论文

[1]WILHELM R H and MOOSON KWAUK. Fluidization of solid particles [J].Chem. Eng. Prog., 1948, 44(3):201-218.

[2]MOOSON KWAUK. How to hunt down beverage spoilers [J]. 1949, Food Ind. 21,896.

[3]MOOSON KWAUK. A system for counting variables in separation processes [J]. AIChE. Journal, 1956, 2(2):240-248

[4]MOOSON KWAUK. Hydrogen in industry [J]. Science(中文刊), 1957,

[5]MOOSON KWAUK.Intensification of metals extraction by fliudizaeion [J].Kexue Tongbao, 1959,(5): 141-144.

[6]MOOSON KWAUK. Ternary separation operations under condition of nonideality [J]. Scientia Sinica, 1962. 11(4):549-574.

[7]MOOSON KWAUK. Generalized fluidization l. Steady-state motion [J]. Scientia Sinica, 1963, 12(4):587-612.

[8]MOOSON KWAUK. Generalized fluidization II.Accelerative motion with steady profiles [J]. Scientia Sinica, 1964, 13(9):1477-1492.

[9]KWAUK M, Dai D W. Transport processes in dilute-phase fludization as applied to chemical metallurgy I. Transfer and system pressure drop as criteria for selecting dilute-phase operations [J]. Acta Metallurgica Sinica, 1964, 7(3):263-280.

[10]KWAUK M, Dai D W. Transport processcs in dilute-phase fluidization as applied to chemical metallurgyII.Application of dijute-phase technique to heat transfer [J]. Acta Metallurgica Sinica, 1964, 7(4): 391-408.

[11]KWAUK M, Particulate fluidization in chemical metallurgy [J]. Scicntia Sinica, 1973, 16(3): 407-430.

[12]MOOSON KWAUK. Chemical reaction engineering [J]. Huaxue Tongbao. 1977. 14(6):334-337.

[13]MOOSON KWAUK. Comprehensive utilization of titanmagnetite by fluidized reduction [J]. Steel and Iron (China), 1979, 14(6):1-12.

[14]MOOSON KWAUK. Fluidized roasting of oxidic Chinese iron ores [J].Scientia Sinica, 1979, 22(11):1265-1291.

[15]DALU LIU. XIGUNC; LI, MOOSON KWAUK. Pneumatically controlled multi-stage fluidized beds [C]. Third International Fluidization Conference. 1980. Proceedings: 485-492.

[16]YOUCHU LI, MOOSON KWAUK. The dynamics of fast fluidization [C.].Third International Fluidization Conference.1980, Proceedings: 537-544.

[17]MOOSON KWAUK. Towards a unified hypothesis for fluidized systems [C]. Chemca 80, 8th Australian Chemical Engneenng Conference, Australian, 1980.

[18]MOOSON KWAUK. YONGAN WANG. Fluidized Leaching and Washing [C]. Powtech Birmingham, England, 1981, Proceedings, D4/BB/1.

[19]YI LI, CHEN B, WANG F, WANG Y and KWAUK M. Rapid fluidization [J]. International Chemical Engineering, 1981, 21(4): 670-678.

[20]YUANKI TUNG, MOOSON KWAUK. Dynamics of collapsing fluidized beds [C]. China-Japan Symposium on Fluidization, Hangzhou, China. 1982:155-166.

[21]JIANSHENG ZHENG, SHUJUNG LIU, MOOSON KWAUK. Aspects of fluidization in China [C]. China-Japan Symposium on Fluidization.Hangzhou, China, 1982:12-23.

[221XIGUANG LI, DALU LIU, MOOSON KWAUK. Pneumatically controlled multi-stage fluidized bedsⅡ [C]. CIESC-AIChE Joint Meeting of Chemical Engineering. Beijing, China, 1982: 382-391.

[23]郭慕孙. 稀相流态化[J]．化工进展，1982(1)：3-4.

[24]YAN Z, YaoJ Z, Wang W L, LIU S J and KWAUK M. Concurrent shallow multi-stage fluid-bed reactor [C]. 4th International Fluidization Conference.Kashikojima.Japan.1983:607-614.

[25]MOOSON KWAUK. Fluidized roasting [M]. Chinese Encyclopedias, Volume on Mining and Metallurgy. 1984: 426-431 (inChinese).

[26]马兴华，赫彤，白淑琪，郭慕孙. 均匀磁场中铁磁颗粒的散式流态化[C]／／第三届全国流态化会文集，1984：258-267

[27]曲志捷，郭慕孙. 流化颗粒的光致发光显示法[C]／／第三届全国流态化会文集，1984：41-51.

[28]郭慕孙，王永安，金涌. 流化态反应工程[J]. 化学工程，1984(2)：5-19.

[29]AR THUR M SQUIRES, MOOSON KWAUK and AMOS A AVIDAN. Fluid beds: At Iast, challenging two entrenched practices [J]. Science, 1985,230(4732):1329-1337.

[30]YONGAN WANG, YONG JIN and MOOSON KWAUK. Challenges in Fluidization [C] //2nd China-Japan Symposium on Fluidization, 1985. Proceedings: 11-24.

[31]MOOSON KWAUK. Remarks at the opening section [C]//2nd China-Japan Symposium on Fluidization, 1985, Proceedings.

[32]ZHIJIE QU and MOOSON KWAUK. Visualization of particle movement by photoluminescence[C].2nd China-Japan Symposium on Fluidization, 1985, Proceedings: 477-488.

[33]XIA YASHEN and MOOSON KWAUK. Micro-visualization of fluidizing behavior of binary particle mixtures[C]//lnternational Symposium on Heat Transfer, 1985, Proceedings.

[34]BINGYU CHEN, MOOSON KWAUK. Generalized fluidization of nonideal systems [C]. 1st International Conference on Circulating Fluidized Beds Technology. Halifax, Nova Scotia, Canada, 1985:127-132.

[35]MOOSON KWAUK, NINGDE WANG and YOUCHU LI, et al.Fast fluidization at ICM [C]. 1st International Conference on Circulating Fluidized Bed Technology. Halifax, Nova Scotia, Canada, 198:33-62.

[36]MOOSON KWAUK, Fluidization for development [C]. Davis-Swindin Memorial Lecture. England. 1985.

[37]DALU LIU. JUHUA LIU. TONGLAN LI and MOOSON KWAUK. Shallow-fluid-bed tubular heat exchanger [C]. 5th International Fluidization Conference, Elsinore. Denmark.1986: 401-408.

[38]MOOSON KWAUK. Overview of China's scientific data base [C]//10th International CODATA Conference. Ottawa, Canada. 1986. Proceedings.

[39]ZIWEN QIAN and MOOSON KWAUK. Computer application in characterizing fluidization by the bed collapsing method [C]//Computer Handling and Dissemination of Data.1987:243251.

[40]BAOLIN LUO and MOOSON KWAUK. Particle-gas heat transfer in shallow fluidized beds [C]//Fine Particle Society, 18th Annual Meeting, Boston, 1987, Proceedings.

[41]JINCHAI LI, YUANKI TUNG and MOOSON KWAUK. Method of energy minimization in multi-scale modeling of particle-fluid two-phase flow [C]//2nd International Conference on Circulating Fluidized Beds, Compiegne, France, 1988, Proceedings: 89-103.

[42]JINGHAILI. YUANKI TUNG and MOOSONK WAUK. Energy transport and regime transition in particle-fluid two-phase flow.[C//2nd International Conference on Circulating Fluidized Beds, Compiegne, France, 1988, Proceedings: 75-87.

[43]JINGHAI LI. YUANKI TUNG and MOOSON KWAUK. Axial voidage profiles of fast fluidized beds in different operating regions [C]//2nd International Conference on Circulating Fluidized Beds, Cornpiegne, France, 1988, Proceedings: 193-203.

[44]ZHIJIE QU, JINGHUA WEI and MOOSON KWAUK. Holographic imaging of clusters in dilute fluidized suspensions [C]//Trilateral Symposium on Particuology, Beijing: China, Proceedings. Beijing: Science Press, 1988:252-260.

[45]ZHIGANG WANG and MOOSON KWAUK.Distributor stability in gas fluidization [C].3rd China-Japan Symposium on Fluidization, Beijing, China.1988, Proceedings: 17-27.

[46]YUANKI TUNG and MOOSON KWAUK. Fast fluidization-A growing technology [C]. Third China-Japan Symposium on Fluidization, Beijing, China, 1988, Proceedings: 106-129.

[47]YUANKI TUNG, JINGHAI LI and MOOSON KWAUK. Radial voidage profiles in a fast fluidized bed. 3rd China-Japan Symposium on Fluidization, Beijing, China, 1988, Proceedings: 139-145.

[48]YUANXIANG WU.FAN OUYANG and MOOSON KWAUK. Magnetic Control of Bubbles in three-phase fluidization[C]. 3rd China-Japan Symposium on Fluidization, Beijing, China, 1988, Proceedings: 268-275.

[49]HONGZHONC LI and MOOSON KWAUK. Vertical pneumatic moving-bed transport-l Analysis on flow dynamics [J]. Chem. Eng. Sci. 1989.44(2): 249-259.

[50]HONCZHONG LI and MOOSON KWAUK. Vertical pneumatic moving-bed transport-ll Experimental findings [J]. Chem.Eng. Sci. 1989.44(2): 261-271.

[51]MOOSON KWAUK. Legacy and growth-Chemical engineering in China [J]. Chem. Eng. Sci. 1989, 44(11): 2421-2434.

[52]YUANKI TUNG, ZIPING YANG, YASEN XIA. WEIGUO ZHENG. YI YANG and MOOSON KWAUK. Assessing fluidizing characteristics of powder [C]. Sixth International Fluidization Conference, Banff, Canada, 1989: 169-178.

[53]JINGHAI LI.YUANKI TUNG, and MOOSON KWAUK. Mathematical modeling of particle-fluidtxvo-phase flow [J]. Science in China. Series B, 1990, 33(5): 523-534

[54]YONG DENG and MOOSON KWAUK. Levitation of discrete particles in oscillating liquids [J]. Chem. Eng. Sci. 1990. 45(2): 483-490.

[55]FAN OUYANG. YUANXIANG WU. GUO CHANGXU and MOOSON KWAUK. Fluidization under external forces (I) Magnetized fluidization [J].J.Chem. Ind. & Eng. (China). 1990. 5(2): 206-222.

[56]HONGZHONG LI, YASHEN XIA. YUANKI TUNG and MOOSON KWAUK. Micro-visualization of two phase structure in a fast fluidized bed[C]//BASU P, HORIO M. HASATANI M (Editors) Circulating Fluidized Bed Technology Ⅲ. 1990: 183-188

[57]MANJUN SHAO and MOOSON KWAUK. Particle mixing and segregation in a moving fluidized bed in gravity and magnetic field [J]. J. Chem. Ind. & Eng. (China). 1991, 6(1): 109-117.

[58]JINGHAI LI, LOTHAR REH, and MOOSON KWAUK. Application of the principle of energy minimization to the fluid dynamics of circulating fluidized beds [C]// 3rd International Conference on Circulating Fluidized Beds, Nagoya, Japan, 1990, Proceedings: 105-111.

[59]HONGZHONG LI and MOOSON KWAUK. Hydrodynamics of the V-valve [J]. Trans. IChemE, 1991, 69(Part A): 355-360.

[60]MUSUN GUO (MOOSON KWAUK).YOUCHU LI, SHUJUAN LIU, et al. Bubbleless gas-solid contacting [J]. Progress in Natural Science, 1991, 1(5): 393-397.

[.61]MOOSON KWAUK. Chemical engineering inChma [J]. Swiss Chem 13.1991: Nr.4.33-44; 1993: 1-S.

[62]HONGZHONG LI, YASHEN XIA, YUANKI TUNG and MOOSON KWAUK. Micro-visualization of clusters in a fast fluidized bed [J]. Powder Technology 1991. 66(3): 231-235.

[63]李洪钟,李静海.郭慕孙. 颗粒多相反应[J]. 中国科学院刊，1991(4): 292-296.

[64]JINGHAJ LI. LOTHAR REH. YUANKI TUNG, and MOOSON KWAUK. Multi-aspect behavior in different fluidization regimes [C] //4th China-Japan Symposium on Fluidization, Beijing, China, 1991. Proceedings: 11-20.

[65]CHUANGEN ZHENG. YUANKI TUNG. YASHEN XIA. BING HUA and MOOSON KWAUK. Voidage redistribution by ring internals in fast fluidization [C] //4th China-Japan Symposium on Fluidization, Beijing, China, 1991, Proceedings: 168-177.

[66]JINGHAI LI. MOOSON KWAUK and LOTHAR REH. Role of energy mimmization in gas/solid fluidization [C]//7th International Fluidization Conference. 1992. Proceedings: 83-91.

[67]JINGHAI LI, MOOSON KWAUK and LOTHAR REH. Energy-minimization multi-scale model for circulating fluidized bed [J]. Science in China. 1992 (11) B. 1127-1136.

[68]MOOSON KWAUK. XINGHUA MA. FAN OUYANG, YUANXING WU. Et al. Magnetofluidized G/L/S systems [J]. Chem. Eng. Sci. 1992. 47(13-14): 3467-3474.

[69]CHUANGGEN ZHRNG, YUANKI TUNG, HONGZHONG LI and MOOSON KWAUK. Characteristics of fast fluidized beds with internals [c] //7th International Fluidization Conference. Australia, 1992. Proceedings: 275-283.

[70]李静海，郭慕孙. 气固垂直并流上行两相流不均匀性机理的进一步研究[J]. 化工学报，1993, 44(1): 49-58.

[71]D LIU, M KWAUK, H LI and C ZHENG. Preliminary investigation on an integral circulating fluidized bed [C]//4th International Conference on Circulating Fluidized Beds. Hidden Valley. U.S.A., 1993, Proceedings: 642¬¬—647.

[72]HONGZHONG LI. MOOSON KWAUK, et al. Pneumatically controlled continuous solids pressure feeder (in Chinese) [C]//6th National Fluiciization Conference. Wuhan. 1993. Proceedings: 554—558.

[73]MOOSON KWAUK Bubbleless fluidization [C]// 1st International Particle Technology Forum, Denver. U.S.A., 1994, Proceedings: 492-581.

[74]A CHEN. W WU. J LI and M KWAUK. Particle aggregation in particle fluid two phase flow [C]//5th China Japan Symposium on Fluidization, Nagoya, Japan,1994.Proceedings:254-261.

[75]MOOSON KWAUK. POWDER ASSESSMENT [M]. Advances in Chemical Engineering Vol. 20. 1994. Chapter 6: 239—266.

[76]JINCHAI LI. LIXIONG WEN. GUIHUA QIAN. HEPING CUI and MOOSON KWAUK. Structure heterogeneity, regime multiplicicy and nonlinear behavior particle-fluid systems [J]. Chem Eng. Sci., 1996. 51(11): 2693-2698

[77]MOOSON KWAUK and JINCHAI LI Fluidization regimes [J]. Powder Teclmology 1996. 87(3): 193—202.

[78]DEJIN LIU. MOOSON KWAUK and HONGZFJONG LI. Aggregative and particulate fluidization two extremes of a continuous spectrum [J]. Chem. Eng. Sci. 1996. 51(17):4045-4063.

[79]MOOSON KWAUK. Comment [J]. Chem. Eng. Sci., 1996. 51(24): iii-iv.

[80JHONGZHONG LI and MOOSON KWAUK. Critical pneumatic moving bed transport and pneuinatically controlled peristaltic feeder [J]. Hydrotransport 13. Johannesburg. SouthAfrica. 1996. BHR Group Conf. Ser. Publ: 357-366

[81]WEIKANG YUAN and MOOSON KWAUK. Reactor engineering:  Science. Technology and art [J]. Asian Pacific Chemical Reaction Engineering Forum, Beijing. Ind. Eng. Chem. Res., 1996.36: 29102914.

[82]ZHAOLIN WANG. MOOSON KWAUK and HONGZHONG LI. Fluidization of fine-particle agglomerates [C]//Fluidization'97. Science and Technology. CJF-6. 1997: 7-12.

[83]MOOSON KWAUK (eds. ARASTOOPOUR H). Exploring the multi-phase nature of fluidization [C]. AIChE Ann. Meet., Los Angeles, 1997; Fluidization and fluid particle systems: 3-10.

[84]ZHANGLIN WANG. MOOSON KWAUK and HONGZHONG LI. Fluidization of fine-particle [J]. Chem. Eng. Sci., 1998. 53(3): 377-395.

[85]MOOSON KWAUK. Particuology in China [J]. Powder Technology. 1998. 100(1): 3—5

[86]MOOSON KWAUK and JINGHAI LI. Preface [J]. Chem. Eng. Sci. 1999. 54(22): 5355

[87]JINGHAI LI and MOOSON KWAUK. An approach to quantify chemical processes-Multi-scale methodology (in Chinese)[J]. Natural Science Progress.1999. 9(12): 1073-1078.

[88]MOOSON KWAUK. Geometric mobiles: From conceptualization of motion in space to rational design [J]. Leonardo (Journal of Inernational Society of Arts. Sciences and Technology). 1999. 32 (4): 293-298.

[89]H CUI, J LI. M KWAUK. et al. Dynamic behaviors of heterogeneous flow structure in gas-solid fluidization [J]. Powder Technology. 2000, 112 (1-2): 7-23

[90]J LI. M KWAUK and L REH. Transdisciplinarity in scaling-up chemical reactors-Problem practice and prospect [C]. CHISA 2000.

[91]鄣慕孙.李静海, 三传—尺度[J]. 自然科学进展.2000.10 (12): 1078-1082.

[92]MOOSON KWAUK. JINGHAI LI and DEJIN LIU.Particulate and aggregative fluidization-50 Years in retrospect [J]. Powder Technology, 2000, 111(1-2):3-18.

[93]郭慕孙.过程工程[J]. 过程工程学报. 2001. 1(1): 2-7.

[94]MOOSON KWAUK and JINCHAI LI.The multi-scale attribute of transport and reaction systems [J].Progress in Natural Science. 2001, 11(2): 81-85.

[95]MOOSON KWAUK. Holistic polyhedrons, a new concept of making mobile members [J]. Leonardo (Journal of International Society of Arts. Sciences and Technology). 2001.34(4): 365—368.

[96]JINGHAI LI and MOOSON KWAUK. Multiscale nature of complexfluid-particle systems [J].Ind. Eng. Chem. Res., 2001.40(20): 4227-4237.

[97]MINGYAN LIU, JINCHAI LI and MOOSON KWAUK. Application of the energy-minimization multi—scale method to gas-liquid—solid fluidized beds [J]. Chem. Eng. Sci., 2001.56(24):6805—6812.

[98]MOOSON KWAUK. JINGHAI LI and WENCHING YANG. Fluidization X [M], 2001.Preface

[99]MOOSON KWAUK. JINGHAI LI. Scale and structure in chemical engineering [J]. Chemical Engineering Research and Design. 2002. 80(7): 699-700.

[100]鄣慕孙. 科学管理硕士[J]. 中国科学院院刊. 2002. 17(2): 134

[101]郭慕孙. 想像出创新[J].中国科学院院刊2002, 17(6): 444-445

[102]PO LOCK YUE. WEIKANG YUAN, MOOSON KWAUK Foreword [J]. Chern. Eng. Sci, 2003. 08 (3-6): 519

[103]JINGHAI LI. MOOSON KWAUK. Exploring complex systems in chemical engineering— The multi—scale methodology [J]. Chem Eng. Sci., 2003. 58(3-6): 521-535.

[114]JINGHAI Ll. MOOSON KWAUK. Preface [J]. Poder Technology. 2003.137(1-2):1

[105]MOOSON KWAUK. Emerging particle science and technology in China [J]. Powder Technology. 2003, 137(1-2): 2—28.

[106]HONGZHONG LI.XUESONG LU and MOOSON KWAUK Particulatization of gas-solids fluidization [J]. PowderTechnology, 2003. 137(1-2): 54-62.

[107]MOOSON KWAUK. Beyond transport phenomena and reaction engineering [J]. Chem. Eng. Sci., 2004. 59(8-9): 1613-1616.

[108]JINCHAI LI and MOOSON KWAUK. Preface complex systems and multi—scale methodology [J]. Chem. Eng. Sci., 2004. 59(8-9): 1611-1612.

[109]MOOSON KWAUK. Extending the knowledge base of chemical engineering [J]. China Particuology, 2005, 3(3): 151-164.

[110]MANJIUN SHAO and MOOSON KWAUK. Oxidation of TiAl, Ni and Fe in a dynamic environmental SEM [J]. China Particuology, 2004, 2(1): 31-36.

[111]LI J, GE W. ZHANG J and KWAUK M. Multi-scale conpromiss and multi-level correlation complex systems [J]. Trans IchemE part A. Chemical Engineering Research and Design, 2005, 83(A6): 574-582.

[112]KA M. NG. JINGHAI LI. MOOSON KWAUK. Process engineering research in China: A multiscale. Market-driven approach [J]. AIChE Journal. 2005, 51 (10): 2620-2627

[113]HENGZHI CHEN. HONGZHONG LI.MOOSON KWAUK. Two-phase structure in a high-downer [J]. Powder Technology, 2005. 158(1-3): 115-123.

[114]郭慕孙. 颗粒流体复杂系统的多尺度模拟[M]. 北京：科学出版社，2005：序言.

[115]SHIQIU GAO. QINGASHAN ZHU. QICHENG SUN, JINGHAI LI and MOOSON KWAUK. Recent development in powder technology-An Asian perspective [C.]//WCPT-5. AIChEAnnual Meeting, U.S.A, 2006, Proceedings.

[116]郭慕孙．化学工程的多层次结构[J].中国科学B辑, 2006. 36(5):361-366.

[117]MOOSON KWAUK. Editors: Summary. Special issue: Frontier of chemical engineering-Multi—scale bridge between reductionism and holism [J]. Chem.Eng.Sci, 2007, 62(13): 3287-3294.

[118]MOOSON KWAUK. The hierarchical structure of chemical engineering [J]. Sci. China Ser. B, Chemistry. 2007. 50(1): 1-6.

[119]郭慕孙，杨纪珂，过程工程研究[J]. 过程工程学报，2008，8(4)：625-632.

[120]WEI GE. WEI WANC. NING YANG, JINGHAI LI and MOOSON KWAUK et al. Meso-scale oriented simulation towards virtual process engineering(VPE)-The EMMS Paradigm [M]. Chem. Eng. Sci. 2011. 66 (19): 4426-4458

[121]JINGHAI LI. WEI GE and MOOSON KWAUK. Meso-scale phenomena from compromise-A Common challenge. Not only for chemical engineering 2009 arXiv0912.5407

[122]MOOSON KWAUK. Obituary: Arthur M. squires [J] Particuology. 2012. 10(4): 522

[123]MOOSON KWAUK. From multiscale modeling to meso-science [M] Springer, 2013: Forword.

著作与编著

[124]郭慕孙. 流态化技术在冶金中之应用[M]. 北京：科学出版社. 1958.

[125]郭慕孙，庄一安．流态化垂直系统中均匀球体和流体的运动[M]. 北京：科学出版社，1963.

[126]郭慕孙. 流态化浸取和洗涤[M]. 北京：科学出版社，1979.

[127]郭慕孙. 第20篇：颗粒及颗粒系统，第21篇：流态化 [M]. 郭慕孙主编，化学工程手册（下卷）. 1版，1989.2版，1996北京，化学工业出版

[128]KWAUK M. Fluidizationidealized and bubbleless with applications [M].  Beijing: Science Press; NewYork: Ellis Horwood Ltd., 1992; Reprint 2009(-Youchu Li.)

[129]MOOSON KWAUK. Particulate fluidization: An overview [M]. JAMES WEI et al (Editors). Advances in chemical engineering Academic Press. U S A. 1992 Vol. 17: 207-360

[130]JINGHAI LI. MOOSON KWAUK. Particle-fluid two-phase flow: The energy-minimization multi-scale method [M]. Metallurgical industry press, 1994.

[131]MOOSON KWAUK. Fast fluidization [M]. JAMES WEI et al (Editors). Advances in chemical engineering Vol.20, Academic Press. U. S A., 1994.

[132]MOOSON KWAUK. DAIZO KUNMII (Editors). Fluidization science and technology [C]. China-Japan Symposium on Fluidization. Hangzhou. China. Proceedings.1982.

[133]MOOSON KWAUK. DAIZO KUNMII (Editors). Fluidization science and technology [C] Second China-Japan Symposium on Fluidization. Kunming, China, Proceedings. Beijing: Science Press. NewYork: Elsevier Amsterdan, 1985.

[134]MOOSON KWAUK and DAIZO KUNMII (Editors). Third China-Japan Symposiumon Fluidization, Proceedings. 1988.

[135]MOOSON KWAUK and MASANOBU HASATANI (Editors) Fluidization Science and Technology. Fourth China-Japan Symposium on Fluidization. Proceedings. Beijing: Science Press, 1991.

[136]GENJI JIMBO, JOHN KEITH BEDDOW and MOOSON KWAUK (Editors). Particuology '88. Proceedings Trilateral Symposium on Particuology.1988.

[137]MOOSON KWAUK and JlNGHAI LI (Editors). Circulating fluidized bed technology V. Beijing: Science Press. 1997.

[138]郭慕孙. 几何动艺 (中、英文)[M]. 北京，化学工业出版社.1998; 科学出版社再版. 2008.

[139]MOOSON KWAUK and JINGHAI LI (Edirors). Circulating fluidized beds (CFB)-Past. Present and future [J]. Chem.Eng.Sci. Symposium, 1999.54(22).

[140] MOOSON KWAUK. Bubbleless fluidization [M]. YANC W C (Editors).Fluidization, solids handling and processmg. Noyes Publications, Westwood, N.J., U.S.A., 1999. Chapter 8: 492-581.

[141] SHAOZHONC QIN and MOOSON KWAUK. Fiber optics [M] SOO S L. Instrumentation for fluid-parcticle flow. Noyes Publications, Park Ridge. N.J., U.S.A., 1999. Chapter 4: 112-161.

[142] MOOSON KWAUK. JINGHAI LI and WENCHING YANG (Editors) Fluidization X[M] United Engineering Foundation Inc., 2001.

[143] MOOSON KWAUK, et al. Contributions of chemistry to sustainahility in China [M]. TOLBA M K (Editors). Encyclopedia of life support systems (EOLSS). Oxford: Solss Publishers. 2001.

[144]李洪钟，郭慕孙. 非流态化气固两相流——理论及应用[M]. 北京：北京大学出版社，2002.

[145]李洪钟，郭慕孙. 气固流态化的散式化[M]. 北京：化学工业出版社，2002

[146]郭慕孙主编. Particuology，北京：科学出版社，2003.

[147]郭慕孙，李洪钟主编．流态化手册[M]北京：化学工业出版社，2008

[148]郭慕孙. 怎样写好科技英语论文[M]. 北京：科学出版社，2009.

[149]郭慕孙.思索 实践 创新——我的一些专著、论文和手稿[M]. 北京：科学出版社，2010.

[150]郭慕孙顾问，李洪钟主编. 过程工程：物质•能源•智慧[M]. 北京：科学出版社，2010．

[151] JINGHAI Ll. WEI GE. WEI WANG. NING YANG. XINHUA LIU.LIMIN WANG. XIANFENG HE. XIAN WANG. JUNWU WANG and, MOOSON KWAUK. From miultiscale modeling to meso-science [M] Springer 2013.