Sentence examples for valve mass from inspiring English sources

(b) Four-chamber delayed-enhancement image in another patient shows heterogeneous enhancement of the tricuspid valve mass, consistent with a fibroelastoma.

Using this efficient control strategy, stable operation in the desired operating point is maintained with small average control valve mass flow.

Five patients had >1 immunocompromising conditions (Table), and 2 had acute pneumonia; 1 each had left parotid gland enlargement, anterior cervical lymphadenopathy, tricuspid valve mass, and acute changes in mental status.

By switching the "valve" of mass transfer, the fabricated EBFC displayed the obvious "ON OFF" controllable behavior.

A nebulizer, synthesizer, sample collector, water flow meter, control valve, digital mass flow controller (MFC), electromagnetic stirrer (PC420D, Corning, USA), and O2 C2H2 torch were integrated to complete the OAFSS.

Open image in new window Fig. 1 Schematic diagram of experimental system: (1 3) N2, O2, SO2 gas cylinder, (4) valve; (5) mass flow controller (MFC); (6) mixing chamber; (7) dryer; (8) thermo-bath; (9) thermal-jacket; (10) semi-batch reactor; (11) mixer; (12) gas distributor; (13) conductometer; (14) pH meter; (15) gas analyzer; (16) tail gas absorber.

(1) Gas cylinders, (2) pressure regulators, (3) needle valves, (4) mass flow controllers, (5) monometers, (6) non-return valves, (7) ball valves, (8) tubular furnace, (9) reactor, (10) catalyst bed, (11) trap, (12) condenser, (13) silica gel column, and (14) gas chromatograph (GC).

From actual Valve people.

The experimental investigation demonstrated low-frequency self-excited oscillation in the range of 1 10 Hz (amounting to 0.04 0.4 of the valve spring-mass eigenfrequency) throughout the valves, but a number of the valves showed their failure proneness at high-frequency self-excited oscillations within the range of 100 120 Hz (amounting to 4.0 to 4.8 of the valve spring-mass eigenfrequency).

The system included two gas regulators with dual pressure gauges and output control valves, two mass flow controllers (one was calibrated for CO2 flow and the other was calibrated for N2), two check valves (to control the flow in one direction), and a bypass line (for calibrating the mass spectrometer from the feed gas mixture).

Additionally, a high stability mount for the attitude gyros and star tracker, a proportional helium thruster for attitude and translation control, a thruster isolation valve, and a mass trim mechanism for precise on-orbit control of the space vehicle lateral center of mass and products of inertia are described.