Experimental determination of heat of combustion of fuel
DOI:
https://doi.org/10.31548/energiya2018.02.159Abstract
Experimentalnoe viznachennya vyshkoї warmth zgoryannya for bombi for analitsichnoy probi paliva, pererahunok її on the lower heat of zgoriannya.
h. Theoretical and experimental storage of calorimetric dosages was performed on the basis of the principle device for calorimetric bombing, viznachennya vishchego heat of zgoriannya for bombs for analitic piercing of the mouth. GOST 147 - 95 (ISO 1928 - 76), GOST 10062 - 75, DSTU ІСО 1928: 2006 з послідуючим перерахунком її on the lower heat of zgoriannya.
The essence of the calorimetric method is the identification of the warmth of the burning of the field in the fact that the liquidity of the viprobuvannogo paliva spits in the middle of the throat, 29.4 x 105 Pa (30 kgf / cm2) in the special chamber - the calorimetric bomb, drained into the calorimetry vessel, suspended with distilled water. The design of calorimetric systems and bombs, and such technology is a technology for the identification of the calorific power of hard and soft bipolar in robots [4, 5]
Conclusions.
Presented is the potent technology of the vignette of the main display of the energy value of the sun, and itself is repelled from the lower heat of the zhoryannya robochoe Masi Paliva from the urohuvannam of the acid utovorennya. For the flora of the reaction of the solution of nitric acid, it is possible to see heat (0,001 – 0,0015) kJ/kg., Acidity – 9400 kJ/kg.
The method of grapho-analitical viznachennya zmіni teperaturi, tobto temperature streaming at calorimetric doses in ura-huvania and without ura-huvania to heat exchange in the napkinismnym sredovischne is imposed, but it allows to control the correctness of the calorimetric delivery delivered and the results of the results obtained from the calorific power of the paliva.
angle of inclination of their rectilinear creations from the vertical position, but also on the angle of position of the axes of the corresponding guide curve - hyperbola.
On the example of forming the laws of motion of a particle with rough non-linear surfaces in the computer algebra Maple environment, the possibility of not displaying a sequence of cumbersome analytic transformations is shown at all. In this case, the user of the model for studying the motion of a particle with a rough surface is sufficient only to set the initial conditions for the particle sinking and to form a set of trajectory and kinematic characteristics studied.
References
Dubrovin, V. O., Korchemny, M. O., Maslo, I. Р. (2004) Biopalyva (Tekhnolohii, mashyny i obladnannia) [Biofuels (Technology, Machinery and Equipment)]. Kyiv: Tsentr Tekhnichnoi informatsii „Enerhetyka i elektryfikatsiia”, 256
Shvets, І.Т., Golubinsky, V.I. (1963). Obshchaia teplotekhnyka [General heat engineering]. Vydavnytstvo Kyivskoho universytetu, 561
Kostenko, V. M., Panko, V. V., Syrovatko, K. M. (2008). Praktykum z hodivli silskohospodarskykh tvaryn [Workshop on feeding farm animals]. – Vinnytsia: RVV VDAU, 141.
Vasilenkov, V. E. (2010). Poetapna tekhnolohiia vyznachennia teplotvornoi vlastyvosti tverdoho biopalyva [Phased technology for determining the calorific value of solid biofuels]. Naukovyj visnyk NUBiP Ukrai'ny. Serija: Tehnika ta energetyka APK, 144, 157–163.
Vasilenkov, V.E. (2010) Vyznachennia teplotvornoi vlastyvosti ridkoho biopalyva [Determination of the calorific value of liquid biofuels]. Bulletin of Kharkiv National University them Petr Vasilenko, 93, 363–367
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