Here, the authors report a method for multistep chemistry in droplets, using two immiscible liquids and a gas to achieve controlled, sequential reagent addition. Adrian M. Nightingale , Thomas W. Phillips & John C. de Mello Browse broader subjects Chemical synthesis Browse Flow chemistry ...
Compact differential pressure flow meter ideal for the volumetric measurement of clean liquids, gas, and steam. Starting at $4,641.49 Greyline Instruments DFM 6.1 Doppler Flow Meter Non-contact ultrasonic meter accurately displays, transmits, totalizes and controls flow from outside the pipe. ...
Smart and Lightweight Low-Flow Vortex Meters for Monitoring Low-Viscosity, Water-like Liquids ✔IP65 ✔ Maintenance Free ✔ Compact. Stock instruments
liquids and gases. External excitation by gravity, vibration or gas flow can induce motion in granular materials, and forces competing with frictional particle interactions often result in instabilities, many of which resemble those ...
The change in the gas flow rate leads to the different residence time of varies reactants, thus affecting the collision frequency among those active species formed in the plasma [72]. On the other hand, various types of gas flow make a difference to the reaction process according to the re...
JT33 TDLAS gas analyzer Reliable H2S measurement for increased quality, process control, and asset integrity Loading price F L E X Cerabar PMP50 – pressure transmitter Pressure transmitter with metal membrane for highly accurate measurement of liquids and gases ...
Vortex flow meters is the basic meter for volume flow application, usually used to measure flows of liquid, gas and steam It is available in flange connection and wafer-type, and insertion type for Application (non-)conductive liquids, gases, saturated and superheated steam Gross/net heat meteri...
In much of gas/liquid flow with low viscosity liquids these are the most important forces. For example, in one of the most important phenomena which occurs in annular flows, the atomisation of drops from the wall film, it is a Weber number which controls the size and probably the flux of...
The role of Mach number in compressible gas flow may be derived from the governing equations of motion and state. However, the physics of these processes are clear when gas flow from one chamber to another is considered. A flow from a constant pressure reservoir, a, is produced by reducing...
In the precision machining of gas-liquid-solid three-phase abrasive flow, the three-phase flow in the state of high-speed turbulence is conducted as the medium to remove materials from the workpiece surface through complex coupling effects, such as bubble burst and particle collision [54]. This...