693
B02−5.225−5.187−4.714
B03−5.336−4.911−5.121−5.011−4.885−4.852−4.755
B04−5.142−4.870−5.120−4.962−4.983−4.812−4.820−4.320
B05−5.387−5.300−5.195
B06−5.168−4.867−5.134−5.042−4.908
B07−5.121−4.943−5.126−4.962−4.427
B08−5.242−5.063−5.315−5.204−5.048
B09−4.770−4.662−4.896−4.725−4.608−4.965
B10−5.030
B11
B12−5.421−4.904−4.821
B13
B14−4.987−5.282−5.292−5.063−4.619
B15−5.087−5.383−5.598−5.158
B16−5.269−4.815−5.263−5.110−5.104−4.750−4.636
B17−5.054−4.802−5.246−5.144−4.990−4.861
B18−4.907−5.245−5.009
B19−5.584−5.042−5.240−5.378−5.091−5.080−5.179
B20−5.090−4.920−5.239−5.071−5.080−4.898−5.003
B21−5.060−4.935−5.230−5.009−4.947
B22
B23−5.258−4.996−5.136−4.971
B24−5.076−4.847
B25
B26−5.160−4.891−5.305−5.098−4.909−4.997
B27−4.836
Ref. noGJ 54.1GJ 752BGJ 873GJ 1002GJ 1245BGAT 1370LP 412-312MASS 1835+32
B01−4.870−5.026−4.830−4.868−4.693
B02−5.225−5.187−4.714
B03−5.336−4.911−5.121−5.011−4.885−4.852−4.755
B04−5.142−4.870−5.120−4.962−4.983−4.812−4.820−4.320
B05−5.387−5.300−5.195
B06−5.168−4.867−5.134−5.042−4.908
B07−5.121−4.943−5.126−4.962−4.427
B08−5.242−5.063−5.315−5.204−5.048
B09−4.770−4.662−4.896−4.725−4.608−4.965
B10−5.030
B11
B12−5.421−4.904−4.821
B13
B14−4.987−5.282−5.292−5.063−4.619
B15−5.087−5.383−5.598−5.158
B16−5.269−4.815−5.263−5.110−5.104−4.750−4.636
B17−5.054−4.802−5.246−5.144−4.990−4.861
B18−4.907−5.245−5.009
B19−5.584−5.042−5.240−5.378−5.091−5.080−5.179
B20−5.090−4.920−5.239−5.071−5.080−4.898−5.003
B21−5.060−4.935−5.230−5.009−4.947
B22
B23−5.258−4.996−5.136−4.971
B24−5.076−4.847
B25
B26−5.160−4.891−5.305−5.098−4.909−4.997
B27−4.836

*The equivalent width W is measured by referring to the pseudo-continuum.

Reference numbers defined in table 4 and figure 3 of Paper II.

Table 7.

log (W/λ)obs* of H2O blends in region B for eight late M dwarfs.

Ref. noGJ 54.1GJ 752BGJ 873GJ 1002GJ 1245BGAT 1370LP 412-312MASS 1835+32
B01−4.870−5.026−4.830−4.868−4.693
B02−5.225−5.187−4.714
B03−5.336−4.911−5.121−5.011−4.885−4.852−4.755
B04−5.142−4.870−5.120−4.962−4.983−4.812−4.820−4.320
B05−5.387−5.300−5.195
B06−5.168−4.867−5.134−5.042−4.908
B07−5.121−4.943−5.126−4.962−4.427
B08−5.242−5.063−5.315−5.204−5.048
B09−4.770−4.662−4.896−4.725−4.608−4.965
B10−5.030
B11
B12−5.421−4.904−4.821
B13
B14−4.987−5.282−5.292−5.063−4.619
B15−5.087−5.383−5.598−5.158
B16−5.269−4.815−5.263−5.110−5.104−4.750−4.636
B17−5.054−4.802−5.246−5.144−4.990−4.861
B18−4.907−5.245−5.009
B19−5.584−5.042−5.240−5.378−5.091−5.080−5.179
B20−5.090−4.920−5.239−5.071−5.080−4.898−5.003
B21−5.060−4.935−5.230−5.009−4.947
B22
B23−5.258−4.996−5.136−4.971
B24−5.076−4.847
B25
B26−5.160−4.891−5.305−5.098−4.909−4.997
B27−4.836
Ref. noGJ 54.1GJ 752BGJ 873GJ 1002GJ 1245BGAT 1370LP 412-312MASS 1835+32
B01−4.870−5.026−4.830−4.868−4.693
B02−5.225−5.187−4.714
B03−5.336−4.911−5.121−5.011−4.885−4.852−4.755
B04−5.142−4.870−5.120−4.962−4.983−4.812−4.820−4.320
B05−5.387−5.300−5.195
B06−5.168−4.867−5.134−5.042−4.908
B07−5.121−4.943−5.126−4.962−4.427
B08−5.242−5.063−5.315−5.204−5.048
B09−4.770−4.662−4.896−4.725−4.608−4.965
B10−5.030
B11
B12−5.421−4.904−4.821
B13
B14−4.987−5.282−5.292−5.063−4.619
B15−5.087−5.383−5.598−5.158
B16−5.269−4.815−5.263−5.110−5.104−4.750−4.636
B17−5.054−4.802−5.246−5.144−4.990−4.861
B18−4.907−5.245−5.009
B19−5.584−5.042−5.240−5.378−5.091−5.080−5.179
B20−5.090−4.920−5.239−5.071−5.080−4.898−5.003
B21−5.060−4.935−5.230−5.009−4.947
B22
B23−5.258−4.996−5.136−4.971
B24−5.076−4.847
B25
B26−5.160−4.891−5.305−5.098−4.909−4.997
B27−4.836

*The equivalent width W is measured by referring to the pseudo-continuum.

Reference numbers defined in table 4 and figure 3 of Paper II.

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