Table 2.
Open in new tab

Summary of clustering analysis for the CCFs.

CFModel*Fitting|$\bar{z}$|[θmin, θmax]A  ωr  0b  QGb  QSOlogMDMH
(″)(h−1 Mpc)(h−1 M⊙)
Power-lawχ23.80[10, 1000]|$6.03^{+1.65}_{-1.65}$||$7.13^{+0.99}_{-1.13}$||$5.62^{+0.72}_{-0.82}$||$5.48^{+1.25}_{-1.32}$||$12.07^{+0.33}_{-0.49}$|
Power-law΄χ23.80[10, 1000]|$8.67^{+2.37}_{-2.37}$||$8.66^{+1.20}_{-1.37}$||$6.74^{+0.87}_{-0.98}$||$6.10^{+1.40}_{-1.47}$||$12.25^{+0.32}_{-0.47}$|
Less-Power-lawML3.80[10, 1000]|$6.53^{+1.85}_{-1.81}$||$7.44^{+1.07}_{-1.19}$||$5.85^{+0.78}_{-0.87}$||$5.94^{+1.42}_{-1.46}$||$12.20^{+0.33}_{-0.49}$|
luminousPower-law΄ML3.80[10, 1000]|$9.39^{+2.66}_{-2.60}$||$9.04^{+1.30}_{-1.45}$||$7.01^{+0.93}_{-1.04}$||$6.60^{+1.57}_{-1.63}$||$12.37^{+0.32}_{-0.47}$|
QGDMχ23.80[10, 1000]——|$5.68^{+0.70}_{-0.80}$||$5.67^{+1.23}_{-1.32}$||$12.13^{+0.31}_{-0.46}$|
CCFDM΄χ23.80[10, 1000]——|$6.76^{+0.83}_{-0.94}$||$6.21^{+1.34}_{-1.42}$||$12.28^{+0.30}_{-0.44}$|
DMML3.80[10, 1000]——|$5.81^{+0.74}_{-0.85}$||$5.93^{+1.34}_{-1.43}$||$12.20^{+0.32}_{-0.48}$|
DM΄ML3.80[10, 1000]——|$6.96^{+0.89}_{-1.01}$||$6.58^{+1.49}_{-1.58}$||$12.37^{+0.31}_{-0.45}$|
Power-lawML3.77[10, 1000]|$2.99^{+3.08}_{-2.97}$||$4.73^{+2.19}_{-4.41}$||$3.77^{+1.60}_{-3.19}$||$2.47^{+2.36}_{-2.41}$||$10.45^{+1.40}_{-10.45}$|
Power-law΄ML3.77[10, 1000]|$3.87^{+3.98}_{-3.84}$||$5.43^{+2.52}_{-5.06}$||$4.29^{+1.82}_{-3.63}$||$2.47^{+2.37}_{-2.41}$|—
Power-lawML3.77[40, 160]|$11.63^{+6.55}_{-6.07}$||$9.81^{+2.66}_{-3.32}$||$7.44^{+1.86}_{-2.24}$||$9.61^{+4.88}_{-4.73}$||$12.92^{+0.53}_{-1.05}$|
LuminousPower-lawML3.77[40, 1000]|$4.64^{+3.27}_{-3.20}$||$5.99^{+1.99}_{-2.80}$||$4.70^{+1.44}_{-2.01}$||$3.84^{+2.48}_{-2.53}$||$11.43^{+0.88}_{-3.00}$|
QGPower-lawML3.77[40 , 2000]|$4.01^{+2.96}_{-2.91}$||$5.54^{+1.92}_{-2.77}$||$4.37^{+1.39}_{-2.01}$||$3.32^{+2.24}_{-2.31}$||$11.13^{+0.96}_{-4.01}$|
CCFDMML3.77[10, 1000]——|$3.94^{+1.58}_{-2.94}$||$2.73^{+2.44}_{-2.55}$||$10.70^{+1.28}_{-10.70}$|
DM΄ML3.77[10, 1000]——|$4.48^{+1.75}_{-3.18}$||$2.73^{+2.36}_{-2.49}$|—
DMML3.77[40, 160]——|$7.31^{+1.86}_{-2.32}$||$9.39^{+4.86}_{-4.67}$||$12.89^{+0.54}_{-1.08}$|
DMML3.77[40, 1000]——|$4.52^{+1.46}_{-2.19}$||$3.59^{+2.47}_{-2.60}$||$11.29^{+0.94}_{-4.29}$|
DMML3.77[40 , 2000]——|$4.49^{+1.44}_{-2.13}$||$3.54^{+2.42}_{-2.52}$||$11.26^{+0.95}_{-4.08}$|
CFModel*Fitting|$\bar{z}$|[θmin, θmax]A  ωr  0b  QGb  QSOlogMDMH
(″)(h−1 Mpc)(h−1 M⊙)
Power-lawχ23.80[10, 1000]|$6.03^{+1.65}_{-1.65}$||$7.13^{+0.99}_{-1.13}$||$5.62^{+0.72}_{-0.82}$||$5.48^{+1.25}_{-1.32}$||$12.07^{+0.33}_{-0.49}$|
Power-law΄χ23.80[10, 1000]|$8.67^{+2.37}_{-2.37}$||$8.66^{+1.20}_{-1.37}$||$6.74^{+0.87}_{-0.98}$||$6.10^{+1.40}_{-1.47}$||$12.25^{+0.32}_{-0.47}$|
Less-Power-lawML3.80[10, 1000]|$6.53^{+1.85}_{-1.81}$||$7.44^{+1.07}_{-1.19}$||$5.85^{+0.78}_{-0.87}$||$5.94^{+1.42}_{-1.46}$||$12.20^{+0.33}_{-0.49}$|
luminousPower-law΄ML3.80[10, 1000]|$9.39^{+2.66}_{-2.60}$||$9.04^{+1.30}_{-1.45}$||$7.01^{+0.93}_{-1.04}$||$6.60^{+1.57}_{-1.63}$||$12.37^{+0.32}_{-0.47}$|
QGDMχ23.80[10, 1000]——|$5.68^{+0.70}_{-0.80}$||$5.67^{+1.23}_{-1.32}$||$12.13^{+0.31}_{-0.46}$|
CCFDM΄χ23.80[10, 1000]——|$6.76^{+0.83}_{-0.94}$||$6.21^{+1.34}_{-1.42}$||$12.28^{+0.30}_{-0.44}$|
DMML3.80[10, 1000]——|$5.81^{+0.74}_{-0.85}$||$5.93^{+1.34}_{-1.43}$||$12.20^{+0.32}_{-0.48}$|
DM΄ML3.80[10, 1000]——|$6.96^{+0.89}_{-1.01}$||$6.58^{+1.49}_{-1.58}$||$12.37^{+0.31}_{-0.45}$|
Power-lawML3.77[10, 1000]|$2.99^{+3.08}_{-2.97}$||$4.73^{+2.19}_{-4.41}$||$3.77^{+1.60}_{-3.19}$||$2.47^{+2.36}_{-2.41}$||$10.45^{+1.40}_{-10.45}$|
Power-law΄ML3.77[10, 1000]|$3.87^{+3.98}_{-3.84}$||$5.43^{+2.52}_{-5.06}$||$4.29^{+1.82}_{-3.63}$||$2.47^{+2.37}_{-2.41}$|—
Power-lawML3.77[40, 160]|$11.63^{+6.55}_{-6.07}$||$9.81^{+2.66}_{-3.32}$||$7.44^{+1.86}_{-2.24}$||$9.61^{+4.88}_{-4.73}$||$12.92^{+0.53}_{-1.05}$|
LuminousPower-lawML3.77[40, 1000]|$4.64^{+3.27}_{-3.20}$||$5.99^{+1.99}_{-2.80}$||$4.70^{+1.44}_{-2.01}$||$3.84^{+2.48}_{-2.53}$||$11.43^{+0.88}_{-3.00}$|
QGPower-lawML3.77[40 , 2000]|$4.01^{+2.96}_{-2.91}$||$5.54^{+1.92}_{-2.77}$||$4.37^{+1.39}_{-2.01}$||$3.32^{+2.24}_{-2.31}$||$11.13^{+0.96}_{-4.01}$|
CCFDMML3.77[10, 1000]——|$3.94^{+1.58}_{-2.94}$||$2.73^{+2.44}_{-2.55}$||$10.70^{+1.28}_{-10.70}$|
DM΄ML3.77[10, 1000]——|$4.48^{+1.75}_{-3.18}$||$2.73^{+2.36}_{-2.49}$|—
DMML3.77[40, 160]——|$7.31^{+1.86}_{-2.32}$||$9.39^{+4.86}_{-4.67}$||$12.89^{+0.54}_{-1.08}$|
DMML3.77[40, 1000]——|$4.52^{+1.46}_{-2.19}$||$3.59^{+2.47}_{-2.60}$||$11.29^{+0.94}_{-4.29}$|
DMML3.77[40 , 2000]——|$4.49^{+1.44}_{-2.13}$||$3.54^{+2.42}_{-2.52}$||$11.26^{+0.95}_{-4.08}$|

*The prime symbol indicates models that consider the contamination of the quasar and the LBG samples.

Table 2.
Open in new tab

Summary of clustering analysis for the CCFs.

CFModel*Fitting|$\bar{z}$|[θmin, θmax]A  ωr  0b  QGb  QSOlogMDMH
(″)(h−1 Mpc)(h−1 M⊙)
Power-lawχ23.80[10, 1000]|$6.03^{+1.65}_{-1.65}$||$7.13^{+0.99}_{-1.13}$||$5.62^{+0.72}_{-0.82}$||$5.48^{+1.25}_{-1.32}$||$12.07^{+0.33}_{-0.49}$|
Power-law΄χ23.80[10, 1000]|$8.67^{+2.37}_{-2.37}$||$8.66^{+1.20}_{-1.37}$||$6.74^{+0.87}_{-0.98}$||$6.10^{+1.40}_{-1.47}$||$12.25^{+0.32}_{-0.47}$|
Less-Power-lawML3.80[10, 1000]|$6.53^{+1.85}_{-1.81}$||$7.44^{+1.07}_{-1.19}$||$5.85^{+0.78}_{-0.87}$||$5.94^{+1.42}_{-1.46}$||$12.20^{+0.33}_{-0.49}$|
luminousPower-law΄ML3.80[10, 1000]|$9.39^{+2.66}_{-2.60}$||$9.04^{+1.30}_{-1.45}$||$7.01^{+0.93}_{-1.04}$||$6.60^{+1.57}_{-1.63}$||$12.37^{+0.32}_{-0.47}$|
QGDMχ23.80[10, 1000]——|$5.68^{+0.70}_{-0.80}$||$5.67^{+1.23}_{-1.32}$||$12.13^{+0.31}_{-0.46}$|
CCFDM΄χ23.80[10, 1000]——|$6.76^{+0.83}_{-0.94}$||$6.21^{+1.34}_{-1.42}$||$12.28^{+0.30}_{-0.44}$|
DMML3.80[10, 1000]——|$5.81^{+0.74}_{-0.85}$||$5.93^{+1.34}_{-1.43}$||$12.20^{+0.32}_{-0.48}$|
DM΄ML3.80[10, 1000]——|$6.96^{+0.89}_{-1.01}$||$6.58^{+1.49}_{-1.58}$||$12.37^{+0.31}_{-0.45}$|
Power-lawML3.77[10, 1000]|$2.99^{+3.08}_{-2.97}$||$4.73^{+2.19}_{-4.41}$||$3.77^{+1.60}_{-3.19}$||$2.47^{+2.36}_{-2.41}$||$10.45^{+1.40}_{-10.45}$|
Power-law΄ML3.77[10, 1000]|$3.87^{+3.98}_{-3.84}$||$5.43^{+2.52}_{-5.06}$||$4.29^{+1.82}_{-3.63}$||$2.47^{+2.37}_{-2.41}$|—
Power-lawML3.77[40, 160]|$11.63^{+6.55}_{-6.07}$||$9.81^{+2.66}_{-3.32}$||$7.44^{+1.86}_{-2.24}$||$9.61^{+4.88}_{-4.73}$||$12.92^{+0.53}_{-1.05}$|
LuminousPower-lawML3.77[40, 1000]|$4.64^{+3.27}_{-3.20}$||$5.99^{+1.99}_{-2.80}$||$4.70^{+1.44}_{-2.01}$||$3.84^{+2.48}_{-2.53}$||$11.43^{+0.88}_{-3.00}$|
QGPower-lawML3.77[40 , 2000]|$4.01^{+2.96}_{-2.91}$||$5.54^{+1.92}_{-2.77}$||$4.37^{+1.39}_{-2.01}$||$3.32^{+2.24}_{-2.31}$||$11.13^{+0.96}_{-4.01}$|
CCFDMML3.77[10, 1000]——|$3.94^{+1.58}_{-2.94}$||$2.73^{+2.44}_{-2.55}$||$10.70^{+1.28}_{-10.70}$|
DM΄ML3.77[10, 1000]——|$4.48^{+1.75}_{-3.18}$||$2.73^{+2.36}_{-2.49}$|—
DMML3.77[40, 160]——|$7.31^{+1.86}_{-2.32}$||$9.39^{+4.86}_{-4.67}$||$12.89^{+0.54}_{-1.08}$|
DMML3.77[40, 1000]——|$4.52^{+1.46}_{-2.19}$||$3.59^{+2.47}_{-2.60}$||$11.29^{+0.94}_{-4.29}$|
DMML3.77[40 , 2000]——|$4.49^{+1.44}_{-2.13}$||$3.54^{+2.42}_{-2.52}$||$11.26^{+0.95}_{-4.08}$|
CFModel*Fitting|$\bar{z}$|[θmin, θmax]A  ωr  0b  QGb  QSOlogMDMH
(″)(h−1 Mpc)(h−1 M⊙)
Power-lawχ23.80[10, 1000]|$6.03^{+1.65}_{-1.65}$||$7.13^{+0.99}_{-1.13}$||$5.62^{+0.72}_{-0.82}$||$5.48^{+1.25}_{-1.32}$||$12.07^{+0.33}_{-0.49}$|
Power-law΄χ23.80[10, 1000]|$8.67^{+2.37}_{-2.37}$||$8.66^{+1.20}_{-1.37}$||$6.74^{+0.87}_{-0.98}$||$6.10^{+1.40}_{-1.47}$||$12.25^{+0.32}_{-0.47}$|
Less-Power-lawML3.80[10, 1000]|$6.53^{+1.85}_{-1.81}$||$7.44^{+1.07}_{-1.19}$||$5.85^{+0.78}_{-0.87}$||$5.94^{+1.42}_{-1.46}$||$12.20^{+0.33}_{-0.49}$|
luminousPower-law΄ML3.80[10, 1000]|$9.39^{+2.66}_{-2.60}$||$9.04^{+1.30}_{-1.45}$||$7.01^{+0.93}_{-1.04}$||$6.60^{+1.57}_{-1.63}$||$12.37^{+0.32}_{-0.47}$|
QGDMχ23.80[10, 1000]——|$5.68^{+0.70}_{-0.80}$||$5.67^{+1.23}_{-1.32}$||$12.13^{+0.31}_{-0.46}$|
CCFDM΄χ23.80[10, 1000]——|$6.76^{+0.83}_{-0.94}$||$6.21^{+1.34}_{-1.42}$||$12.28^{+0.30}_{-0.44}$|
DMML3.80[10, 1000]——|$5.81^{+0.74}_{-0.85}$||$5.93^{+1.34}_{-1.43}$||$12.20^{+0.32}_{-0.48}$|
DM΄ML3.80[10, 1000]——|$6.96^{+0.89}_{-1.01}$||$6.58^{+1.49}_{-1.58}$||$12.37^{+0.31}_{-0.45}$|
Power-lawML3.77[10, 1000]|$2.99^{+3.08}_{-2.97}$||$4.73^{+2.19}_{-4.41}$||$3.77^{+1.60}_{-3.19}$||$2.47^{+2.36}_{-2.41}$||$10.45^{+1.40}_{-10.45}$|
Power-law΄ML3.77[10, 1000]|$3.87^{+3.98}_{-3.84}$||$5.43^{+2.52}_{-5.06}$||$4.29^{+1.82}_{-3.63}$||$2.47^{+2.37}_{-2.41}$|—
Power-lawML3.77[40, 160]|$11.63^{+6.55}_{-6.07}$||$9.81^{+2.66}_{-3.32}$||$7.44^{+1.86}_{-2.24}$||$9.61^{+4.88}_{-4.73}$||$12.92^{+0.53}_{-1.05}$|
LuminousPower-lawML3.77[40, 1000]|$4.64^{+3.27}_{-3.20}$||$5.99^{+1.99}_{-2.80}$||$4.70^{+1.44}_{-2.01}$||$3.84^{+2.48}_{-2.53}$||$11.43^{+0.88}_{-3.00}$|
QGPower-lawML3.77[40 , 2000]|$4.01^{+2.96}_{-2.91}$||$5.54^{+1.92}_{-2.77}$||$4.37^{+1.39}_{-2.01}$||$3.32^{+2.24}_{-2.31}$||$11.13^{+0.96}_{-4.01}$|
CCFDMML3.77[10, 1000]——|$3.94^{+1.58}_{-2.94}$||$2.73^{+2.44}_{-2.55}$||$10.70^{+1.28}_{-10.70}$|
DM΄ML3.77[10, 1000]——|$4.48^{+1.75}_{-3.18}$||$2.73^{+2.36}_{-2.49}$|—
DMML3.77[40, 160]——|$7.31^{+1.86}_{-2.32}$||$9.39^{+4.86}_{-4.67}$||$12.89^{+0.54}_{-1.08}$|
DMML3.77[40, 1000]——|$4.52^{+1.46}_{-2.19}$||$3.59^{+2.47}_{-2.60}$||$11.29^{+0.94}_{-4.29}$|
DMML3.77[40 , 2000]——|$4.49^{+1.44}_{-2.13}$||$3.54^{+2.42}_{-2.52}$||$11.26^{+0.95}_{-4.08}$|

*The prime symbol indicates models that consider the contamination of the quasar and the LBG samples.

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