Font Size: a A A
Keyword [Tubes]
Result: 81 - 100 | Page: 5 of 6
81. Pollen tubes fail to target ovule in the absence of two cation/proton exchangers in Arabidopsis
82. Diffusion and flow in growing pollen tubes
83. Study of pore level displacement mechanisms through arbitrary triangular tubes
84. The roles of PI4Kbeta1, RHD4, and SAC6 in regulating PI(4)P pools in root hairs and pollen tubes
85. A study of relative efficiencies of photomultiplier tubes in the Sudbury Neutrino Observatory
86. Cell wall composition regulates cell shape and growth behaviour in pollen tubes
87. Experimental results on gravity driven fully condensing flows in vertical tubes, their agreement with theory, and their differences with shear driven flows' boundary-condition sensitivities
88. Numerical study of magnetic reconnection in merging flux tubes
89. Solitary waves in fluid-filled elastic tubes
90. A study of the motion of long bubbles in inclined tubes
91. The numerical simulation of the reflected-shock/boundary-layer interaction in shock tubes
92. Drag of non-Newtonian fluids on assemblies of spheres in tubes: Potential application to modeling of two-phase flow in aseptic food processing
93. Tubes and troughs as 'magmatic tree rings,' recorders of magma chamber chemical and structural history
94. Quantifying groundwater-surface water exchange: Development and testing of Shelby tubes and seepage blankets as discharge measurement and sample collection devices
95. The dynamic evolution of active-region-scale magnetic flux tubes in the turbulent solar convective envelope
96. Distribution And Function Of F-actin And Myosin In Root Hairs And Pollen Tubes
97. Holocene Environment Evolution In The Alashan Desert And Its Adjacent Area Inferred From Calcareous Root Tubes
98. Rate-dependent Multiaxial Transformation Ratchetting And Fatigue Failure Behaviors Of Superelastic NiTi Alloy Micro-tubes
99. Reliability Of Paleoenvironmental Information Recorded By Calcareous Root Tubes In The Tengger Desert,NW China
100. Research On Occlusion Threshold In Capillary Tubes Under Transverse Body Forces
  <<First  <Prev  Next>  Last>>  Jump to