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Annual Report Power Breakfasts
2017 Annual Report Power Breakfasts 2017’s Power Breakfast season included a diverse array of leaders from New York City and State, resulting in substantive and timely policy discussions. We welcomed the Governor, the Mayor, the Attorney General, and thought leaders on education, economics and transportation infrastructure. JANUARY 4, 2017 On January 4th, Governor Cuomo invited a panel including Department of Transportation Commissioner, Matthew Driscoll, President of the Metropolitan Transit Authority, Tom Prendergast, and Chairman of the Airport Master Plan Advisory Panel, Daniel Tishman, to present a plan to revamp the terminal, highways, and public transit leading to John F. Kennedy Airport. JANUARY 26, 2017 University Presidents Panel On January 26th leaders of some of New York City’s Universities convened to talk about the role of applied sciences in the future of higher education and how it will be used to cultivate the future work force. The panel was moderated by 1776’s Rachel Haot and included Lee C. Bollinger, President, Columbia University; Andrew Hamilton, President, New York University; Dan Huttenlocher, Dean and Vice Provost, Cornell Tech; Peretz Lavie, President, Technion - Israel Institute of Technology; and James B. Milliken, Chancellor, CUNY. MARCH 15, 2017 Budget Analysis Panel On March 15th, ABNY invited a panel of budget experts to discuss the potential impact of proposed federal policies on the New York City budget and overall economy. The panel was moderated by Maria Doulis, Vice President, Citizens Budget Commission; and the panelists included Dean Fuleihan, Director, Mayor’s Office of Management and Budget; Latonia McKinney, Director, NYC Council Finance Division; Preston Niblack, Deputy Comptroller, Office of City Comptroller; and Kenneth E. -
Record of Discussion of Proposed Study
NRC Publications Archive Archives des publications du CNRC Record of Discussion of Proposed Study on Collection of Water by House Foundation Drainage Tile (With Selected Annotated Bibliography on "Water Collection of Drain Tiles" Compiled by R.T. Sumi and T.H. Birtch, DBR/NRC.) Hansen, A. T. For the publisher’s version, please access the DOI link below./ Pour consulter la version de l’éditeur, utilisez le lien DOI ci-dessous. Publisher’s version / Version de l'éditeur: https://doi.org/10.4224/20338390 Technical Note (National Research Council of Canada. Division of Building Research), 1967-04-01 NRC Publications Record / Notice d'Archives des publications de CNRC: https://nrc-publications.canada.ca/eng/view/object/?id=c18b886a-7d4f-42d2-8fc5-e57091d580d9 https://publications-cnrc.canada.ca/fra/voir/objet/?id=c18b886a-7d4f-42d2-8fc5-e57091d580d9 Access and use of this website and the material on it are subject to the Terms and Conditions set forth at https://nrc-publications.canada.ca/eng/copyright READ THESE TERMS AND CONDITIONS CAREFULLY BEFORE USING THIS WEBSITE. L’accès à ce site Web et l’utilisation de son contenu sont assujettis aux conditions présentées dans le site https://publications-cnrc.canada.ca/fra/droits LISEZ CES CONDITIONS ATTENTIVEMENT AVANT D’UTILISER CE SITE WEB. Questions? Contact the NRC Publications Archive team at [email protected]. If you wish to email the authors directly, please see the first page of the publication for their contact information. Vous avez des questions? Nous pouvons vous aider. Pour communiquer directement avec un auteur, consultez la première page de la revue dans laquelle son article a été publié afin de trouver ses coordonnées. -
Technionews Spring 2012
TECHNiOnews Newsletter of the Canadian Technion Society Spring 2012 Technion is The Past, The Present, And The Future of Israel 1912-2012 Then Now AlbertAlbert EinsteinEinstein waswas thethe firstfirst NobelNobel LaureateLaureate 2B2B atat Technion.Technion. His support meant that inin 2012,2012, TechnionTechnion isis thethe proud home to 3 Nobel Prize winners TECHNIONEWS 2 Message from the Message from the National President National Chair Eddie Pal Doreen Green “The past is in the present, but the future is “If you will it, it is no fairy tale.” in our hands.” Theodore Herzl Dr. Elie Wiesel ow many times have we heard that we should be t might seem strange that I have chosen a message about planning for tomorrow? Well at the Canadian Technion the past when Eddie has chosen one about the future. But Society, we are building the future of CTS by preparing it is not strange at all. It is the past that has given us the Hourselves and our organization for the future. Iopportunity to dream about the future. Generation NEXT is our plan for the future. The initiative On April 11, 1912, a group of about 20 people gathered on the began in Toronto in late 2010 when the first Generation NEXT slope of the Carmel Mountain in Haifa and laid the cornerstone meeting was held. In March 2011, a very successful event “As of the first building that later became the Technion. This year Good as Gold” featuring Seymour Schulich was held in Toronto. marks the culmination of all of Technion’s achievements in the In May 2011, Heenan Blaikie Montreal hosted a Generation NEXT first one hundred years. -
NEWS &Information
NEWS &information IAH - THE WORLD-WIDE GROUNDWATER ORGANISATION Furthering the understanding, wise use and protection of groundwater resources throughout the world MAY 2014 OPEN CHOICE FOR OUR Also in this issue: HYDROGEOLOGY JOURNAL? Congress latest Book releases Income diversi cation Chapter, commission and network news Media focus New members Conference listings Global scientific publishing is evolving fast and we are grateful for our and the usual IAH regular opportunities to discuss this changing world with our journal publisher Springer. Recent conversations suggest that we now need to announcements and consider allowing Open Choice for Hydrogeology Journal. See page 6 updates IAH AND EDUCATION - WORLD WATER DAY HAVE YOUR SAY REPORTS Many of IAH’s core John Chilton activities relate reports from a to educational collaborative development, meeting held including our academic journal, our in London and reflects upon this books series and our congresses. year’s World Water Day theme, IAH has been considering future and how it might concern those in efforts; your opinions will help us groundwater related professions. to prioritise and plan. Page 5 Page 8 INTERNATIONAL Keep up to date: visit our Contact us: email [email protected] ASSOCIATION OF website for the latest news with your news, views http://iah.org or questions HYDROGEOLOGISTS MAY 2014 1 Forthcoming in the IAH Book Series Selected Papers on Hydrogeology (IAH-SP) Series editor Nick S. Robins, `1. VQCQ$1H:C%`0V75:CC1J$`Q`R5 Fractured Rock Hydrogeology Edited by John M. Sharp, Jr., .VJ10V`1 7Q`V6:5 %J5 .1 0QC%IV RV:C 11 . .V V0QC%QJ 1J .Q%$. -
Reversing Resistance to Antibiotics
TECHNION Israel Institute of Technology Number 1, 2016 www.focus.technion.ac.il REVERSING RESISTANCE TO ANTIBIOTICS Long gone are the bad old days before penicillin when They recently published some fascinating results in Science, people died of infections. Or are they? Nowadays, in January 2016. The researchers review what can be done A CORNERSTONE antibiotic resistance is threating to return us to those dark by using combinations of antibiotics to circumvent bacteria’s times, when the efficacy of the wonder drugs – among evolutionary strategies. Resistance to one drug may cause IN the most important utensils in the medical toolbox – is sensitivity to another, the effectiveness of two drugs can be CHINA compromised by the evolution of the very bacteria they synergized by a resistance mutation, and some negative Technion Launches are designed to combat. drug interactions that they discovered may even select against resistance. Novel Israel’s First Antibiotic treatment has two conflicting effects: the “Our strategies unique drug combinations, University in China desired, immediate effect of inhibiting bacterial of combatting therefore, may provide growth and the undesired, long-term effect of some answers to the quest See story on page 5 promoting the evolution of resistance. resistance must also for successfully overcoming evolve to remain bacterial infections. Prof. Roy Kishony, the Marilyn and Henry Taub one step ahead.” Professor of Life Sciences, recently joined Technion’s The authors further argue for Faculty of Biology from the Department of Systems the need for a new type of Viterbi Vision Biology at Harvard Medical School. His research team, diagnostics that reads the genome of the pathogen and Andrew Viterbi, co-founder of at Technion and Harvard, is studying microbial evolution anticipates its evolutionary potential for resistance thereby Qualcomm and inventor of the Viterbi with a specific focus on antibiotic resistance. -
Dealing with Spatial Heterogeneity
Dealing with spatial heterogeneity Gh. de Marsily · F. Delay · J. Gonalvs · Ph. Renard · V. Teles · S. Violette Abstract Heterogeneity can be dealt with by defining Rsum On peut aborder le problme de l’htrognit homogeneous equivalent properties, known as averaging, en s’efforant de dfinir une permabilit quivalente or by trying to describe the spatial variability of the rock homogne, par prise de moyenne, ou au contraire en d- properties from geologic observations and local mea- crivant la variation dans l’espace des proprits des ro- surements. The techniques available for these descriptions ches à partir des observations gologiques et des mesures are mostly continuous Geostatistical models, or discon- locales. Les techniques disponibles pour une telle des- tinuous facies models such as the Boolean, Indicator or cription sont soit continues, comme l’approche Gosta- Gaussian-Threshold models and the Markov chain model. tistique, soit discontinues, comme les modles de facis, These facies models are better suited to treating issues of Boolens, ou bien par Indicatrices ou Gaussiennes rock strata connectivity, e.g. buried high permeability Seuilles, ou enfin Markoviens. Ces modles de facis channels or low permeability barriers, which greatly af- sont mieux capables de prendre en compte la connectivit fect flow and, above all, transport in aquifers. Genetic des strates gologiques, telles que les chenaux enfouis à models provide new ways to incorporate more geology forte permabilit, ou au contraire les facis fins de bar- into the facies description, an approach that has been well rires de permabilit, qui ont une influence importante developed in the oil industry, but not enough in hydro- sur les coulement, et, plus encore, sur le transport. -
Seawater Intrusion in Coastal Aquifers
Seawater Intrusion in Coastal Aquifers Concepts, Methods and Practices Editors J. Bear A. H.-D. Cheng S. Sorek D. Ouazar I. Herrera Kluwer Academic Publishers 1999 Contents Preface vii List of Contributors ix 1 Introduction 1 1.1 FreshwaterResources.................. 1 1.2 HistoricalDevelopment................. 2 1.3 OrganizationoftheBook............... 5 2 Geophysical Investigations 9 2.1 Introduction....................... 9 2.2 SurfaceGeophysicalMethods............. 13 2.3 BoreholeMethods.................... 42 2.4 IntegratedGeophysicalSurveys............ 47 2.5 Summary........................ 50 3 Geochemical Investigations 51 3.1 Introduction....................... 51 3.2 World-WidePhenomena................ 52 3.3 Chemical Modifications................ 57 3.4 Mixing.......................... 60 3.5 Water-RockInteraction................ 60 3.6 IntrusionofFossilSeawater.............. 68 3.7 Criteria to Distinguish Saltwater Intrusions . 69 4 Exploitation, Restoration and Management 73 4.1 Introduction....................... 73 4.2 Optimal Exploitation of Fresh Groundwater in Coastal AquiferSystems..................... 81 ii Contents 4.3 Measures to Restore Disturbed Fresh Groundwater SystemsinCoastalAquifers..............105 4.4 Groundwater Management . 117 5 Conceptual and Mathematical Modeling 127 5.1 Introduction.......................127 5.2 Three-Dimensional Sharp Interface Model (3DSIM) . 131 5.3 Two-Dimensional Sharp Interface Model (2DSIM) . 145 5.4 TransitionZoneModel(3DTZM)...........151 5.5 Conclusion........................161 -
Technion Nation Technion’S Contribution to Israel and the World
Technion Nation Technion’s Contribution to Israel and the World Technion Nation Technion’s Contribution to Israel and the World By Amnon Frenkel & Shlomo Maital With Ilana DeBare Technion Nation Technion’s Contribution to Israel and the World By Amnon Frenkel and Shlomo Maital With Ilana DeBare © 2012 Technion-Israel Institute of Technology All rights reserved to Technion – Israel Institute of Technology No reproduction, copy or transmissions of this publication may be made without written permission of Technion – Israel Institute of Technology. Cover Design: CastroNawy Pre-press, printing and binding: Keterpress Enterprises, Jerusalem Printed in Israel in 2012 This book is based on “Technion’s Contribution to Israel’s Economy Through its Graduates”, by Amnon Frenkel and Shlomo Maital, published in 2012 by the Samuel Neaman Institute for Advanced Studies in Science and Technology. This book was made possible by the generosity of The Allen A. Stein Family Foundation. We thank the foundation directors, and their representative Eric Stein, whose vision and goals mirror those of the Technion — to benefit Israel and the world through science, technology, and innovation. Science and technology represent our collective tomorrow. And while poor in natural resources, Israel is rich in human resources that have positioned us at the forefront of global advances in the new scientific era through innovation, foresight, creativeness and daring. The seeds planted today will yield the breakthrough discoveries of tomorrow, making the world a better place. It was lucky the Technion was founded prior to the establishment of the State of Israel, helping us prepare for the future. Shimon Peres President of the State of Israel Table of Contents Preface ................................................................................. -
Evaluation of Predictive Subsurface Transport Models – How to Compare?
Geophysical Research Abstracts Vol. 21, EGU2019-17637, 2019 EGU General Assembly 2019 © Author(s) 2019. CC Attribution 4.0 license. Evaluation of Predictive Subsurface Transport Models – How to compare? Alraune Zech (1), Sabine Attinger (2), Alberto Bellin (3), Vladimir Cvetkovic (4), Gedeon Dagan (5), Peter Dietrich (1), Aldo Fiori (6), and Georg Teutsch (1) (1) Utrecht University, Utrecht, Netherlands ([email protected]), (2) Helmholtz Centre for Environmental Research - UFZ, Leipzig, Germany, (3) University of Trento, Trento, Italy, (4) Royal Institute of Technology, Stockholm, Sweden, (5) Tel Aviv University, Tel Aviv, Israel, (6) University Rome Three, Rome, Italy Subsurface transport models are valuable tools to predict the behavior of solutes in groundwater, e.g. after a spill event or of controlled tracer experiments. Solute movement does not only depend on the mean flow velocity, but its spreading is strongly influenced by the spatially variable distribution of hydraulic conduc- tivity i.e. on heterogeneity. The prevailing lack of transport data at the given site usually prevents model calibration. Thus, there is a need for predictive models based on knowledge of the subsurface structure. A multitude of aquifer heterogeneity conceptualizations exist, from deterministic hydraulic conductivity structures to stochastic and geostatistical approaches such as Multi-Gaussian or multi-indicator models. These concepts have been applied to model tracer distribution patterns of controlled field-scale transport experiments at a few sites. One of -
Report of the President
Report of the President Professor Peretz Lavie June 2011 Technion – Israel Institute of Technology Table of Contents In Memoriam 1 From the President 3 Ingredients of Success 3 Enhancing our Excellence 4 Our Top Asset – Our Alumni 5 The Challenges Ahead 5 Global Perspective 6 Interdisciplinary Inroads 6 Further Challenges 7 Government Involvement 8 Israel's Economy in 2010 11 The Technion Management Team 13 Academic Affairs 14 New York City Project 14 Natural Gas and Petroleum Engineering 14 Schools and Academic Departments 15 Distance Learning 15 Mathematics Courses 16 Humanities and Social Science Studies 16 New First-Year Workshops in Physics and Chemistry 17 International Review Committees 17 Faculty Recruitment 18 The Technion Center for International Academic Relations (CIAR) 23 Budget & Finance 25 The Operating Budget 25 The 2009/10 Budget Year 26 The 201/11 Budget Year 26 Development Projects 27 Investments 27 Pension Payments and a New Pension Plan 27 Human Resources 28 Marketing Unit 28 Safety Unit 29 Computing and Information Systems 30 Green Campus 31 Other Issues 32 Physical Development 33 Projects Completed in 2010 33 Projects under Construction 34 Projects in the Planning Stage 35 Undergraduate Studies 36 Student Numbers 36 Recruiting New Students 37 Improving the Quality of Teaching and Learning 38 The Irwin and Joan Jacobs Graduate School 41 Faculty in Focus – Biotechnology & Food Engineering 44 The Faculty 44 Research 44 Research Funding 45 Future Plans 46 The Center for Pre-University Education 48 Special Projects 48 -
Lagrangian Analysis of Transport in Heterogeneous Formations Under
WATER RESOURCES RESEARCH, VOL. 32, NO. 4, PAGES 891-899, APRIL 1996 Lagrangian analysis of transport in heterogeneousformations under transient flow conditions Gedeon Dagan Faculty of Engineering,Tel Aviv University,Tel Aviv, Israel Alberto Bellin Dipartamento di IngegneriaCivile ed Ambientale, Universita di Trento, Trent, Italy Yoram Rubin Department of Civil Engineering,University of California, Berkeley Abstract. The coupledeffects of porousmedia heterogeneityand flow unsteadinesson transportare investigated.We addressthe problemusing a stochastic-Lagrangian approach.The log condictivityis modeled as a spacerandom function;however, the flow unsteadinessis consideredas deterministic,and it affectsthe magnitudeand directionof the mean head gradient.Using a first-ordersolution in terms of the log conductivity variance,we developeda three-dimensionalsolution that includesthe velocitycovariances, the macrodispersioncoefficients, and the displacementtensor, all as a function of the media heterogeneityand the unsteadymean flow parameters.The model is appliedto the caseof a periodicvariation in the flow direction.We showthat the effectsof unsteadiness on the longitudinalspread are insignificant,while it affectsstrongly the transversespread, in the form of an addedconstant dispersivity. Results obtained in previousstudies are discussedand are shownto be particular casesof the presentresults. 1. Introduction and Brief Discussion of and Zhang [1990] and of Zhang and Neuman [1990], who Previous Work obtained a quasi-linearapproximation of the -
Analytical Modeling of Flow and Transport in Highly
Universita` degli Studi di Roma Tre Faculty of Engineering Dipartimento di Scienze dell’Ingegneria Civile - DSIC Scuola Dottorale in Scienze dell’Ingegneria Civile PhD Thesis Analytical modeling of flow and transport in highly heterogeneous anisotropic porous formations Candidate: Supervisor: Antonio Zarlenga Prof. Aldo Fiori Coordinator: Prof. Leopoldo Franco Ciclo Dottorale XXIV . i . Collana delle tesi di Dottorato di Ricerca In Scienze dell'Ingegneria Civile Universit`adegli Studi Roma Tre Tesi n◦ 35 ii . iii Acknowledgements I'm really grateful to Prof. Aldo Fiori, working with him is an amazing ex- perience. I thank Prof. Igor Jankovi´c and Prof. Gedeon Dagan for their significant contribute to this work. I want to thank Prof. Guido Calenda, Prof. Elena Volpi, and Prof. Corrado Mancini who supproted me in this work. I'm really grateful to Elisa and to my friends, Claudia, Francesca, Alessandro, Federico, Michele, Pietro and the other people with whom I spent my life. I thank my Parents and my Family. iv . v Sommario Il flusso e il trasporto in formazioni porose tridimensionali, eterogenee e anisotrope sono studiati mediante lo sviluppo di modelli analitici. Lo scopo del lavoro `el'estensione a formazioni anisotrope del modello Auto-Coerente precedentemente sviluppato per mezzi isotropi (Dagan et al., 2003; Fiori et al., 2003; Fiori et al. 2006). L'approccio Euleriano e Lagrangiano sono utiliz- zati per lo studio delle propriet`a,rispettivamente, del flusso e del trasporto di un soluto inerte. I risultati del modello Auto-Coerente (SC) sono stati comparati con quelli ottenuti attraverso il modello al primo ordine (FO) e con accurate simulazioni numeriche (NS).