BaseCase Model - No Capillary Pressure
Base Case Model: The Morrow 2 (UNOCAL) relative permeability curves with no capillary pressure assigned.
Capillary Pressure↗
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Morrow1 Model - No Capillary Pressure
Farnsworth Unit (FWU) CO2EOR Eclipse compositional model: Morrow1 model uses the Morrow1 relative permeability curve with no capillary pressure assigned.
capillary pressure↗
Morrow1 Model - with Capillary Pressure
Farnsworth Unit (FWU) CO2EOR Eclipse compositional model: Morrow1 model uses the Morrow1 relative permeability curve with capillary pressure assigned homogeneously
Capillary Pressure↗
Hydrostratigraphic Region 4 Model - with HSU5 Capillary Pressure
Farnsworth Unit (FWU) CO2EOR Eclipse compositional model: Hydrostratigraphic Region 4 model uses the Morrow2 (UNOCAL) relative permeability curve with HSU5 capillary pressure assigned homogeneously
Capillary Pressure↗
Hydrostratigraphic Region 4 Model - with HSU6 Capillary Pressure
Farnsworth Unit (FWU) CO2EOR Eclipse compositional model: Hydrostratigraphic Region 4 model uses the Morrow2 (UNOCAL) relative permeability curve with HSU6 capillary pressure assigned homogeneously
Capillary Pressure↗
Hydrostratigraphic Region 4 Model - with HSU7-8 Capillary Pressure
Farnsworth Unit (FWU) CO2EOR Eclipse compositional model: Hydrostratigraphic Region 4 model uses the Morrow2 (UNOCAL) relative permeability curve with HSU7-8 capillary pressure assigned homogeneously
Capillary Pressure↗
Hydrostratigraphic Region 3 Model - with and without HSU Capillary Pressure
Farnsworth Unit (FWU) CO2EOR Eclipse compositional model: Hydrostratigraphic Region 3 model uses the HS3 relative permeability curves assigned heterogeneously by hydrostratigraphic unit. The model with capillary pressure applies the HS3 curves heterogeneously by hydrostratigraphic unit.
Capillary Pressure↗
Metrology of a Focusing Capillary Using Optical Ptychography
The focusing property of an ellipsoidal monocapillary has been characterized using the ptychography method with a 405 nm laser beam. The recovered wavefront gives a 12.5×10.4μm 2 focus. The reconstructed phase profile of the focused beam can be used to estimate the height error of the capillary surface. The obtained height error shows a Gaussian distribution with a standard deviation of 1.3 μm. This approach can be used as a quantitative tool for evaluating the inner functional surfaces of reflective optics, complementary to conventional metrology methods.
36 MATERIALS SCIENCE↗
Recirculation of a Two-phase Fluid by Thermal and Capillary Pumping
Closed-cycle gas supply system for gas bearings using thermal and capillary pumping
CLOSED CYCLE↗
On the dynamics of capillaries and the existence of plasma flow in the pericapillary lymph space
Hydrodynamic analysis of dynamic blood plasma flow in capillaries and lymph annulus
CAPILLARY CIRCULATION↗
On the distribution of a permeable solute during Poiseuille flow in capillary tubes.
Distribution of permeable solute during Poiseuille flow in capillary tubes, deriving equations, noting flow dependence on permeability but not on diffusion constant
POISEUILLE FLOW↗
Theoretical considerations on the flow of blood through a capillary
Theoretical considerations on flow of blood through capillary
RHEOLOGY↗
Plasma skimming in human blood flowing through branching glass capillary channels
Plasma skimming in human blood flowing through branching glass capillary channels
LIQUID FLOW↗
A new capillary viscometer for measuring the viscosity of small amounts of blood
Capillary viscometer for measuring viscosity of blood in veins of living animals
BLOOD FLOW↗
Direct innervation of capillary endothelial cells in the lamina propria of the ferret stomach
Direct innervation of capillary endothelial cells in lamina propria of ferret stomach
NEURON↗
A Novel Protocol to Analyze Short- and Long-Chain Fatty Acids Using Nonaqueous Microchip Capillary Electrophoresis
We propose a new protocol to identify and quantify both short- and long-chain saturated fatty acids in samples of astrobiological interest using non-aqueous microchip capillary electrophoresis (micronNACE) with laser induced fluorescence (LIF).
fatty acids↗