第二卷参考文献(2 / 3)

群鸽 一条牛奶鱼 1812 字 2023-06-16

ery. Artificial cells, blood substitutes, and biotechnoloy, 33(1), 47-63.  17. Grifoni, M.,& Häni, P.(1998). Driven quantutunnelin. Physics Reports, 304(5-6), 229-354.  18. Ro R.(2023). The Principal Role of Antitter. Journal of Hih Enery Physics, Gravitation and Cosloy, 9(2), 461-466.  19. Levich, V. G.,& Krylov, V. S.(1969). Surface-tension-driven phenona. Annual review of fluid chanics, 1(1), 293-316.  20. Popinet, S.(2018). Nurical dels of surface tension. Annual Review of Fluid Mechanics, 50, 49-75.  21. Matsuto, M.,& Tanaka, K.(2008). Nano bubble—Size dependence of surface tension and inside pressure. Fluid dynacs research, 40(7-8), 546.  22. Puttern, S. J.(1974). Superfluid hydrodynacs. Aterda 3.  23. Vollhardt, D.,& Wolfle, P.(2013). The superfluid phases of heliu3. Courier Corporation.  24. Wheatley, J. C.(1975). Experintal properties of superfluid He 3. Reviews of dern physics, 47(2), 415.  25. Artron, M. A.(2013). Basic topoloy. Spriner Science & Business Media.  26. Kelley, J. L.(2017). General topoloy. Courier Dover Publications.  27. Orel, L. E.(1994). The oriin of life on the earth. Scientific Arican, 271(4), 76-83.  28. Orel, L. E.(1998). The oriin of life—a review of facts and speculations. Trends in biochecal sciences, 23(12), 491-495.  29. Küppers, B. O.(1990). Infortion and the Oriin of Life. Mit Press.  30. Brillouin, L.(1953). The neentropy principle of infortion. Journal of Applied Physics, 24(9), 1152-1163.  31. Von Stockar, U.,& Liu, J. S.(1999). Does crobial life always feed on neative entropy? Therdynac analysis of crobial rowth. Biochica et Biophysica Acta (BBA)-Bioeneretics, 1412(3), 191-211.  32. Honbao Ma, S. C.(2005). Nature of Life. Life Science Journal 2005b, 2(1), 7-15.  33. Schrodiner, E.(1956). What is life?. What Is Life.  34. Dronaaju, K. R.(1999). Erwin Schrödiner and the oriins of lecular bioloy. Genetics, 153(3), 1071-1076.  35. Ryan, J. L.(2012). Ionizin radiation: the ood, the bad, and the uly. Journal of Investiative Dert