Advances in Space Research

Preface
pp. 117-117(1)
Author: Narayanan R.

Interfacial turbulence in evaporating liquids: Theory and preliminary results of the ITEL-master 9 sounding rocket experiment
pp. 119-127(9)
Authors: Colinet P.; Joannes L.; Iorio C.S.; Haute B.; Bestehorn M.; Lebon G.; Legros J.C.

A fluid dynamics approach to modeling liquid spreading
pp. 129-136(8)
Author: Rame E.

Thermocapillary convection in a spherical container due to a stationary bubble
pp. 137-142(6)
Authors: Balasubramaniam R.; Shankar Subramanian R.

Various flow patterns in thermocapillary convection in half-zone liquid bridge of high prandtl number fluid
pp. 143-148(6)
Authors: Ueno I.; Tanaka S.; Kawamura H.

Interfacial tension measurements of colloidal suspensions: An explanation of colloidal particle-driven interfacial flows
pp. 149-153(5)
Authors: Dong L.; Johnson D.

Effect of ambient conditions near the interface on flow instability
pp. 155-161(7)
Authors: Shevtsova V.M.; Melnikov D.E.; Mojahed M.; Legros J.C.

Some analytical tools for fluids management in space: Isothermal capillary flows along interior corners
pp. 163-170(8)
Author: Weislogel M.M.

The geoflow-experiment on ISS (part I): Experimental preparation and design of laboratory testing hardware
pp. 171-180(10)
Authors: Egbers C.; Beyer W.; Bonhage A.; Hollerbach R.; Beltrame P.

The geoflow-experiment on ISS (Part II): Numerical simulation
pp. 181-189(9)
Authors: Travnikov V.; Egbers C.; Hollerbach R.

The GEOFLOW-experiment on ISS (Part III): Bifurcation analysis
pp. 191-197(7)
Authors: Beltrame P.; Egbers C.; Hollerbach R.

On the measurement of low-frequency microaccelerations on board an orbital station by the convection sensor ''DACON''
pp. 199-204(6)
Authors: Putin G.F.; Babushkin I.A.; Bogatyrev G.P.; Glukhov A.F.; Zilberman E.A.; Ivanov A.I.; Maksimova M.M.; Polezhaev V.I.; Bessonov O.A.; Nikitin S.A.; Sazonov V.V.

The heat convection of a near critical fluid in the controlled microaccelerations field under zero-gravity condition
pp. 205-210(6)
Authors: Zyuzgin A.V.; Putin G.F.; Ivanova N.G.; Chudinov A.V.; Ivanov A.I.; Kalmykov A.V.; Polezhaev V.I.; Emelianov V.M.

Microgravity experiment to understand the effect of convection on PVT crystal growth
pp. 211-216(6)
Authors: Singh N.B.; Duval W.M.B.; Thomas A.S.W.; Glicksman M.E.; Adam J.D.; Zhang H.; Golombeck J.C.; Watson C.; Naumman R.; Nelson A.E.; Cacioppo C.; Griffin J.; Jugrav M.; Rolin T.; Seaquist J.; Daniel N.

Strong magnetic field effect on the dissolution process of tetragonal lysozyme crystals
pp. 217-223(7)
Authors: Yin D.C.; Wakayama N.I.; Inatomi Y.; Huang W.D.; Kuribayashi K.

Al&unknown;Al₃Ni eutectic alloy and AL/WC(NI) composite directionally solidified under microgravity and normal gravity
pp. 225-230(6)
Authors: Luo X.-H.; Huang Q.; Liu B.-D.; Zhang X.-M.; Li Y.-Y.

Observation of crystalline state of the graded structure Bi&unknown;Sb alloy prepared under a strong gravitational field of around 1 million G
pp. 231-235(5)
Authors: Huang X.S.; Mashimo T.; Ono M.; Tomita T.; Sawai T.; Osakabe T.; Mori N.

Melting processes under microgravity conditions
pp. 237-242(6)
Authors: Glicksman M.E.; Lupulescu A.; Koss M.B.

A controllable and observable protein cystallization facility
pp. 243-249(7)
Authors: Jiang P.; Fu S.; Cang H.; Wang X.; Ren Q.; Yuan Y.; Meng T.; Kang H.; Hu J.; Chen C.; Yang Z.

Analysis of the temperature field in compound samples heated in multizone resistance furnaces
pp. 251-257(7)
Authors: Rivas D.; de Pablo V.; Perez-Grande I.

Microgravity effect on the self-organization of silicalite-1 nanoslabs
pp. 259-263(5)
Authors: Kremer S.; Theunissen E.; Kirschhock C.E.A.; Jacobs P.A.; Martens J.A.; Herfs W.

Effects of gravity on combustion synthesis of functionally graded biomaterials
pp. 265-270(6)
Authors: Castillo M.; Moore J.J.; Schowengerdt F.D.; Ayers R.A.; Zhang X.; Umakoshi M.; Yi H.C.; Guigne J.Y.

A lightweight frit bonded spherical silicon mirror demonstrates cryostability
pp. 271-277(7)
Authors: Anthony F.M.; McCarter D.R.; Tangedahl M.; Content D.A.; Hadjimichael T.

Unusual effects of oscillating flows in an annulus on mass transfer and separation
pp. 279-285(7)
Author: Thomas A.M.

Author index
pp. 287-288(2)