Type of manuscript
Main Title, 12 pt Arial font, 15 pt line spacing*(Subtitle, 10.5 pt Times, 15 pt line spacing)Taroh KONSOU*

Name 10 pt Times**

LINE spacing 10 pt***

5 pt After line†

Abstract The abstract must be written in 9 pt Times or Times New Roman font. The line spacing is 10 pt. The number of words is within 300. Paragraph must be indented by 10 mm on bothn can be used. ________________________
the left and right sides. Subscripts such as J G or aijk_____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
Keywords: Times font 9 pt, About 5 words, Gas–liquid, Two-phase,
The last one here if extended on the 2nd line

1. Introduction (Arial 9 pt)
The default style for the manuscript is Times
New Roman, 9-point size, and use A4 size paper.
Take two columns in main body. Paragraph must beindented by 10 mm on left side. The total number ofpages is usually 8 pages, though it can be allowed up
to 15 pages if the Editor-in-Chief or the Chairman ofTechnical Paper Review Committee permits. All
references should be numbered and listed at the endof the manuscript in References section. References
should be typed in the format as shown in Reference
section. For citation in text, follow the following
style: Kisou [1] studied; Kisou & Ekisou studied;
Kisou et al. studied when the number of authors ismore than three. Insert a blank line between Chapters.
NOTE: If you are using the electronic template
to format your manuscript, the required spacing andformatting will be applied automatically.
2. Second Chapter
2.1 Equations

If the relative velocity to the surface with thearea of S is v, the drag force exerted on the surface isgiven by Eq. (1):FD = CDr2v vS(1)As shown above, insert a blank line above andbelow the equation. Use bold face in a case of vector
variable. Variables in equations should write in
9-point size italicized, while subscripts andsuperscripts are written in 6-point size. Equations arenumbered consecutively, with equation numbers inparentheses flush right, and the left side of equation isinserted spacing with 3 letters (if possible) from theleft margin as in Eq. (1).
2.2 Figures, Tables and Photos
Place figures, tables and photos as close to theposition of their mention in the text as possible.
Figures, Tables and Photos are located at center ofthe text and numbered consecutively as in Fig. 1,¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾¾* 201#. Month. Day received (Office use)** Affiliation & Mailing address of the corresponding author (8 pt)
TEL:+##-(#)#-###-#### FAX: +##-(#)#-###-#### E-mail: ichiro@suzuki.konsou.ac.jp (8 pt)*** Affiliation, if different from that of the corresponding author (8 pt)†Affiliation, if different from those of other authors (8 pt)

Table 1 and Photo 1. Letters and symbols in figures,tables and photos should be larger than 6-point sizefor clear reproducing. As shown bellows, insert ablank line above and below figures, tables and photos.

Fig. 1 Experimental apparatus.
Table 1 Properties of test liquid.

Photo 1 Typical flow pattern.
To distinguish from general words in text, use
Arial font as like Fig. 1. However, captions in figures,tables and photos are Times or Times New Roman
font with 9-point size.
3. Conclusions
Itemize briefly the important findings. For
example, the main findings of the present study are as
follows:(1) Abc(2) Def(3) GhiAcknowledgements
The authors would like to acknowledge Dr. T. Konsou
for his fruitful advice in mathematical modeling.
Nomenclature: drag coefficient
CDdP dz : pressure gradient: Reynolds numberRe: terminal velocity
VT[-][Pa m][-][ m s]

Greek letters: viscosityµ[Pa × s]r: density[kg m3 ]Subscripts: gas phase
G: liquid phase
LReferences[1] Kisou, G., Ekisou, L., Kosou, S. and Sansou, K.,
Instruction of Preparing Papers I., Japanese
Journal of Multiphase Flow, Vol. 21(5),110–119 (20XX).
[2] Kisou, G., Ekisou, L., Kosou, S. and Sansou, K.,
Instruction of Preparing Papers Part.II, Progressin Multiphase Flow Research, Vol. 2,1100–1190 (20XX).
[3] Rayleigh, L., On the Instability of Cylindrical
Fluid Surfaces, Phil. Mag., Vol. 34(207),177–180 (1892).
[4] Zuber, N. and Findlay, J. A., Average
Volumetric Concentration in Two-Phase Flow
Systems, J. Heat Transfer, Vol. 87, 453–468(1965).
[5] Seta, T. and Kono, K., Thermal Lattice
Boltzmann Method for Liquid-Gas Two-Phase
Flows in Two Dimensions, JSME Int. J. Ser.
B-Fluids Therm. Eng., Vol. 47(3), 572–583(2004).
[6] Issou, T. and Nisou, J., Instruction of Preparing
Papers Part.III, Transactions of the Japan
Society of Mechanical Engineers, Series B, Vol.
71(701), 117–124 (201X).
[7] Matsukuma, Y., Kakigami, H., Inoue, G.,
Minemoto, M., Yasutake, A. and Oka, N., Studyon Optimization of a CO2 Recovery Systemfrom Flue Gas by Use of Honeycomb-Type
Adsorbent, Kagaku Kogaku Ronbunshu, Vol.
33(3), 218–226 (2007).
[8] Fujimoto, H., Shiotani, Y., Tong, A. Y., Hama,T., and Takuda, H., Three-Dimensional
Numerical Analysis of the Deformation
Behavior of Droplets Impinging onto a Solid
Substrate, Int. J. Multiph. Flow, Vol. 33(3),317–332 (2007).
[9] Zhang, R. and Chen, H., Lattice Boltzmann
Method for Simulations of Liquid-Vapor
Thermal Flows, Phys. Rev. E, Vol. 67, 066711

(2003).
CD-ROM, Paper No. FEDSM2007–37471[10] Murai, Y., Fujii, H., Tasaka, Y. and Takeda, Y.,(2007).
Turbulent Bubbly Channel Flow Investigated[14] Wallis, G. B., One-Dimensional Two-Phase
by Ultrasound Velocity Profiler, Journal ofFlow, McGraw-Hill, New York (1969).
Fluid Science and Technology, Vol. 1(1), 12–23[15] The Japan Society of Mechanical Engineers ed.,(2006) (doi:10.1299/jfst.1.1).
Handbook of Gas-Liquid Two-Phase Flow[11] Takeuchi, S., Yamazaki, T. and Kajishima, T.,
Technology - Second Edition, 63–92, Corona
Study of Solid-Fluid Interaction in Body-Fixed
Publishing, Tokyo (2006).
Non-Inertial Frame of Reference, Journal of[16] The Japanese Society for Multiphase Flow ed.,
Fluid Science and Technology, Vol. 1(1), 1–11
Encyclopedia of Multiphase Flow, 10–20,(2006) (http://www.jstage.jst.go.jp/browse/jfst).
Corona Publishing, Tokyo (1996).
[12] Ohira, H., Matsumoto, S., Mashiko, T. and Yoda,[17] The Japanese Society for Multiphase Flow ed.,S., Numerical Analysis of Bubble Migration inHandbook of Multiphase Flow (in Japanese),a Rectangular Duct under Microgravity
15–25, Asakura Publishing, Tokyo (2004).
Condition, Proc. 6th Int. Conf. Multiphase Flow・(ICMF2007),
CD-ROM,
Paper
No.
・S1_Mon_C_8 (2007).
・[13] Homma, S. and Koga, J., Transition of Scaling[30] …..…..
for Pinch-off of an Axisymmetric Liquid
Ligament in Another Immiscible Liquid, Proc.
Other examples are listed in
5th Joint ASME/JSME Fluids Eng. Conf.,
http://www.jsmf.gr.jp/file/publi/reference_sample.pdf____________________________________________________________________________________________↑ Draw thin line if there is a space in the final page.