For the modified diesel engines of the '90s, the flow-through type SOF decomposing catalyst is shown to overcome regulations.
To integrate it, the rebuilding of the filling station for a flow-through type of operation has been evaluated and afterwards the construction of certain parts upgraded, allowing determination of the polarization in each of the four optical pumping cells which will be part of the filling station in the future.
Three aftertreatment techniques for particulates, i.e. a trap system, a catalyzed trap system and use of a flow-through type SOF (soluble organic fraction) decomposing catalyst, are compared.
The purpose of this study is to identify characteristics of the wall flow type SCR reactor by comparison with the flow-through type SCR reactor.
The flow-through-type apparatus for the polarization of noble gas nuclear spins using high-power diode laser arrays was constructed.
The flow-through-type production methods overcame the limitation of the batch-type production, that is, the polarized Xe-129 depolarizes when it collides with the cell wall.
A flow-through-type apparatus for nuclear spin polarization of Xe-129, which is installed immediately before the nuclear magnetic resonance detector and is free from He buffer gas and cold-trap storage, is presented.
Based on a recent study on textile filters for improved filtration, this chapter reports on the finite elelment (FE) simulation of liquid flow through different types of woven fabric architectures.
Equations are derived that describe the gas-dynamic flow through three types of high pressure inlets into a vacuum system: (1) a sonic orifice inlet, (2) a sonic capillary inlet and (3) a pulsed sonic capillary inlet.
By altering the Hodgkin-Huxley formulation for neuronal cells to allow for trans-membrane potassium (K+) flow through two types of channels (one in which conductance falls with membrane depolarization and another in which it slowly rises), Denis Noble was able in 1960 to reproduce the AP morphology of Purkinje cells.
This conversion of carbon provides an example of an aspect of an ecological cycle in which a required element flows through different types of organisms as it changes its oxidation state from CO2 to (CH2O n and back to CO2.
