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@@ -2,6 +2,12 @@ Basic informations of the CLQCD ensembles
 
 [Set 1](Set 1): $`N_f`$=2/1, anisotropic tadpole improved Clover fermion with stout smeared gauge link ($`\rho`$=?, $`n_{\rm stout}$=?), anisotropic tadpole improved tree level Symanizk.
 
+Acknowledgement of Set 1: “We thank the CLQCD collaborations for providing us their gauge configurations with dynamical fermions~\cite{Jiang:2022ffl,Li:2024pfg,Shi:2024fyv}, which are generated on the HPC clusters of IHEP-CAS and CSNS-CAS."
+
 [Set 2](Set 2): $`N_f`$=2+1, tadpole improved Clover fermion with stout smeared gauge link ($`\rho`$=0.125, $`n_{\rm stout}=1`$), tadpole improved tree level Symanizk.
 
-[Set 3](Set 3): $`N_f`$=2+1+1, HISQ fermion, tadpole improved tree level Symanizk.
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+Acknowledgement of Set 2: "We thank the CLQCD collaborations for providing us their gauge configurations with dynamical fermions~\cite{CLQCD:2023sdb,CLQCD:2024yyn}, which are generated on the Southern Nuclear Science Computing Center(SNSC), HPC Cluster of ITP-CAS, IHEP-CAS and CSNS-CAS, and the Siyuan-1 cluster supported by the Center for High Performance Computing at Shanghai Jiao Tong University."
+
+[Set 3](Set 3): $`N_f`$=2+1+1, HISQ fermion, tadpole improved tree level Symanizk.
+
+Acknowledgement of Set 3: "We thank the CLQCD collaborations for providing us their gauge configurations with dynamical fermions~\cite{Zhang:2025ieg,Lin:2026???}, which are generated on the HPC Cluster of ITP-CAS, and Advanced Computing East China Sub-center."
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