Page 55 - 《真空与低温》2025年第4期
P. 55

470                                         真空与低温                                   第 31 卷 第  4  期


              [11]   LANDAU  L.  Theory  of  the  superfluidity  of  helium  II[J].  volume method in computational fluid dynamics :An advan-
                                                                                                          ®
                                                                                             ®
                  Physical Review,1941,60(4):356−358.               ced  introduction  with  OpenFOAM   and  MATLAB   [M].
              [12]   SOULAINE C,QUINTARD M,ALLAIN H,et al. A PISO-li  Springer International Publishing,2015.
                  ke algorithm to simulate superfluid helium flow with the two-  [19]   SCIVER  S  W  V.  Helium  cryogenics: Second  edition[M].
                  fluid  model[J].  Computer  Physics  Communications, 2015,  Springer New York,NY,2012.

                  187:20−28.                                    [20]   TOUGH J T. Chapter 3:Superfluid turbulence[J]. Progress
              [13]   SOULAINE C,QUINTARD M,ALLAIN H,et al. Numerical  in Low Temperature Physics,1982,8:133−219.
                  investigation of heat transfer in a forced flow of He II [C]//  [21]   GORTER C J,MELLINK J H. On the irreversible process-
                  Proceedings of the 15th International Heat Transfer Confe-
                                                                    es in liquid helium II[J]. Physica,1949,15(3):285−304.
                  rence Begellhouse,2014:1787-1794.
                                                                [22]   ISSA R I. Solution of the implicitly discretised fluid flow
              [14]   SOULAINE C,QUINTARD M,BAUDOUY B,et al. Nu-
                                                                    equations by operator-splitting[J]. Journal of Computational
                  merical investigation of thermal counterflow of He II Past
                                                                    Physics,1986,62(1):40−65.
                  cylinders[J]. Physical Review Letters,2017,118(7):074506.
                                                                [23]   MARAKOV A,GAO J,GUO W,et al. Visualization of the
              [15]   吴清松. 计算热物理引论    [M]. 安徽:中国科学技术大学
                                                                    normal-fluid turbulence in counterflowing superfluid He-4
                  出版社,2009.
                                                                    [J]. Physical Review B,2015,91(9):094503.
              [16]   KHALATNIKOV I M. An introduction to the theory of su-
                                                                [24]   GUO  W, CAHN  S  B, NIKKEL  J  A, et  al.  Visualization
                  perfluidity [M]. CRC Press,1988.
                                                                                             4
                                                                    study of counterflow in superfluid  He using metastable he-
              [17]   KITAMURA T,SHIRAMIZU K,FUJIMOTO N,et al. A
                                                                    lium molecules[J]. Physical Review Letters,2010,105(4):
                  numerical model on transient,two-dimensional flow and heat
                                                                    045301.
                  transfer in He II[J]. Cryogenics,1997,37(1):1−9.
              [18]   MOUKALLED F,MANGANI L,DARWISH M. The finite                       (责任编辑:杨建斌)





































              引文信息:李子兀,张启勇,杨鹏程,等. 一种新型的超流氦二流体模型梯度项离散方法[J]. 真空与低温,2025,31(4):
                      462−470.
                      LI Z W,ZHANG Q Y,YANG P C,et al. A novel method for discretizing gradient terms in superfluid helium two-fluid
                      model[J]. Vacuum and Cryogenics,2025,31(4):462−470.
   50   51   52   53   54   55   56   57   58   59   60