<p>U ovom radu se proučava bogatstvo arheolo&scaron;kih lokaliteta sa teritorije dana&scaron;nje&nbsp;Republike Srbije sa aspekta razvoja hemijske proizvodnje, tj. materijalne kulture, koja je&nbsp;postignuta, za to doba, karakterističnom proizvodnjom metalne robe i građevinskog&nbsp;materijala. Uzorci koji su kori&scaron;ćeni, u većini slučajeva, nisu imali prethodni tretman ili su&nbsp;vađeni direktno iz leži&scaron;ta arheolo&scaron;kih nalaza, uz odobrenje lokalnih i regionalnih muzeja:&nbsp;&bdquo;Muzej Vojvodine&rdquo; u Novom Sadu, &bdquo;Zavičajni muzej&rdquo; u Rumi, &bdquo;Muzej Srema&rdquo; u Sremskoj&nbsp;Mitrovici, &bdquo;Muzej Viminacium&rdquo; kod Kostolca, &bdquo;Arheolo&scaron;ki muzej Đerdapa&rdquo; u Kladovu,&nbsp;Muzej &bdquo;Đerdap 2&rdquo; u Turn Severinu, Rumunija, &nbsp;&bdquo;Muzej Krajine&rdquo; u Negotinu, &bdquo;Narodni&nbsp;muzej&rdquo; u Zaječaru, &bdquo;Muzej Mediana&rdquo;, kraj Ni&scaron;a. Uzorci građevinskog materijala, opeke i&nbsp;vezivnog materijala potiču sa arheolo&scaron;kih lokaliteta: Mihajlovac-Klevora (<em>Clevora</em>), Trajanov&nbsp;most, Medijana (<em>Mediana</em>), Dijana <em>(Diana</em>), Najsus (<em>Naissus</em>), Feliks Romulijana <em>(Felix&nbsp;Romuliana</em>), Frateniza, &Scaron;arkamen, Hrtkovci i Viminacijum (<em>Viminacium</em>). Uzorci rimskih&nbsp;novčića su: iz perioda vladavine Flavia Julia Constantiusa, sa arheolo&scaron;kog lokaliteta Sirmium&nbsp;i drugih arheolo&scaron;kih lokaliteta dana&scaron;nje AP Vojvodine i sa arheolo&scaron;kih lokaliteta Istočne&nbsp;Srbije. Metode ispitivanja arheolo&scaron;kih uzoraka su: Mikroskopija, metalur&scaron;ki mikroskopi&nbsp;<em>Leitz</em>, <em>Orthoplan</em>, (x100) i <em>Carl Zeiss Jena</em> (x1000), gemolo&scaron;ki mikroskop <em>Konig electronic&nbsp;</em>(200X), skenirajući elektronski mikroskop (<em>Scanning electronic microscopy</em>, SEM), JEOL&nbsp;JSM-6460LV; Spektroskopske metode, Energetski disperzivni spektroskop (<em>Energy&nbsp;dispersive spectroscopy</em>), EDS Oxford Instrument; Rendgenska fluorometrija <em>(X-ray&nbsp;fluorescence </em>XRF), <em>Thermo Fisher,</em> NITON XL 3t-950.</p><p><em>Poglavlja u radu</em>: I Teorijski deo: Teorijski deo čine dva poglavlja: uvod i op&scaron;ti deo.&nbsp;<br />U prvom poglavlju su istaknuti razlozi i ciljevi odabira građevinskog materijala i metalnih&nbsp;novčića, kao polazna tačka istraživanja razvoja hemijske proizvodnje u doba &nbsp;antike na&nbsp;teritoriji dana&scaron;nje Srbije. Vojna inženjerija je bila inicijator razvoja tehnologije građevinskog&nbsp;materijala i metalnih novčića, dok je ostala hemijska proizvodnja bila na nivou zanatskih&nbsp;ve&scaron;tina. Drugo poglavlje čini pet tema: Op&scaron;i deo, Istorijske i dru&scaron;tvene prilike u doba antike u&nbsp;Rimu i na teritoriji Balkana, Istorijske i dru&scaron;tvene prilike u doba antike na teritoriji dana&scaron;nje&nbsp;Srbije, Proizvodnja opeke u doba &nbsp;antike i Metalurgija u doba antike na teritoriji dana&scaron;nje&nbsp;Srbije. II Metodologija istraživanja: Poglavlje Metodologija istraživanja obuhvata: Predmet&nbsp;istraživanja, Problem istraživanja, Cilj istraživanja, Zadatke istraživanja, Hipoteze. III &nbsp;<br />Ekspeimentalni deo: Eksperimentalni deo je podeljen u dve veće celine: Materijal i Metode.&nbsp;Celinu Materijal čini sedam odlomaka: Uzorkovanje materijala, Uzimanje uzoraka&nbsp;građevinskog materijala, Detekcija uzoraka građevinskog materijala vizuelnim putem,&nbsp;Kalupljenje uzoraka građevinskog materijala, Digitalna fotografija i optička mikroskopija&nbsp;uzoraka opeke, Detekcija metalnih novčića. Celinu Metode čini pet odlomaka: Terenska&nbsp;istraživanja, bibliografska, muzeolo&scaron;ka, arhivska i kartografska istraživanja, Lociranje&nbsp;arheolo&scaron;kih lokaliteta (geofizička merenja), Fotografije arheolo&scaron;kih lokaliteta, Hemijske&nbsp;analize građevinskog materijala (Skenirajuća elektronska mikroskopija <em>(Scanning electronic&nbsp;microscopy</em>, SEM); Energijsko disperziona spektroskopija (<em>Energy dispersive spectroscopy</em>,&nbsp;EDS)), Hemijske analize metalnog novca (Mikroskopska analiza metalnog novca;&nbsp;Rendgenska fluoroscentna analiza (<em>X-ray fluorescence analysis</em>, XRF) metalnog novca). IV&nbsp;Diskusija rezultata istraživanja: U diskusiji rezultata istraživanja su: Prikaz, Interpretacija&nbsp;rezultata analiza; Diskusija dobijenih rezultata; Uporedne analize podataka. V Zaključak: Na&nbsp;osnovu istraživanja, konstatovano je da je hemijska proizvodnja u kasnoj antici, bila&nbsp;usmerena: ka dobijanju kvalitetnog građevinskog materijala i prema razvijenoj metalurgiji u&nbsp;kovnicama metalnog novca. VI Prilog: Prilozima se prikazuju: biografski i bibliografski&nbsp;prikazi arheologa, istraživača arheolo&scaron;kih lokaliteta, deo karte rimskih puteva &bdquo;Tabula&nbsp;Peutingriana&rdquo;, odlomak iz Vitruviusovih knjiga, izgled novčića sa likovima rimskih&nbsp;imperatora koji su rođeni na tlu dana&scaron;nje Republike Srbije, rad kojim se dokazuje da je&nbsp;opeku, najče&scaron;će, proizvodila vojska, podaci o glini, kao osnovnoj sirovini za proizvodnju&nbsp;opeke, mineralni sastav zemlji&scaron;ta, odrednica hemijskog sastava građevinskog materijala,&nbsp;rezultati hemijske analize ručno pravljene opeke, kao i rezultati hemijske analize savremene&nbsp;opeke. VII Literatura: U ovom radu je navedeno 445 naslova.&nbsp;</p><p>Ova doktorska teza objedinjuje regije koje su istraživali poznati naučnici, tj. sve veće&nbsp;arheolo&scaron;ke lokalitete na teritoriji dana&scaron;nje Republike Srbije, tako &nbsp;da otvara put za dalja&nbsp;uporedna istraživanja i ispitivanja u hemiji, arheologiji, muzeologiji, arhitekturi, kao i&nbsp;poslovima restauracije, &scaron;to, do sada, nije u dovoljnoj meri učinjeno.&nbsp;</p> / <p>This paper examines the wealth of archaeological sites on the territory of present-day&nbsp;Republic Serbia in terms of the development of chemical production, material &nbsp;culture, which&nbsp;is achieved, for the time, the typical manufacture of metal goods, and building materials. The&nbsp;samples that were used, in most cases, they had no prior treatment or were extracted directly&nbsp;from the deposits of archaeological finds, with the approval of local and regional museum:&nbsp;&rdquo;The Museum of Vojvodina&rdquo; in Novi Sad, &rdquo;Heritage Museum&rdquo; in Ruma, &rdquo;The Museum of&nbsp;Srem&rdquo; in Sremska Mitrovica, &rdquo;Museum Viminacium&rdquo; near Kostolac, &rdquo;Archaeological&nbsp;Museum Đerdap&rdquo; in Kladovo, Museum &rdquo;Đerdap 2&rdquo; in Drobeta Turn-Severin, Romania,&nbsp;&rdquo;Museum of Krajina&rdquo; in Negotin, &rdquo;National Museum&rdquo; in Zaječar, Museum &rdquo;Mediana&rdquo;, near&nbsp;Ni&scaron;. Samples of building materials, bricks and connective material originating from&nbsp;archaeological sites: Mihajlovac-Clevora, Trajanʼs Bridge, Mediana, Diana, Naissus, Felix&nbsp;Romuliana, Frateniza, &Scaron;arkamen, Hrtkovci and Viminacium. Samples of Roman coins are&nbsp;from the &nbsp;reign of Constantius Julia Flavia, the archaeological site of Sirmium and other&nbsp;archaeological sites today Vojvodina and from archaeological sites in Eastern Serbia&nbsp;(Prahovo). Test methods for archaeological samples are: Microscopy, Metallurgical&nbsp;Microscopes Leitz, ORHTOPLAN (x100) and Carl Zeiss Jena (x1000) Gemmological Konig&nbsp;Electronic Microscope (200X), Scanning Electron Microscope (SEM), JEOL JSM-6460LV;&nbsp;Spectroscopic Methods, Energy Dispersive Spectrometer (EDS), Oxford Instrument; X-Ray&nbsp;Fluorometry (XRF ), Thermo Fisher, NITON XL 3t- 950th.&nbsp;</p><p>Chapters in the paper: I Theoretical part: The theoretical part consists of two chapters:&nbsp;introduction and general part. In the first chapter of the prominent causes and objectives of&nbsp;the selection of building materials and coins, as a starting point for research on the&nbsp;development of chemical production in ancient times on the territory of Serbia. Army Corps&nbsp;of Engineers was the initiator of the technology of building materials and coins, and other&nbsp;chemical production was at the level of craft skills. The second section consists of five topics:&nbsp;General part, historical and social conditions in ancient times in Rome and in the Balkans,&nbsp;historical and social conditions in ancient times on the territory of Serbia, Manufacture of&nbsp;bricks in ancient times and Metallurgy in ancient times on the territory of Serbia. II Research&nbsp;Methodology: Research Methodology Chapter includes: The research, research problem,&nbsp;research objectives, the tasks of research hypotheses. Ekspeimentalni part III: The&nbsp;experimental part is divided into two major parts: Materials and Methods. Whole material&nbsp;consists of seven sections: Sampling materials, sampling of construction materials, building&nbsp;materials detection patterns visually, molding samples of building materials, digital&nbsp;photography &nbsp;and optical microscopy samples of bricks, Detection coins. Whole methods&nbsp;consists of five sections: Field research, bibliographic, museum, archival research and&nbsp;mapping, locating archaeological sites (geophysical measurements), photos of archaeological&nbsp;sites, the chemical analysis of building materials Scanning Electron Microscopy (SEM),&nbsp;Energy-Dispersive Spectroscopy (EDS), the chemical analysis of coins (Microscopic&nbsp;Analysis; X-ray Fluorescence Analysis (XRF). IV Discussion of research results: In the&nbsp;discussion of the research results are: Preview, interpretation of the results of analysis;&nbsp;Discussion of the results obtained; Comparative analysis of the data. In Conclusion: Based on&nbsp;the research, it was found that the chemical production in late antiquity, was directed: in&nbsp;obtaining high-quality building materials to advanced metallurgy in the mints coins.&nbsp;Appendix VI: Articles are displayed: biographical and bibliographical representations of&nbsp;archaeologists, researchers archaeological sites, part of the map of Roman roads &bdquo;Tabula&nbsp;Peutingriana&rdquo; section of &nbsp;Vitruviusovʼs books, coins with the appearance of the characters of&nbsp;Roman emperors were born in the territory of present-day Republic of Serbia, the work of&nbsp;proving that the bricks, usually producing army, data on clay, which is the basic raw material&nbsp;for the production of bricks, the mineral content of the soil, the term chemical composition &nbsp;of&nbsp;building materials, the results of chemical analysis handmade bricks, and the results of&nbsp;chemical analysis of contemporary brick. VII Literature: In this study indicated 445 titles.&nbsp;</p><p>This doctoral thesis combines the region explored by famous scientists, ie. all major&nbsp;archaeological sites on the territory of the Republic of Serbia, so that it opens the way for&nbsp;further comparative research and studies in chemistry, archeology, museology, architecture&nbsp;and restoration operations, which, so far, has not &nbsp;been sufficiently done.</p>