Papers

［Wall Jet］

●Management of a Stronger Wall Jet by an Embedded Streamwise Vortex (Reynolds Stresses Distributions and Evaluation of the Vorticity Transport Equation)(1)

Shinsuke MOCHIZUKI and Hideo OSAKA

［Multiphase Flow］

●Effect of Particle Existence on Low Reynolds Number Gas-Particle Free Jet (Re=800)(9)

Shinichi YUU, Shinsuke KATAMAKI, Hiroyuki KOHNO and Toshihiko UMEKAGE

●New Electrode-Wire CT Scanner for Void Distribution Measurements(16)

Shinji SAKAI and Isao SUMIDA

［Fuel-Injection Flow］

●LDA Flow Rate Measurements Applied for Analysis of Transient Injection Characteristics(22)

Murad ISMAILOV, Franz DURST and Tomio OBOKATA

●Visualization and Measurements of Sub-Millisecond Transient Spray Dynamics Applicable to Direct Injection Gasoline Engine (Part 2: PDA Measurements and Analysis of Instantaneous Spray Patterns)(30)

Murad ISMAILOV, Tsuneaki ISHIMA, Tomio OBOKATA, Masayoshi TSUKAGOSHI and Kazumitsu KOBAYASHI

●Visualization and Measurements of Sub-Millisecond Transient Spray Dynamics Applicable to Direct Injection Gasoline Engine (Part 3: Measurements of Instantaneous and Integrated Flow Rates in High Pressure Injection System Using LDA-Based Meter)(39)

Murad ISMAILOV, Tsuneaki ISHIMA, Tomio OBOKATA, Masayoshi TSUKAGOSHI and Kazumitsu KOBAYASHI

［Heat Transfer］

●Analogy of Forced Convective Heat Transfer between Laminar Flows in Curved Pipes and Orthogonally Rotating Pipes(48)

Hiroshi ISHIGAKI

●Influence of Flow Velocity and Fin Spacing on the Forced Convective Heat Transfer from an Annular-Finned Tube(56)

Barbara WATEL, Souad HARMAND and Bernard DESMET

［Catalytic Combustion/Reaction］

●Evaluation of Supersonic Turbulent Mixing Using Catalytic Combustion of Constant Temperature Pt Wire(65)

Takakage ARAI, Harunori NAGATA, Akira ENDO, Hiromu SUGIYAMA, Shuji MORITA and Hiroshi HOSOKAWA

●An Numerical Simulation of Effect of Surface Diffusion on Hydrogen-Oxygen Reaction over Platinum Catalytic Surface(71)

Hiroshi ENOMOTO, Hideki KATO, Mitsuhiro TSUE and Michikata KONO

［Flame Flow］

●Computation of Flame Base Height of a Turbulent Diffusion Flame Resulting from a Methane Jet(78)

A.S. KHEIREDDINE, S.K. CHATURVEDI and T.O. MOHIELDIN

●Structure of Opposed Jet Turbulent Premixed Flames(91)

Yoshinobu KOTANI, Jin ITOH and Akira YOSHIDA

●Numerical Studies of Reacting Flows over Flat Walls with Fuel Injection (Part 2: Triple-Structure/Stabilization of a Diffusion Flame)(100)

Xiao WANG, Toyohiko SUZUKI, Yoshitaka OCHIAI and Tetsuya ODA

［Temperature Measurement］

●Application of DFWM to Temperature Measurement of Gaseous Flows (Dependencies of DFWM Spectrum on Pump Intensity, Pressure, and Temperature)(111)

Hisao SUZUKI, Hideo MORI, Yoichi KURASAWA, Yutaka HARA and Tomohide NIIMI

●Accurate Thermometry Using NO and OH Laser-Induced Fluorescence in an Atmospheric Pressure Flame (Checked by Narrow-Band N₂ Coherent Anti-Stokes Raman Scattering)(119)

Masahide TSUJISHITA, Akira HIRANO, Masakazu YOKOO, Takashi SAKURAYA and　　　Yasuhiro TAKESHITA

［Kinetic Power］

●Deriving the Generalized Rocket Kinetic Power Equations and Associated Propulsion Indexes(127)

Hsing-Juin LEE and Hsing-Wei LEE