ABSTRACT The present paper Thermal-technical Diagnostic Model of Insulated Transport Equipment was put together by Tõnis Tamm under the supervision of Mr Viljo Viljasoo, D.Sc. to pursue the M.Sc. degree in industrial engineering. The thesis consists of 69 pages of text, 43 figures, 7 tables and 13 appendixes. Keywords: INSULATED TRANSPORT EQUIPMENT, PERISHABLE FOODSTUFFS, ISOTHERMAL PARAMETERS, DIADNOSTIC MODEL. 25 mm The thesis has been divided into the following major sections: Introduction, Essence of the problem and the purpose and tasks of the study, Methodology of the study, Results of the laboratory research, Thermal-technical diagnostic model of insulated transport equipment, Work safety, Summary, Appendixes.
joined, the connection point of the thermocouple to the measurement system 56 Analog Interfacing to Embedded Microprocessors will also act as a thermocouple. Figure 3.4 shows this effect, where a thermo- couple is connected to a board using copper. The wires leading to the ampli- fier could be either copper wires or the copper traces on a PCB. As shown in Figure 3.4, this effect can be minimized by placing the con- nections on an isothermal block, which is a good conductor of heat. This minimizes the temperature difference between the connection points and minimizes the error introduced by the connection junctions. A common method of compensating for the temperature of the connection block is to place a diode or other semiconductor on the isothermal block and measure the (temperature-sensitive) drop across the semiconductor junction. The amplifier used to increase the signal level from the thermocouple is
amplification by multiple displacement participate to test its performance. amplification (MDA). It is based on the use A common set of criteria for performance of a specific DNA polymerase, phi29 DNA of GMO detection methods should be evalu- polymerase, and random hexamer primers ated (Bertheau et al. 2002; Bellocchi et al. for the replication of genomic DNA in an 2008; Žel et al. 2008). Recommendations for isothermal reaction at 30°C, leading to the the validation of quantitative PCR methods synthesis of large amounts of DNA with are presented by Hübner and coworkers fragments >70 kb in size. (2001), and currently there is an international standard that defines the PCR performance parameters for GMO analysis (ISO 2006). Validation of Analytical Methods
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