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System setup

The results of an experimental research activity aimed at the system setup of the Stress Pattern Analysis by Measuring Thermal Emission used to measure the sum of the principal stresses of the free surface are presented. [Pg.408]

The quality QAP also includes operator identification, inspection statistics of the different parts and a "unicode" function enabling automatic system setup for previously inspected and inventoried parts. [Pg.631]

SYSTEM SETUP is a utility for changing file destination, source directories, operating units, and screen colors. [Pg.366]

Figure 4-501 shows a typical diverter system setup. The components of the system are the annular preventer, vent lines, the control system, and the conductor or structural casing. [Pg.1372]

The vendor states that in many cases it may not be necessary for the SGPV to operate under supercritical conditions. This may reduce processing costs. System setup and waste stream characteristics will have an impact on system costs (D17183P, p. 4). [Pg.612]

Operating costs are most affected by the processing rate. Soil moisture content and soil treatment temperature are site-specific factors that also affect cost. The vendor claims operating efficiency (and therefore cost efficiency) accrues quickly after the HAVE System has been mobilized to a site and system setup has been established. [Pg.991]

Insert an immunosensor into the thin-layer cell flow system setup shown in Fig. 35.3. The cell is configured as a three-electrode system with a Ag/AgCl reference and stainless-steel counter electrode. The gasket thickness should be >500 pm. Details are given in Ref. [2]. [Pg.1189]

System Setup The LC-ARC-MS system consists of a liquid chromatograph, a RD, a StopFlow pump, an ARC control and data acquisition software system, and a mass spectrometer (Fig. 7.1). The schematic of the system is... [Pg.255]

Figure 16.1 shows the system setup of the sndm using the lc lumped constant resonator probe [4], In the figure, Cs(t) denotes the capacitance of the specimen under the center conductor (the tip) of the probe. Cs (t) is a function of time because of the nonlinear dielectric... [Pg.304]

Data System Setup Set the integrator or computerized data-handling system as its respective manual instructs for normal gel permeation chromatographic determinations. Set the integration time to 15 min. [Pg.338]

The analyses were performed at The Henry Francis du Pont Winterthur Museum on a Kevex 4525P energy dispersive XRF spectrometer low-level radioactive isotopes were used for the incident radiation (4). The pigment area analyzed was successively irradiated by an iron-55 source, an americium-241 source, and a cadmium-109 source. A qualitative pigment analysis takes only 6 min. Neither the coloring matter nor the silk fabric is altered in any way by the measurement. Figure 8 shows our XRF system setup for the analysis of pigments on painted and printed silks. [Pg.139]

This kind of source has the advantages of the fixed chemical potential of sodium, good contact between liquid sodium and the solid electrolyte, and no additional electronic conducting electrode is needed as the counter electrode (C) to connect with the external electric circuit. In practice, elemental sodium is too active, and a very tight seal is required to prevent sodium vapor from migrating and reacting chemically with CO and in the sink vapor phase. Consequently, the system setup becomes more complex. The choice of the source in the current study is a combination of Na COj, CO and O2 gas phase, and an inert Pt counter... [Pg.123]

The TGA-MS work was done using a DuPont thermal analyzer coupled directly to the Nuclide mass spectrometer through a resistance-heated capillary inlet, stainless steel tube. Both system setups are described diagramatically in Figure 2. Both air and He runs were made using a 10°C/min heating rate from ambient temperature to 700 C. [Pg.17]

Abbreviation CM, capillary membrane system setup TM, tubular membrane system setup CM TM, capillary and tubular membrane systems. [Pg.2856]

Fig. 3 Examples of retrograde system setups. (From Leff, R.D. Roberts, R.J. Methods for intravenous drug administration in the pediatric patient. J. Pediatr. 1981, 98, 631-635.)... Fig. 3 Examples of retrograde system setups. (From Leff, R.D. Roberts, R.J. Methods for intravenous drug administration in the pediatric patient. J. Pediatr. 1981, 98, 631-635.)...
Rotating cylinders, described in Section 11.8, are popular experimental systems because the system setup is relatively simple to use and, at moderate rotation speeds, the flow is turbulent and yields a uniform mass-transfer-controlled current density. Empirical correlations are available that relate the cylinder rotation speed to the mass-transfer coefficient. ... [Pg.131]

In this section we describe the details of the experimental setup, e.g., laser settings, pulse lengths, detection systems, etc. A picture of the experimental setup is shown in Fig. 1. In part (a) we see two cylindrical magnetic shields which each contain a paraffin coated vapour cell with cesium. The distance between the two cells is 35 cm. In part (b) of the figure we show schematically the timing of laser pulses and the detection system setup. [Pg.365]

Figure 12.1 Closed-system setup for immersion calorimetry of powders in a Tian-Calvet heatflow microcalorimeter. (Adapted from [7].)... Figure 12.1 Closed-system setup for immersion calorimetry of powders in a Tian-Calvet heatflow microcalorimeter. (Adapted from [7].)...
Figure 6. Chip design and system setup for one-stage differential amplification. A DC voltage (Cl - F-) is applied to drive the particles from A to B. Trans-aperture voltage (Fdi and F02) modulation are sensed by the two gate branches to C and D, which are the positive and negative inputs of the differential amplifier, respectively. The resistances of the three sections in the main channel are denoted by Fi, R, R-i, respectively. Figure 6. Chip design and system setup for one-stage differential amplification. A DC voltage (Cl - F-) is applied to drive the particles from A to B. Trans-aperture voltage (Fdi and F02) modulation are sensed by the two gate branches to C and D, which are the positive and negative inputs of the differential amplifier, respectively. The resistances of the three sections in the main channel are denoted by Fi, R, R-i, respectively.

See other pages where System setup is mentioned: [Pg.612]    [Pg.730]    [Pg.159]    [Pg.303]    [Pg.136]    [Pg.15]    [Pg.358]    [Pg.205]    [Pg.156]    [Pg.254]    [Pg.110]    [Pg.232]    [Pg.45]    [Pg.381]    [Pg.155]    [Pg.156]    [Pg.147]    [Pg.10]    [Pg.888]    [Pg.303]    [Pg.287]    [Pg.288]    [Pg.289]    [Pg.128]    [Pg.297]   
See also in sourсe #XX -- [ Pg.119 ]




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