Recording unit

The operations and maintenance program consisted of routine maintenance of the SVE unit and vapor conveyance lines. Data recording units (disk recorders) required maintenance, as well as emptying the recovery drum of accumulated knock-... 

Figure 8. Schematic diagram of Continual Measuring System for BOD. 1. Sensor unit 2. Recorder unit 3. Data processing unit 4. Flow line selector unit 5. Sampling unit 6. Amplifier 7. Microbial sensor 8. Pump 9. Incubator 10. Flow meter 11. Air pump ...

Figure 4.38. Extrusion die with automatic pumping of a lubricant. Layout of regulating system 1 - high pressure cylinder 2 - air pressure regulator 3 - joining tubes 4 - lubricating chamber 5 - porous element 6 - room for the liquid lubricant 7 - transducer for lubricant pressure 8 - transducer for polymer material pressure 9 - electronic governing unit 10 - recording unit.

Since 1979 we have developed two similar, but not identical, systems to accomplish the objectives just discussed. Tests on the North Atlantic in winter have proven the reliability of the sampler and data recording units, which have continuously operated for up to 5 weeks without need for a technical operator. Only the ship s speed and heading entries require manual updating. 

Simple katharometer circuit. (1) Reference cell (2) Detecting cell (3) Flow of carrier gas (4) Effluent gas from column (5) Variable resistance (6) Recording unit (7) Power supply for the Wheatstone bridge circuit (8) Ammeter... 

CuiF, J. P. Dauphin, Y. 2005. The environmental recording unit in coral skeletons - a synthesis of structural and chemical evidences for a biochemically driven, stepping-growth process in fibres. Biogeoscience, 2, 61-73. 

Frank Thone, The Press as an Agency for the Diffusion of Science , text of a speech to the American Association for Adult Education, May 21, 1936, p. 2 Smithsonian Institution Archives, Record Unit 7091 (hereafter cited as SIA RU7091 ), Box 4, Folder 2. 

Based on the author s research in Smithsonian Institution Archives manuscript collections, especially Record Units 45, 46, 83, 7183, and 7091 and Accession 90-105 materials housed in collections of the Smithsonian s National Museum of American History Cavalcade of America Collection at the Hagley Library and Papers of James McKeen Cattell (MSS15412) at the Library of Congress. 

Many records of transactions with these stringers - job applications, correspondence, payment shps, and drafts - are preserved in Smithsonian Institution Archives Record Unit 7091, and represent an important resource for study. Especially notable are the 1930s applications from women with some science training who sought writing assignments to supplement their incomes. 

The Smithsonian Institution Archives retain Robert s papers (1960-1982) and related materials (to 1984) in a collection (Record Unit 7316) described by Rebecca V. Schoemaker (see http llwww.si.edularchivesljaru73l6.htm). An article on the aftermath of Air Florida Flight 90 appeared (The New York Times Magazine, August 4, 2002, pp. 36-41). I am grateful for the details about Robert s life that it provides. 

The use of a particular detection- and recording-unit mainly depends on the intensity and stability of the ion beam. The three major types of ion detectors include Faraday cup, electron multiplier and photographic plate. 

These large numbers of units per electrode are in sharp contrast to other electrodes where about one, maybe two, units are recorded at each electrode tip. With 100 tines on the Cyberkinetic s probe this is indeed impressive [2]. In fact, over time, this number drops to 40% or less of tines that continue to record unit activity. Furthermore, each unit varies due to micromovements, so the stability of units is questionable. 

Accurate histological reconstruction of recorded units is not possible due to the destruction inherent in placing it in the cortex and the trophic changes that take place as the tissue grows into the cone tip. This is not, however, of importance in neural prosthetics where functionality is paramount. 

For the determination of the dynamic detector noise it is necessary to equilibrate the whole HPLC system for at least 30 min according to the conditions described in the autosampler test. The recording unit is set to 0.5-1.5 X 10 AU and the detector signal is recorded during 10 min. The detector noise is determined graphically (peak-to-peak) and documented. Note that this is only a test of short-time noise. A possible drift (long-time noise) is not included. 

Henry, J., Saxton Pendleton, J. (1935). Joseph Saxton 1799-1873. Pengelly Reading PA. P Kolupaila, S. (1961). Saxton. Journal of the Hydraulics Division ASCE 87(HY3) 178. P Saxton, J. (1873). Joseph Saxton Papers. Record Unit 7056. Smithsonian Institution Archives Washington DC. 

The oral history is deposited as Record Unit 9517, Smithsonian Institution Archives, Washington, D.C. His discussion of the SSZ s formation is on pp. 34-42. 

In any imaging system, the basic components of the system are the source, lens, and the recording unit. In the case of optofluidic microscopes, the source used is LED. Since a lens-free configuration is followed, there is no lens in the system, while the recording unit is a CMOS or a CCD sensor. Apart from that this section will also include a brief discussion of the major principles used for the development of such microscopes. 

Data Recording Unit 4.3 Temperature Calibration 4.4 Sample 4.5 Atmosphere 4.6 Heating Rate 4.7 Classification of TG Curves 4.8 Calculation of Mass Change Rates 4.9 Derivative Thermogravimetry (DTG) 4.10 Intercomparison of TG and DTA 4.11 TG Reports 4.12 References 5... 

Juridical Recorder Unit Records the mission data ( Black Box )... 

Driver Machine Interface Diagnostic Recording Unit European Rail Traffic Management System... 

Schweizerische Bimdeshahnen AG (Swiss Federal Railway company) Accumulated operating test time Train Recorder Unit Significance level 100(1 - a) % is the confidence level at which confidence intervals and limits are calculated The a fractile of the cumulative /2 (chi- square) distribution with v degrees of freedom... 

The main items of the trainbome sub-system are European Vital Computer assembled with 17 different LRUs Odometry sub-system (including radar and accelerometer as LRUs) Driver Machine Interface (DMI) sub-system (consisting of ERTMS DMI and Voice DMI as LRUs) Cab Radio (consisting of Data rack. Voice rack, and Antenna Coupling Unit as LRUs) GSM-R/GPS antenna GSM-R/Amlog antenna Train Recorder Unit (TRU) Eurobahse antenna, etc. 

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