Power typical

A gamma-ray spectmm is produced nondispersively by pulse-height (multichannel) analysis using scintillation or semiconductor detectors. Resolving power, typically - 100 at 100 keV and - 700 at 2 MeV, is quite modest compared with that achievable in other spectral regions, but is sufficient to identify nucHdes unambiguously. 

Two characteristics of compressors for refrigeration are the most important refrigerating capacity and power. Typical characteristics are as presented in the Fig. 11-82. 

Spindles and jackshafts are designed to transmit torsional power between a driver and driven unit that are not in the same plane or that have a radical variation in torsional power. Typically, both conditions are present when these flexible drives are used. 

To calculate the amount of hydrogen produced by electrolysis powered from a wind energy conversion system within a year, the efficiency of the AC/DC (or DC-DC ) conversion 0/c) and the energy consumption of the electrolyzer (ecel) per newton cubic meter of H2 production need to be defined. The efficiency of a standard AC/DC converter ranges from 80% to 95% [41]. High values of t]c occur in the conversion of large amounts of power. Typical values of ecel range from 5 to 6 kWh/Nm3. 

The above studies were carried out at relatively low powers - typically a few W cm produced by a cup-horn. When greater acoustic power is applied through a probe system (of the order of 20 — 30 W cm ) it is possible to induce some quite specta-... 

There is no difficulty in focusing a laser beam to a diameter of 0.1 mm. A one-watt laser could then provide an irradiance of about lCPw/cin and a one-kilowatt laser an irradiance of about 10 MW/cm2. Since one watt and one kilowatt are powers typical of CW and pulsed dye lasers respectively, it may be seen that if saturation is a goal, then CW laser sources are not appropriate for studying molecular species. 

Power meter An instrument that measures RF power, typically utilizing a sensor that converts incident power to heat and measuring the resulting temperature increase. 

The biological model system has been described in some detail previously [12]. In a typical experiment, an individual free-floating bacterium is trapped by the optical tweezers (run at low power, typically a few tenth of mW at the sample) and mounted on a large (9 pm) bead that is firmly attached to the microscope slide. A small free-floating bead (3 pm) is then trapped by the optical tweezers with normal power (a few hundreds of mW) and brought to a position close to but not in direct contact with the bacterium. The system is... 

In addition to these sockets and slots on the motherboard, there is a special connector (shown in Figure 2.9) that allows the motherboard to be connected to the power supply to receive power. Typically, there are either one or two plugs that connect into this motherboard connector. If there are two connectors, they are usually labeled P8 and P9 (as shown in Figure 2.10). 

Finally it is important to stress (again) that if a particular scan law involves no velocity discrimination then the shapes of the peaks obtained by such a scan will reflect the full kinetic energy release distributions. This information can be of value but is obtained at the cost of resolving power (typically a few hundred). That information would not be directly useful for the goals that are to be set in this study and will not be discussed further here. 

Plasma-enhanced (PE) CVD deposition of silicon nitride is typically performed at temperatures between 250 °C and 400 °C from silane (SiH4) and ammonia (NH3) gases. The plasma enhances the deposition rates. The deposition rate strongly depends on the deposition temperature and RF power, typical rates being around 400 nmmin4 [17]. Because of the low deposition temperature,... 

Fission counters are used extensively for both out-of-core and in-core measurements of neutron flux in nuclear flux in nuclear reactors. In out-of-core situations, they monitor the neutron population during the early stages of power ascension when the neutron flux level is very low. For in-core measurements, fission counters are used for flux mapping (and consequently, determination of the core power distribution). They are manufactured as long thin q lindrical probes that can be driven in and out of the core with the reactor in power. Typical commercial fission counters for in-core use have diameters of about 1.5 mm (0.06 in), use uranium enriched to at least 90 percent in as the sensitive material, and can be used to measure neutron fluxes up to 10 neutrons/(m s) [10 neutrons/(cm s)]. 

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