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Nr. Crt. Denumire Judet Localitate Adresa 1 PENSIUNE TURISTIA FILONUL DE AUR Alba Abrud Str. BLAGA LUCIAN 5, 515100 2 PENSIUNE TURISTICA CONFORT Alba Abrud Str
Lista unitati afiliate: Ticket Vacanta Card Nr. Crt. Denumire Judet Localitate Adresa 1 PENSIUNE TURISTIA FILONUL DE AUR Alba Abrud Str. BLAGA LUCIAN 5, 515100 2 PENSIUNE TURISTICA CONFORT Alba Abrud Str. TRAIAN 2 , 515100 3 PAUL TOUR AGENTIE DE TURISM Alba Aiud Str. Cuza Voda nr.7, 515200 4 ALTIA TRAVEL AGENTIE TURISM Alba Alba Iulia Bd. 1 Decembrie 1918 nr.14, 510207 5 PENSIUNEA AVE, ALBA Alba Alba Iulia Bd. Horea nr.27, 510127 6 ELANA TOUR AGENTIE TURISM Alba Alba Iulia Bd. Revoluţiei 1989 bl.CF 8, ap.2, 510217 7 ARI TOUR AGENTIE DE TURISM Alba Alba Iulia Bd. Revoluţiei 1989 bl.3AB, Parter, Ap.81/C/3, 510073 8 APULUM TRAVEL AGENTIE DE TURISM Alba Alba Iulia Bd. Revoluţiei 1989 bl.A7, ap.20 B, 510039 9 COLIBRI TOUR AGENTIA DE TURISM 2 Alba Alba Iulia Bd. Revoluţiei 1989 CF 11, 510077 10 EXIMTUR AGENTIE DE TURISM ALBA IULIA Alba Alba Iulia Bd. Revoluţiei 1989 nr.14, Bl.B4, ap.44, 510077 11 AGENTIA DE TURISM SIND ROMANIA - ALBA Alba Alba Iulia Piata Eroilor nr.11 12 P45 - ALBA IULIA Alba Alba Iulia Piaţa Maniu Iuliu NR P1, 510094 13 HOTEL RESTAURANT TRANSILVANIA Alba Alba Iulia Piaţa Maniu Iuliu nr.11, 510094 14 PARALELA 45 AGENTIE ALBA Alba Alba Iulia Piaţa Maniu Iuliu Piata Iuliu Maniu, Bl. P1, Parter; 000 15 PRESTIGE CAMERE DE INCHIRIAT Alba Alba Iulia Str. Alecsandri Vasile nr.60, 510165 16 CASA BINU Alba Alba Iulia Str. Arieşului NR .17 , 510178 17 PENSIUNEA CASA TRAIANA Alba Alba Iulia Str. Arieşului NR.49 A, 510178 18 PENISUNEA MA PENSIUNE TURISTICA Alba Alba Iulia Str. -
Layout Draft 1
BBS- 25 Clamp ferrule Clamp ferrules, clamps and gaskets - acc. DIN 32676 • According to standard norms and dimensions • All medium contact materials traceable, • Component of the BBS modular system Type BBS- 25 can be combined with… Type 2103 Type 2034 Type 2100 Type 2300 Type 8098 Typ Typ Typ Typ Typ The BBS- 25 Clamp ferrules, gaskets and Technical data clamps are compatible with all standard Available standard sizes ISO DN08 to DN100 market equipment. DIN DN08 to DIN100 BS-OD DN1/4" to DN4" For increased process security we recom- Material medium contact Stainless steel 1.4435 BN2 (316L) mend that you look at data sheets BBS-03 / Special materials on request BBS-05 / BBS-06. Material medium separated 1.4305 or equivalent Seals EPDM, FEP, special sealing materials on request Surface quality Medium contacted surface < Ra 0.8 μm, electro polished, finer surface on request Ambient temperature - 20 to + 80 °C Media Gases or liquids Operating pressure ISO DN08 to DN32 = 25 bar ISO DN40 to DN65 = 16 bar ISO DN80 to DN100 = 10 bar DIN DN08 to DN40 = 25 bar DIN DN50 to DN65 = 16 bar DIN DN80 to DN100 = 10 bar BS-OD DN1/4" to DN1½" = 25 bar BS-OD DN2" to DN3" = 16 bar BS-OD DN4" = 10 bar Applicable standards Acc. to DIN 32676 ISO dimensions series B DIN dimensions series A BS-OD dimensions series C (ASME BPE 2009) Certifications Material 3.1 FDA for all specified seal materials USP Class VI for EPDM, PTFE and FEP www.burkert.com 1/15 BBS- 25 Clamp ferrule Dimensions [mm] Clamp ferrule L Orifice D Da Di L Article no. -
RT520 LID Board
130 Broadband Seismic Recorder RT520 Board Lid Interconnect -B01 130-01/-02 Refraction Technology™ RT520 Lid Interconnect 130-RT520-D 6/23/04 Refraction Technology, Inc. 2626 Lombardy Lane, Suite 105 Dallas, Texas 75220 USA Telephone: (214) 353-0609 FAX: (214) 353-9659 EMAIL: [email protected] FTP: ftp.reftek.com WWW: http://reftek.com This document is located at:m:\130\boards\RT520D\docs\RT520D.book Copyright 2004 Refraction Technology, Inc. All rights reserved. Printed in USA ii RT520 Lid Interconnect 130-RT520-D REF TEK Update Notification You can receive E-mail notification of updates by subscribing to one of the REF TEK 130 notification lists. To subscribe: 1 Send an E-mail to [email protected] with one of the following in the body of the message: “subscribe <listname> <your name> where <list name> is one of the entries in the following table and <your name> is replaced by your name. 2 For the REF TEK 130 Strong Motion (130-SM) product use rt_130_sm. DAS <listname> example 130 rt_130 subscribe rt_130 tom smith 130_ANSS rt_130_anss subscribe rt_130_anss john doe 130_SM rt_130_sm subscribe rt_130_sm mike smith 3 Your E-mail address is automatically extracted from the header of the E-Mail you send. To obtain updates for REF TEK software, firmware, and documents: [1] Login to our FTP site at: ftp.reftek.com\pub [2] User name: Anonymous [3] Password: Your E-mail Address Revision History: Rev Date Reason for change Affected Pages 0.1 7/05/03 Initial release All C 8/13/03 Created separate RT520C book with three B0 All versions (-B01, -B02, -B03) D 9/19/03 Improved filtering for all B0 versions All RT520 Lid Interconnect 130-RT520-D iii Notation Conventions The following notation conventions are used throughout Ref Tek documentation: Notation Description ASCII Indicates the entry conforms to the American Standard Code for Information Interchange definition of character (text) information. -
Dn10, a New Gene Conferring Resistance to Russian Wheat Aphid Biotype 2 in Iranian Wheat Landrace PI 682675
Published March 15, 2018 RESEARCH Dn10, a New Gene Conferring Resistance to Russian Wheat Aphid Biotype 2 in Iranian Wheat Landrace PI 682675 Genqiao Li, Xiangyang Xu,* Brett F. Carver, Peiguo Guo, and Gary Puterka G. Li, X. Xu, and G. Puterka, Wheat, Peanut and Other Field Crops ABSTRACT Research Unit, USDA-ARS, Stillwater, OK 74075; B.F. Carver, Plant R ussian wheat aphid [RWA, Diuraphis noxia and Soil Sciences Dep., Oklahoma State Univ., Stillwater, OK 74078; (Mordvilko)] is a serious pest of wheat (Triticum P. Guo, International Crop Research Center for Stress Resistance, aestivum L.) and barley (Hordeum vulgare L.) College of Life Sciences, Guangzhou Univ., Guangzhou 510006, China. that causes heavy yield losses in many coun- Received 31 Oct. 2017. Accepted 18 Dec. 2017. *Corresponding author tries, and RWA biotype 2 (RWA2) is virulent to ([email protected]). Assigned to Associate Editor Eric Olson. most RWA resistance genes. The objective of Abbreviations: PCR, polymerase chain reaction; RWA, Russian this study was to characterize a gene for resis- wheat aphid; SSR, simple sequence repeat. tance to RWA2 in Iranian landrace PI 682675, a single-plant selection from PI 624151. F2:3 and F3:4 families derived from cross PI 682675 ´ ussian wheat aphid [RWA, Diuraphis noxia (Mordvilko)], Zhengyou 6 were used to map the resistance Ra serious pest of wheat (Triticum aestivum L.) and barley gene. PI 682675 carries a dominant resistance (Hordeum vulgare L.), is indigenous to southern Russia, Iran, gene, Dn10, flanked by simple sequence repeat Afghanistan, and countries around the Mediterranean Sea (Hewitt markers Xgwm437 and Xwmc488 on chromo- et al., 1984). -
Analiza Socio-Economică a Regiunii Centru
Planul de Dezvoltare a Regiunii Centru 2014 - 2020 Analiza socio-economică a Regiunii Centru Agenția pentru Dezvoltare Regională Centru 2014 2 Cuprins Analiza socioeconomica 1.Localizare geografică ............................................................................................................................... 5 2. Cadrul natural ........................................................................................................................................ 6 2.1. Particularitățile fizico-geografice ale Regiunii Centru ..................................................................... 6 3. Structura sistemului de așezări ............................................................................................................ 21 3.1. Tipurile de așezări ......................................................................................................................... 23 3.2. Gradul de polarizare a principalelor localități și dezvoltarea policentrică ................................... 26 3.3. Zone metropolitane ...................................................................................................................... 29 4. Structura socio-demografică a populației ............................................................................................ 32 4.1. Evoluția principalilor indicatori demografici ................................................................................. 32 4.2. Indicatorii mișcării naturale a populației ..................................................................................... -
Product Range ARCA Regler Gmbh
Product Range ARCA Regler GmbH Valves Production Application area Design Series Nominal diameter line Nominal pressure Temperature DN15 - DN100 PN10 - PN40 -196°C…530°C ECOTROL® 8C 2-way DN1/2" - DN4" ANSI150 – ANSI300 -196°C…530°C valves DN150 - DN600 PN10 - PN40 -196°C…530°C ECOTROL® 6N single DN6" - DN24" ANSI150 – ANSI300 -196°C…530°C seated DN15 - DN250 PN63 - PN250 -196°C…530°C ECOTROL® 6H DN1" - DN10" ANSI600 – ANSI2500 -196°C…530°C 2- way 250 DN50 - DN350 PN10 - PN40 -10°C…530°C valves double- 280 DN40 - DN300 PN63 - PN160 -10°C…530°C seated Control 3- way 200 DN25 - DN500 PN10 - PN40 -10°C…400°C Valves valves 220 DN40 - DN300 PN63 - PN160 -10°C…530°C 340 DN15 - DN200 PN10 - PN40 -10°C...400°C Angle DN15 - DN100 PN63 - PN160 -10°C…530°C type 350 valves DN100/150 - DN150/300 PN63 - PN250 -10°C…600°C 380 DN25 - DN65/80 PN400 -10°C…600°C BIOVENT® 391-BO DN15 - DN150 PN10 - PN25 -30°C…135°C BIOVENT® 391-BM Hygienic BIOVENT® 391-M-WM valves DN15 - DN150 PN10 - PN25 -30°C…135°C BIOVENT® 391-T-WM BIOVENT® 391-L DN15 - DN150 PN10 - PN25 -30°C…135°C DN50 - DN600 PN16 - PN250 up to 450°C 510 Globe DN2" - DN24" ANSI150 -ANSI1500 up to 450°C type DN50 - DN600 PN16 - PN250 up to 450°C 520 DN2" - DN24" ANSI150 -ANSI1500 up to 450°C DN80 - DN200 PN16 -PN250 up to 450°C 550 DN3" - DN8" ANSI150 - ANSI1500 up to 450°C Steam DN80 - DN200 PN16 -PN250 up to 600°C conditioning 560 valves DN3" - DN8" ANSI150 - ANSI1500 up to 530°C Angle DN25 - DN250 PN16 - PN400 up to 450°C 570 type DN1" - DN10" ANSI150 - ANSI2500 up to 450°C DN25 - DN250 PN16 - PN400 up to 620°C 580 DN1" - DN10" ANSI150 - ANSI2500 up to 620°C DN25 – DN100 PN16 - PN400 up to 620°C 590 DN1" – DN4" ANSI150 - ANSI2500 up to 620°C ARCA Regler GmbH • Kempener Strasse 18 • D-47918 Tönisvorst • Tel.: +49-(0)2156-7709-0 • Fax: +49-(0)2156 -7709-55 • E-Mail: [email protected] • Web: www.arca-valve.com Product Range / Issue: 08/2009 / Rev. -
Arrangement Transalpina - Example Concrete Implementation of an Integrated System of Supply to Improve the Image Oltenia Tourism
Annals of the „Constantin Brâncuşi” University of Târgu Jiu, Economy Series, Issue 1/2012 ARRANGEMENT TRANSALPINA - EXAMPLE CONCRETE IMPLEMENTATION OF AN INTEGRATED SYSTEM OF SUPPLY TO IMPROVE THE IMAGE OLTENIA TOURISM Enea Constanta Associate Professor Ph.D, “Constantin Brancusi” University of Targu-Jiu, Faculty of Economics and Business Administration Enea Constantin Associate Professor Ph.D, “Constantin Brancusi” University of Targu-Jiu, Faculty of Low Abstract: With EU accession, Romania will follow the development of convergence with EU policies both in real terms and as absolute values. The process of reducing disparities in Romania is maintaining sustained growth rates during 2007 - 2013, keeping at the same time, macroeconomic equilibrium levels more stable. The determining factor for economic growth, on the open market a competitor, is to increase economic competitiveness. In addition, exploitation of competitive advantages must be a permanent objective, taking into account both European trends, and the challenges of globalization. Therefore, increasing competitiveness should not be viewed as a process of exploitation of short-term advantages (eg low cost of labor), but as a process of building an economic structure based on capital investment and research processes, development and innovation. In other words, articulating a vision of convergence on medium and long term need to consider developing a knowledge-based economy. Although substantial progress in recent years, Romania has serious gaps in competitiveness in relation to the Western and Central Europe. The reasons for this sluggishness can be found in all the elements that determine the competitive ability. All are translated, ultimately, in a low productivity, which defines competitiveness problem in Romania. -
Sustainable Landscape Planning to Mitigate Wildlife–Vehicle Collisions
land Article Sustainable Landscape Planning to Mitigate Wildlife–Vehicle Collisions Ancuta Fedorca 1,2,† , Mihai Fedorca 1,2,†, Ovidiu Ionescu 1,2, Ramon Jurj 1, Georgeta Ionescu 1 and Marius Popa 1,2,* 1 Wildlife Department, National Institute for Research and Development in Forestry Marin Dracea, 077190 Voluntari, Romania; [email protected] (A.F.); [email protected] (M.F.); [email protected] (O.I.); [email protected] (R.J.); [email protected] (G.I.) 2 Silviculture Department, Faculty of Silviculture and Forest Engineering, Transilvania University of Bras, ov, 500036 Bras, ov, Romania * Correspondence: [email protected]; Tel.: +40-742-120-175 † Ancuta Fedorca and Mihai Fedorca are equally contributing authors. Abstract: Road development, traffic intensification, and collisions with wildlife represent a danger both for road safety and species conservation. For planners, deciding which mitigation methods to apply is often problematic. Through a kernel density estimate, we analyzed 715 crossing locations and wildlife–vehicle collisions (WVCs) involving brown bears, lynx, wolf, red deer, roe deer, and wild boar in the Southeastern Carpathian Mountains. We identified 25 WVC hotspots, of which eight require urgent mitigation of existing infrastructure. Moreover, many of these hotspots are in Natura 2000 sites, along road sections where vegetation is in close proximity, animal movement is the highest, and driver visibility is low. Our study is the first in Romania to recommend practical solutions to remediate WVC hotspots and benefit sustainable landscape management. Citation: Fedorca, A.; Fedorca, M.; Ionescu, O.; Jurj, R.; Ionescu, G.; Popa, Keywords: traffic; wildlife–vehicle collisions; infrastructure; safety M. Sustainable Landscape Planning to Mitigate Wildlife–Vehicle Collisions. -
Annals of UPET
Annals of the University of Petroşani, Mining Engineering, 19 (2018) 1 ISSN 1454-9174 ANNALS OF THE UNIVERSITY OF PETROSANI MINING ENGINEERING vol. 19 (XLVI) UNIVERSITAS PUBLISHING HOUSE Petroşani – ROMÂNIA, 2018 2 Annals of the University of Petroşani, Mining Engineering, 19 (2018) ISSN 1454-9174 EDITOR OF PUBLICATION Prof. PhD.eng. Ioan-Lucian BOLUNDUȚ a ADVISORY AND EDITORIAL BOARD OF MINING ENGINEERING ISSUES ADVISORY BOARD Prof. PhD. Eng. Zacharis AGIOTANTIS Technical University of Crete - Greece PhD. Habil Eng. Marwan AL HEIB Ecole des Mines de Nancy, INERIS, France PhD. Eng. Horea BENDEA Politechnico di Torino, Italy Prof. PhD. Eng. Raimondo CICCU University of Cagliari, Italy Prof. PhD. Eng. Carsten DREBENSTEDT Technische Universitat Bergakademie Freiberg – Germany PhD. Eng. Edmond GOSKOLLI National Agency of Natural Resources, Albania Prof. PhD. Eng. Victor HARCENKO Moscow State Mining University Russia Assoc. Prof.PhD. Eng. Ventzislav IVANOV University of Mining and Geology – Sofia - Bulgaria Assoc. Prof. PhD. Eng. Charles KOCSIS University of Nevada, Reno, U.S.A Prof. PhD. Eng. Andrei KORCEAK Moscow State Mining University Russia Prof. PhD. Eng. Gheorghe MORARU Technical University of Moldova – Chişinău, Moldova Prof. PhD. Eng. Roland MORARU University of Petroşani Prof. Ph.D. Eng.Jan PALARSKI Silezian University of Technology, Gliwice, Poland PhD.Eng. Raj SINGHAL Int. Journal of Mining, Reclamation and Environment - Canada Prof. PhD. Eng. Ingo VALMA Tallin University of Technology – Estonia Prof. PhD. Eng. Işik YILMAZ Cumhuriyet University – Istambul, Turcia EDITORIAL BOARD Editor-in-chief: Prof. PhD. Eng. Ilie ONICA University of Petroşani Deputy Lecturer PhD. Eng. Dacian-Paul MARIAN University of Petroşani editors: Assoc. Prof. PhD. -
EU Grant Agreement Number: 290529
This project is co-funded by the Seventh Framework Programme for Research and Technological Development of the European Union EU Grant Agreement number: 290529 Project acronym: ANTICORRP Project title: Anti-Corruption Policies Revisited Work Package: WP8 Corruption, assistance and development Title of deliverable: D8.1.5 Romanian public procurement in the construction sector. Corruption risks and particularistic links Due date of deliverable: 28 February 2015 Actual submission date: 30 March 2015 Editor: Alina Mungiu-Pippidi Authors: Mădălina Doroftei, Valentina Dimulescu Romanian Academic Society Project co-funded by the European Commission within the Seventh Framework Programme Dissemination Level PU Public X PP Restricted to other programme participants (including the Commission Services) RE Restricted to a group specified by the consortium (including the Commission Services) Co Confidential, only for members of the consortium (including the Commission Services) The information and views set out in this publication are those of the author(s) only and do not reflect any collective opinion of the ANTICORRP consortium, nor do they reflect the official opinion of the European Commission. Neither the European Commission nor any person acting on behalf of the European Commission is responsible for the use which might be made of the following information. Romanian public procurement in the construction sector. Corruption risks and particularistic links ABSTRACT Improving infrastructure in Romania has been a significant project in the past 25 years. Unfortunately, although large amounts of public funds were spent in the construction sector from 2007 to 2013 (an average of 6.6% of GDP), the physical results in terms of project quality and completion do not match this investment. -
Anexa La Ordinul Ministrului Transporturilor Nr
Anexa la Ordinul Ministrului Transporturilor nr. 1154/2019 Sectoarele de drumuri principale din administrarea CNAIR SA pentru care au fost intocmite harti strategice de zgomot in anul 2017 si datele privind expunerea la zgomotul generat de traficul rutier pe aceste sectoare Limite sector(km) Limite sector (STEREO70) Estimare numar persoane expuse Indicativ Lungime Nr. Crt de la la Limite sector drum sector Lzsn(dB) Ln (dB) de la la Xstart Ystart Xend Yend 55-60 60-65 65-70 70-75 >75 45-50 50 - 55 55 - 60 60 - 65 65 - 70 > 70 1 A1 10.600 30.510 577564.1443 326692.6011 558416.5221 329429.8287 19.910 580 489 254 249 144 753 507 359 198 196 43 M.Bucuresti - DJ401A 2 A1 30.510 49.208 558416.5221 329429.8287 542229.5877 337267.9619 18.698 159 85 31 9 0 188 119 40 18 5 0 DJ401A - DJ711A 3 A1 49.208 70.460 542229.5877 337267.9619 526962.8947 350829.8984 21.252 68 43 46 48 8 103 23 60 49 18 0 DJ711A - DN61 4 A1 70.460 94.393 526962.8947 350829.8984 506579.5499 361785.1586 23.933 89 42 33 27 2 112 60 39 19 15 0 DN61 - DJ703B 5 A1 94.393 106.500 506579.5499 361785.1586 496677.6883 367981.2796 12.107 141 72 54 10 0 144 101 62 26 0 0 DJ703B - DN65B 6 A1 106.500 120.100 496677.6883 367981.2796 487285.4852 377468.0906 13.600 1278 371 98 20 4 2362 488 191 35 5 0 A1 - DN7 7 A1 237.432 254.240 437958.4521 472395.1111 427976.6921 480103.6184 16.808 728 165 13 0 0 1197 261 65 0 0 0 DN14 - DN7H (DJ106B) 8 A1 254.240 270.345 427976.6921 480103.6184 414523.3048 479569.1638 16.105 64 14 13 0 0 85 28 16 2 0 0 DN7H (DJ106B) - DN1 9 A1 292.455 303.600 400937.6833 491830.5315 391041.4987 494901.1517 11.145 12 5 0 0 0 19 7 1 0 0 0 N. -
Guvernul României
GUVERNUL ROMÂNIEI HOTǍRÂRE pentru modificarea şi completarea Hotǎrârii Guvernului nr. 321/2005 privind evaluarea şi gestionarea zgomotului ambiant, republicată În temeiul art. 108 din Constituţia României, republicată, Guvernul României adoptă prezenta hotărâre. Articolul I – Hotărârea Guvernului nr. 321/2005 privind evaluarea şi gestionarea zgomotului ambiant, republicată în Monitorul Oficial al României, Partea I, nr. 19 din 10 ianuarie 2008, se modifică şi se completează după cum urmează: 1. La articolul 1, partea introductivă a alineatului (1) se modifică şi va avea următorul cuprins: “(1)Prezenta hotărâre abordează unitar la nivel naţional, evitarea, prevenirea sau reducerea efectelor dăunătoare, inclusiv a disconfortului, provocate de expunerea populaţiei la zgomotul ambiant, prin implementarea progresivă a următoarelor măsuri:” 2. La articolul 4, alineatul (1) se modifică şi va avea următorul cuprins: “(1) Autorităţile administraţiei publice locale realizează cartarea zgomotului şi elaborează hărţile strategice de zgomot şi planurile de acţiune potrivit prevederilor prezentei hotărâri, pentru aglomerările, drumurile judeţene şi aeroporturile aflate în administrarea lor, cu respectarea termenelor prevăzute la alin. (7) şi (8) şi implementează măsurile de reducere şi gestionare a zgomotului cu respectarea termenelor care se menţionează în acest sens în planurile de acţiune. 3. La articolul 4, alineatul (5) şi alineatul (6) se modifică şi vor avea următorul cuprins: “(5) Toate autorităţile administraţiei publice şi toţi operatorii