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25 tulosta hakusanalla Radoje Domanovic
Ova knjiga sadrzi sledece pripovetke: "Demon", "Pozoriste u palanci", "Ukidanje strasti", "Ne razumem", "Ozbiljne, naucne stvari", "Danga", "Hajduk Stanko", "Voda", "Kraljevic Marko po drugi put medu Srbima", "Nasa posla", "Nigde spasa", "Glasam za slepce", "Sima penzioner", "Stradija", "Razmisljanje jednog obicnog srpskog vola", "Mrtvo more", "San jednog ministra", "Moderni ustanak", "Uzgrednice", "Prica o tome kako je nacelnicki polozaj bez ikakva zazora i stida nasrnuo na dobrog i valjanog gradanina gospodina Doku Kara-Jovanovica", "Ko ugusuje stampu?", "Ne mesaj se u tud posao", "Ca-Dordev dogat", "Domisljan", "Bas je bezobrazluk", "To je narod", "Pismo gospodinu Savi Sibalicu", "The, sta ces?", "Kao u Stradiji..." i "Mitropolitov macor".
Ova knjiga sadrzi sledece pripovetke: "Na mesecini", "Baba-Stana", "Smrt", "A hleba...!", "Zamena", "Uspomene iz detinjstva", "Lovcev zapisnik", "Pored vatre", "Pod hrastom", "Najteza osuda", "Sule", "Zbog ljubavi", "Braca", "U seoskoj me'ani", "Gucov ribolov", "Slava", "Jedva jednom", "Iz belezaka sa sela", "Rodendan", "Objava", "Slika sa ulice", "Snovi i java", "Na mladima svet ostaje", "Ja sam Srbin", "Na raskrscu", "Razorena sreca", "Promasena sreca", "Idealista", "Pevacev Uskrs", "Osveta", "Sreca", "Bozje suze" i "Sasusen list".
Ova knjiga sadrzi sledece pripovetke: "Demon", "Pozoriste u palanci", "Ukidanje strasti", "Ne razumem", "Ozbiljne, naucne stvari", "Danga", "Hajduk Stanko", "Voda", "Kraljevic Marko po drugi put medu Srbima", "Nasa posla", "Nigde spasa", "Glasam za slepce", "Sima penzioner", "Stradija", "Razmisljanje jednog obicnog srpskog vola", "Mrtvo more", "San jednog ministra", "Moderni ustanak", "Uzgrednice", "Prica o tome kako je nacelnicki polozaj bez ikakva zazora i stida nasrnuo na dobrog i valjanog gradanina gospodina Doku Kara-Jovanovica", "Ko ugusuje stampu?", "Ne mesaj se u tud posao", "Ca-Dordev dogat", "Domisljan", "Bas je bezobrazluk", "To je narod", "Pismo gospodinu Savi Sibalicu", "The, sta ces?", "Kao u Stradiji..." i "Mitropolitov macor".
Vrhunac svog umetnickog stvaralastva, Radoje Domanovic, jedan od najznacajnijih predstavnika realizma u srpskoj knjizevnosti, postigao je kroz satiricne pripovetke. U njima je, ostro i duhovito, kritikovao drustvene mane i nepravde, prikazujuci ogrezlost pojedinaca i drustva u licemerju, obmanama i lazima. Domanovic je, kroz alegorijske slike i ironicne opaske, pokazao pesimisticnu viziju stvarnosti, nezadovoljan apsolutistickom vlascu Obrenovica, ali i onom koja je usledila posle Majskog prevrata. Njegove satire govore o univerzalnim temama, kao sto su korupcija, nasilje, nepravda, cak i ropska poslusnost gradjanstva, cime je zasluzeno stekao status jednog od nezaobilaznih domacih knjizevnih klasika. Iako se u svojim satirama bavio specificnim drustvenim okolnostima svog vremena, one i danas, u savremenim uslovima, zadrzavaju svoju aktuelnost i snagu.
The neutral K meson or neutral kaon, K0, and its antiparticle, K(bar)0, form a remarkable quantum-mechanical two-state system that has played an important role in the history of elementary particle physics. Indeed, ever since the discovery of K0 half a century ago, neutral kaons have been a rich source of unique and facinating phenomena associated with their production, decay and propagation in both vacuum and matter. This overview conveys the unique beauty of a quantum-mechanical system that contains so many of the aspects of modern physics.
The neutral K meson or neutral kaon, K0, and its antiparticle, K(bar)0, form a remarkable quantum-mechanical two-state system that has played an important role in the history of elementary particle physics. Indeed, ever since the discovery of K0 half a century ago, neutral kaons have been a rich source of unique and facinating phenomena associated with their production, decay and propagation in both vacuum and matter. This overview conveys the unique beauty of a quantum-mechanical system that contains so many of the aspects of modern physics.
Radome Electromagnetic Theory and Design explores the theoretical tools and methods required to design radomes that are fully transparent to the electromagnetic energy transmitted or received by the enclosed antenna. A radome is a weatherproof and camouflaged enclosure that protects the enclosed radar or communication antenna, and are typically used on a fixed or moving platform such as an aircraft, ship or missile. The author — a noted expert in the field — examines the theoretical methods that apply to all type of radomes: planar, conformal, airborne and ground based. The text offers a description of the various measurement methods that characterise the electrical parameters of a radome, and discusses their merits in terms of accuracy. This groundbreaking book brings together in one volume all the necessary theoretical tools to design radomes
Analyzing Radome Materials and Patch Antenna via Finite Element Method
Siddhan Sivakumar
Lap Lambert Academic Publishing
2024
pokkari
Radomes serve a dual purpose, offering protection to antennas and safeguarding against circuit replication. They also play a pivotal role in enhancing antenna gain and directivity through specific structural characteristics. Commonly utilized materials in radome fabrication encompass PTFE, Polycarbonate, Glass polyester, epoxies, and cyanate ester. This study focuses on the utilization of PTFE and Polycarbonate with an operating frequency of 1.789 GHz, employing a radome to encapsulate a patch antenna. The antenna is positioned atop a dielectric base, and in a vacuum, the ground plane and antenna are regarded as ideal electric conductors. The research conducts a comparative analysis based on factors such as distribution of electric potential along with far-field radiation. Furthermore, this research opens avenues for exploring advanced materials in the realm of radome fabrication.
This book and software package provides the analytical tools needed to evaluate and predict the effects of a radome on an enclosed antenna. It features an overview of radome wall concepts and materials, and presents ray trace approaches to achieve solution using a PC. The interactive software allows the user to compute antenna patterns and boresight error of gimbaled radar antennas an a multilayer radome. System requirements: IBM-compatible 386 or higher (Pentium recommended) with a maths coprocessor; 4MB RAM; Epson-compatible printer to output data.
A Broad-angle Radome Employing Reactive Walls.
Alden Gordon Finley
Hassell Street Press
2021
nidottu
Analysis of Radome Enclosed Antennas, Second Edition
Dennis Kozakoff
Artech House Publishers
2009
sidottu
A radome is a structural, weatherproof enclosure that protects microwave and radar antenna from ice, freezing rain, wind, and debris. This new, updated edition to an Artech House classic provides a current, comprehensive overview of the design and analysis of radomes. The second edition includes a wealth of new material, including three new chapters on radome measurement techniques, environmental effects on radomes, and new radome technology. This unique book helps professionals to design radomes for top performance, understand the effect a radome has on a particular antenna's operation, and become knowledgeable about how to specify acceptable radome equipment. Over 130 illustrations and more than 250 equations support key topics throughout the book. A CD-ROM is included in this title! This title also includes powerful codes and highly useful tools that help professionals estimate the electrical performance degradation that may occur when an antenna system is enclosed by a radome. Electrical engineers working in antenna design, telecommunications, and aircraft or missile technologies, as well as graduate students in related courses.
Analyse des matériaux du radôme et de l'antenne patch par la méthode des éléments finis
Siddhan Sivakumar
Editions Notre Savoir
2024
pokkari
Les rad mes ont une double fonction: ils prot gent les antennes et emp chent la reproduction des circuits. Ils jouent galement un r le essentiel dans l'am lioration du gain et de la directivit de l'antenne gr ce des caract ristiques structurelles sp cifiques. Les mat riaux couramment utilis s dans la fabrication des radomes sont le PTFE, le polycarbonate, le polyester de verre, les poxydes et les esters de cyanate. Cette tude se concentre sur l'utilisation du PTFE et du polycarbonate une fr quence de fonctionnement de 1,789 GHz, en utilisant un rad me pour encapsuler une antenne patch. L'antenne est plac e sur une base di lectrique et, dans le vide, le plan de masse et l'antenne sont consid r s comme des conducteurs lectriques id aux. La recherche effectue une analyse comparative bas e sur des facteurs tels que la distribution du potentiel lectrique et le rayonnement en champ lointain. En outre, cette recherche ouvre la voie l'exploration de mat riaux avanc s dans le domaine de la fabrication des radomes.
Análise dos materiais do radome e da antena de palheta através do método dos elementos finitos
Siddhan Sivakumar
Edicoes Nosso Conhecimento
2024
pokkari
Os radomes t m uma dupla fun o, oferecendo prote o s antenas e salvaguardando contra a replica o de circuitos. Tamb m desempenham um papel fundamental no aumento do ganho e da directividade da antena atrav s de caracter sticas estruturais espec ficas. Os materiais habitualmente utilizados no fabrico de radomes s o o PTFE, o policarbonato, o poli ster de vidro, os ep xis e o ster de cianato. Este estudo centra-se na utiliza o de PTFE e policarbonato com uma frequ ncia de funcionamento de 1,789 GHz, empregando um radome para encapsular uma antena patch. A antena posicionada sobre uma base diel ctrica e, no v cuo, o plano de terra e a antena s o considerados condutores el ctricos ideais. A investiga o efectua uma an lise comparativa com base em factores como a distribui o do potencial el trico e a radia o de campo distante. Al m disso, esta investiga o abre caminhos para a explora o de materiais avan ados no dom nio do fabrico de radomes.
Analisi dei materiali del radome e dell'antenna patch tramite il metodo degli elementi finiti
Siddhan Sivakumar
Edizioni Sapienza
2024
pokkari
I radome hanno una duplice funzione: proteggere le antenne e salvaguardare la replica dei circuiti. Inoltre, svolgono un ruolo fondamentale nel migliorare il guadagno e la direttivit dell'antenna grazie a specifiche caratteristiche strutturali. I materiali comunemente utilizzati nella fabbricazione dei radome comprendono PTFE, policarbonato, poliestere di vetro, epossidici e esteri cianici. Questo studio si concentra sull'utilizzo di PTFE e policarbonato con una frequenza operativa di 1,789 GHz, impiegando un radome per incapsulare un'antenna patch. L'antenna posizionata su una base dielettrica e, nel vuoto, il piano di massa e l'antenna sono considerati conduttori elettrici ideali. La ricerca conduce un'analisi comparativa basata su fattori quali la distribuzione del potenziale elettrico e la radiazione in campo lontano. Inoltre, questa ricerca apre la strada all'esplorazione di materiali avanzati nel campo della fabbricazione di radome.
