The Jurisprudence of Mr. Justice Clarke
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Density, Viscosity, Ionic Conductivity, and Self-Diffusion Coefficient Of
A542 Journal of The Electrochemical Society, 165 (3) A542-A546 (2018) Density, Viscosity, Ionic Conductivity, and Self-Diffusion Coefficient of Organic Liquid Electrolytes: Part I. Propylene Carbonate + Li, Na, Mg and Ca Cation Salts Shiro Seki, 1,∗,z Kikuko Hayamizu, 2 Seiji Tsuzuki,3,z Keitaro Takahashi,1 Yuki Ishino,1 Masaki Kato,1 Erika Nozaki,4 Hikari Watanabe,4 and Yasuhiro Umebayashi4 1Department of Environmental Chemistry and Chemical Engineering, School of Advanced Engineering, Kogakuin University, Hachioji-shi, Tokyo 192-0015, Japan 2Institute of Applied Physics, University of Tsukuba, Tsukuba, Ibaraki 305-8573, Japan 3National Institute of Advanced Industrial Science and Technology (AIST), Tsukuba, Ibaraki 305-8568, Japan 4Graduate School of Science and Technology, Niigata University, Nishi-ku, Niigata 950-2181, Japan To investigate physicochemical relationships between ionic radii, valence number and cationic metal species in electrolyte solutions, propylene carbonate with Li[N(SO2CF3)2], Na[N(SO2CF3)2], Mg[N(SO2CF3)2]2 and Ca[N(SO2CF3)2]2 were prepared. The tem- perature dependence of density, viscosity, ionic conductivity (AC impedance method) and self-diffusion coefficient (pulsed-gradient spin-echo nuclear magnetic resonance) was measured. The effects of cationic radii and cation valence number on the fluidity and transport properites (conductivity and self-diffusion coefficient) were analyzed. © The Author(s) 2018. Published by ECS. This is an open access article distributed under the terms of the Creative Commons Attribution 4.0 License (CC BY, http://creativecommons.org/licenses/by/4.0/), which permits unrestricted reuse of the work in any medium, provided the original work is properly cited. -
Basic Aspects of Fluorine in Chemistry and Biology
Introduction: Basic Aspects of Fluorine in Chemistry and Biology COPYRIGHTED MATERIAL 1 Unique Properties of Fluorine and Their Relevance to Medicinal Chemistry and Chemical Biology Takashi Yamazaki , Takeo Taguchi , and Iwao Ojima 1.1 Fluorine - Substituent Effects on the Chemical, Physical and Pharmacological Properties of Biologically Active Compounds The natural abundance of fl uorine as fl uorite, fl uoroapatite, and cryolite is considered to be at the same level as that of nitrogen on the basis of the Clarke number of 0.03. However, only 12 organic compounds possessing this special atom have been found in nature to date (see Figure 1.1) [1] . Moreover, this number goes down to just fi ve different types of com- pounds when taking into account that eight ω - fl uorinated fatty acids are from the same plant [1] . [Note: Although it was claimed that naturally occurring fl uoroacetone was trapped as its 2,4 - dinitrohydrazone, it is very likely that this compound was fl uoroacetal- dehyde derived from fl uoroacetic acid [1] . Thus, fl uoroacetone is not included here.] In spite of such scarcity, enormous numbers of synthetic fl uorine - containing com- pounds have been widely used in a variety of fi elds because the incorporation of fl uorine atom(s) or fl uorinated group(s) often furnishes molecules with quite unique properties that cannot be attained using any other element. Two of the most notable examples in the fi eld of medicinal chemistry are 9α - fl uorohydrocortisone (an anti - infl ammatory drug) [2] and 5 - fl uorouracil (an anticancer drug) [3], discovered and developed in 1950s, in which the introduction of just a single fl uorine atom to the corresponding natural products brought about remarkable pharmacological properties. -
President Roosevelt and the Supreme Court Bill of 1937
President Roosevelt and the Supreme Court bill of 1937 Item Type text; Thesis-Reproduction (electronic) Authors Hoffman, Ralph Nicholas, 1930- Publisher The University of Arizona. Rights Copyright © is held by the author. Digital access to this material is made possible by the University Libraries, University of Arizona. Further transmission, reproduction or presentation (such as public display or performance) of protected items is prohibited except with permission of the author. Download date 26/09/2021 09:02:55 Link to Item http://hdl.handle.net/10150/319079 PRESIDENT ROOSEVELT AND THE SUPREME COURT BILL OF 1937 by Ralph Nicholas Hoffman, Jr. A Thesis submitted to the faculty of the Department of History and Political Science in partial fulfillment of the requirements for the degree of MASTER OF ARTS in the Graduate College, University of Arizona 1954 This thesis has been submitted in partial fulfillment of requirements for an advanced degree at the University of Arizona and is deposited in the Library to be made avail able to borrowers under rules of the Library. Brief quotations from this thesis are allowable without spec ial permission, provided that accurate acknowledgment of source is made. Requests for permission for extended quotation from or reproduction of this manuscript in whole or in part may be granted by the head of the major department or the dean of the Graduate College when in their judgment the proposed use of the material is in the interests of scholarship. In all other in stances, however, permission must be obtained from the author. SIGNED: TABLE.' OF.GOWTENTS Chapter / . Page Ic PHEYIOUS CHALLENGES TO THE JODlClMXo , V . -
Edward Douglas White: Frame for a Portrait Paul R
Louisiana Law Review Volume 43 | Number 4 Symposium: Maritime Personal Injury March 1983 Edward Douglas White: Frame for a Portrait Paul R. Baier Louisiana State University Law Center Repository Citation Paul R. Baier, Edward Douglas White: Frame for a Portrait, 43 La. L. Rev. (1983) Available at: https://digitalcommons.law.lsu.edu/lalrev/vol43/iss4/8 This Article is brought to you for free and open access by the Law Reviews and Journals at LSU Law Digital Commons. It has been accepted for inclusion in Louisiana Law Review by an authorized editor of LSU Law Digital Commons. For more information, please contact [email protected]. V ( TI DEDICATION OF PORTRAIT EDWARD DOUGLASS WHITE: FRAME FOR A PORTRAIT* Oration at the unveiling of the Rosenthal portrait of E. D. White, before the Louisiana Supreme Court, October 29, 1982. Paul R. Baier** Royal Street fluttered with flags, we are told, when they unveiled the statue of Edward Douglass White, in the heart of old New Orleans, in 1926. Confederate Veterans, still wearing the gray of '61, stood about the scaffolding. Above them rose Mr. Baker's great bronze statue of E. D. White, heroic in size, draped in the national flag. Somewhere in the crowd a band played old Southern airs, soft and sweet in the April sunshine. It was an impressive occasion, reported The Times-Picayune1 notable because so many venerable men and women had gathered to pay tribute to a man whose career brings honor to Louisiana and to the nation. Fifty years separate us from that occasion, sixty from White's death. -
Designing Fine Particles
2014 No. 1 January- February Designing Fine Particles Development and Application of Particle Processing That Enables the Fabrication of New Materials New Year’s Greetings When I was a graduate student in the United States more than will assemble structural-materials researchers specialized in 30 years ago, my thesis advisor said to me, "Is it common that focused research. Similar to the Nano-GREEN/WPI-MANA Japanese people don’t like discussions? Discussion and interac- Building, which was completed two years ago, we have chosen tion are very important not only for research, but also for any- a design that would encourage people to communicate infor- thing that involves creativity. When Einstein was alone, he used mally with each other. Theoretical Research Building at the to have discussions by mumbling to himself." I realized how Namiki site, which was rebuilt to assemble the experts in theory true this is, looking back at my own career as a researcher; I and computational research, is also expected to provide a com- always had good discussion partners. fortable space for daily discussions. In this manner, NIMS is attempting to advance innovation by As the President of NIMS, my goal is to bringing together diverse minds of peo- create an ideal environment for people- ple from a wide range of disciplines and interaction, which I believe is important cultural backgrounds. We strongly en- for innovation. How can we make this courage interaction and discussion happen? There are two essential factors: among them. people and shared space. Furthermore, NIMS promotes research People are the first and most obvious collaboration and actively seeks outside requirement. -
Journal of Supreme Court History
Journal of Supreme Court History THE SUPREME COURT HISTORICAL SOCIETY THURGOOD MARSHALL Associate Justice (1967-1991) Journal of Supreme Court History PUBLICATIONS COMMITTEE E. Barrett Prettyman, Jr. Chairman Donald B. Ayer Louis R. Cohen Charles Cooper Kenneth S. Geller James J. Kilpatrick Melvin I. Urofsky BOARD OF EDITORS Melvin I. Urofsky, Chairman Herman Belz Craig Joyce David O'Brien David J. Bodenhamer Laura Kalman Michael Parrish Kermit Hall Maeva Marcus Philippa Strum MANAGING EDITOR Clare Cushman CONSULTING EDITORS Kathleen Shurtleff Patricia R. Evans James J. Kilpatrick Jennifer M. Lowe David T. Pride Supreme Court Historical Society Board of Trustees Honorary Chairman William H. Rehnquist Honorary Trustees Harry A. Blackmun Lewis F. Powell, Jr. Byron R. White Chairman President DwightD.Opperman Leon Silverman Vice Presidents VincentC. Burke,Jr. Frank C. Jones E. Barrett Prettyman, Jr. Secretary Treasurer Virginia Warren Daly Sheldon S. Cohen Trustees George Adams Frank B. Gilbert Stephen W. Nealon HennanBelz Dorothy Tapper Goldman Gordon O. Pehrson Barbara A. Black John D. Gordan III Leon Polsky Hugo L. Black, J r. William T. Gossett Charles B. Renfrew Vera Brown Geoffrey C. Hazard, Jr. William Bradford Reynolds Wade Burger Judith Richards Hope John R. Risher, Jr. Patricia Dwinnell Butler William E. Jackson Harvey Rishikof Andrew M. Coats Rob M. Jones William P. Rogers William T. Coleman,1r. James 1. Kilpatrick Jonathan C. Rose F. Elwood Davis Peter A. Knowles Jerold S. Solovy George Didden IIJ Harvey C. Koch Kenneth Starr Charlton Dietz Jerome B. Libin Cathleen Douglas Stone John T. Dolan Maureen F. Mahoney Agnes N. Williams James Duff Howard T. -
GEOCHEMICAL MINERALOGY by VLADIMIR IVANOVICH VERNADSKY and the PRESENT TIMES Boris Ye
98 New Data on Minerals. 2013. Vol. 48 GEOCHEMICAL MINERALOGY BY VLADIMIR IVANOVICH VERNADSKY AND THE PRESENT TIMES Boris Ye. Borutzky Fersman Mineralogical museum, RAS, Moscow, [email protected] The world generally believes that “the science of science” about natural matter – mineralogy – became obsolete and was replaced by the new science – geochemistry, by V.I. Vernadsky. This is not true. Geochemistry was and is never separated from mineralogy – its fundament. Geochemistry studies behaviour of chemical elements main- ly within the minerals, which are the basic form of inorganic (lifeless) substance existence on the Earth conditions. It also studies redistribution of chemical elements between co-existing minerals and within the minerals, by vari- able conditions of mineral-forming medium during the mineral-forming processes. On the other hand, owing to V.I. Vernadsky, mineralogy became geochemical mineralogy, as it took in the ideas and methods of chemistry, which enables to determine chemical composition, structure and transformation of minerals during the certain geological processes in the Earth history. 1 photo, 20 references. Keywords: Vladimir Ivanovich Vernadsky, mineralogy, geochemistry, geology, physics of solids, mineral-forming process, paragenesis, history of science. Vladimir Ivanovich Vernadsky’s remark- into several stages. Forming his personality of able personality and his input to the Earth sci- scientist-mineralogist and the main input into ences, first of all, to mineralogy – changing it reformation of Russian mineralogy and creation from the trendy mineral collecting hobby, of mineralogical science in Russia are related observation of mineral beauty, art and culture with the early, “Moscow” stage (1988–1909). areas into the mineralogical science, are not to At that time, on the recommendation of profes- be expressed. -
Master Pages
Master Pages 15 • Be Careful With My Court Legitimacy, Public Opinion, and the Chief Justices SHAWN C. FETTIG AND SARA C. BENESH On June 28, 2012, the Supreme Court announced its decision in National Federation of Independent Business et al. v. Sebelius, Secretary of Health and Human Services et al., upholding the Affordable Care Act by a vote of 5-4. Chief Justice John Roberts read his majority opinion. Almost immediately, political scientists and pundits alike began dissecting the opinion and the reason for Chief Justice Roberts’s vote. Public approval of the Court, as noted by the media, was at its lowest levels ever as the Court prepared to hear the case.1 Many argued that the Court’s legitimacy weighed heavily on Roberts as he considered the case, with CBS News reporting that Roberts, as chief justice, “is keenly aware of his leadership role on the court, and he also is sensitive to how the court is perceived by the public.”2 “To be sure,” wrote New York Times reporter Adam Liptak, “the chief justice considers himself the custodian of the Supreme Court’s prestige, authority, and le- gitimacy, and he is often its voice in major cases.”3 He reprised the role in King v. Burwell, the 6- 3 decision announced almost exactly one year later upholding the subsidies associated with the health care exchanges.4 There, Rosen argued, the chief used the case’s reason to confer legitimacy. Judicial restraint, Rosen suggests, drove the chief’s decision, for “In a polarized age, it is important for the Supreme Court to maintain its institutional legiti- macy by deferring to the political branches.”5 We know that the Court is influenced by public opinion and the Court’s decisions are often in line with it.6 We also know that judicial legitimacy is fairly widespread and relatively stable,7 and that it is drawn from diffuse 374 Ward.indd 374 2/12/2016 2:30:33 PM Master Pages Be Careful With My Court • 375 support, a “reservoir of good will,”8 that is resilient and resistant to signifi- cant fluctuation. -
The Supreme Court Opinion As Institutional Practice: Dissent, Legal Scholarship, and Decisionmaking in the Taft Court
The Supreme Court Opinion as Institutional Practice: Dissent, Legal Scholarship, and Decisionmaking in the Taft Court Robert Postt In 1921, when William Howard Taft became Chief Justice, the Supreme Court did not occupy the serene and imposing marble building that has since become its contemporary icon.1 Its courtroom was instead located in the old Senate Chamber, whose intimate, elegant surroundings echoed with the debates of Webster, Clay, and Calhoun.2 Its administrative staff and offices were scattered haphazardly and inefficiently throughout the Capitol.3 It was Taft who, with great skill and patience, t I am very grateful for the advice and insight of friends and colleagues. I would particularly like to thank Paul Carrington, Jesse Choper, Meir Dan- Cohen, Mel Eisenberg, Dan Farber, Phil Frickey, Barry Friedman, Howard Gillman, Jim Gordley, Morton Horowitz, Laura Kalman, Robert Kagan, Larry Kramer, David Lieberman, Sandy Levinson, David and Miranda McGowan, Paul Mishkin, William Nelson, Judith Resnik, Dan Rubinfeld, Reva Siegel, and Mark Tushnet. I am especially grateful for the stalwart and heroic efforts of Linda Lye, Cathy Shuck, and Sambhav Nott Sankar. Copyright 2001 by Robert Post. Many of the materials cited and quoted herein are archival and on file with the author. The Minnesota Law Review was thus unable to independ- ently verify this authority. Unless otherwise noted, figures are based on the independent research of the author or annual reports of the Attorney General of the United States. 1. Writing in 1984, Margaret P. Lord noted that to the Justices who first moved into the contemporary Supreme Court building in 1935, "the spaces were too huge, the corridors were too long and cold, the rooms too formal." Margaret P. -
Metallurgical Chemistry in My Lifethis Paper Was Presented at the Spring
Materials Transactions, Vol. 45, No. 8 (2004) pp. 2489 to 2495 #2004 The Japan Institute of Metals OVERVIEW Metallurgical Chemistry in My Life* Noboru Masuko Metallurgical chemistry’s principle is that ‘‘the chemical process is governed by chemical potential.’’ Successful chemical process technology follows a route that does not go against the governance of chemical potential. In order to realize the technological objective, raw materials and a reactor are necessary, and after the principle is established, the method is supported by the reactor and advances in the materials that comprise such apparatus. Therefore, the technology is a fusion of material, apparatus, experience, and science, all of which are parts of the foundation of a technological method. The author’s involvement is described as an academician from the postwar recovery to the technological rearmament period. In the postwar recovery period, a systematic point-of-view was introduced to a technological principle using phase diagrams that clarified chemical potential, which was a new concept in the field of thermodynamics. In the technological rearmament period, technological evaluation was conducted from a philosophical standpoint. (Received April 26, 2004; Accepted June 2, 2004) Keywords: chemical potential, reactor, Eh-pH diagram, Eh-pH-pL diagram, potential diagram 1. Introduction 2. Chemical Potential Diagrams Ever since graduation from the university in 1957, I have 2.1 Eh-pH-pL diagram resided at the university and worked on joint research with Gibbs defined the intensive quantity of chemical potential metallurgical chemistry industries. Metallurgical chemistry in 1875. As appreciation increased that the concept of phase is a technology, and it has a principle and a method. -
United States Patent (19) 11) Patent Number: 5,756,056 Kimura Et Al
USO05756056A United States Patent (19) 11) Patent Number: 5,756,056 Kimura et al. 45) Date of Patent: May 26, 1998 54 PROCESS FOR RECOVERING RARE EARTH 4,968.504 11/1990 Rourke ........................................ 423/7 METAL FROM OXDE ORE BY 4,988.487 1/1991 Lai et al. ............................... 423/215 CONCENTRATION AND SEPARATION FOREIGN PATENT DOCUMENTS (75 Inventors: Akira Kimura; Kosuke Murai; 0547 744 6/1993 European Pat. Off.. Hiromasa Yakushiji, all of Hachinohe. 295611 11/1991 Germany .............................. 423/21.1 Japan 2 034 074 471995 Russian Federation . 1715874. 2/1992 U.S.S.R. (73) Assignee: Pacific Metals Co., Ltd., Tokyo, Japan Primary Examiner-Wayne Langel Attorney, Agent, or Firm-Wenderoth, Lind & Ponack (21) Appl. No.: 748,630 57 ABSTRACT 22 Filed: Nov. 13, 1996 A process for recovering scandium economically with high (30) Foreign Application Priority Data efficiency by concentration and separation from an oxide ore containing nickel and a small amount of scandium as well as Nov. 22, 1995 (JP) Japan .............................. 7-326281 a large amount of iron and/or aluminum comprises the steps (51) int. Cl. ..................... C01F 17/00 of acid leaching the oxide ore under a high-temperature. (52) U.S. Cl. ....................... 423/21.1; 423/140; 423/150.1 high-pressure oxidative atmosphere while restraining leach 58) Field of Search ................................. 423/140, 150.1 ing of the iron and/or aluminum, thereby selectively leach 423/21.1 ing substantially all nickel and scandium from the ore. recovering the nickel from the resulting leaching solution as 56 References Cited a precipitated sulfide while not precipitating the scandium as a sulfide but leaving the total amount thereof in the solution. -
Microwave Irradiation Process for Al–Sc Alloy Production
www.nature.com/scientificreports OPEN Microwave Irradiation Process for Al–Sc Alloy Production Satoshi Fujii 1,2*, Eiichi Suzuki1, Naomi Inazu1, Shuntaro Tsubaki 1, Jun Fukushima3, Hirotsugu Takizawa3 & Yuji Wada1 Scandium is being explored as an alloying element for aluminium alloys, which are gaining importance as high-performance lightweight structural alloys in the transportation industry. Sc-rich ScAlN thin flms show strong piezoelectricity and can be fabricated on a hard substrate for use as wideband surface acoustic wave flters in next-generation wireless mobile communication systems. However, the use of ScAlN thin flms in microelectromechanical system devices is limited by the high cost of metallic Sc, which is due to the difculty in smelting of this material. Here, we propose a novel microwave irradiation process for producing Al-Sc alloys, with Mg ions as a reducing agent. Although scandium oxide is thermodynamically stable, intermetallic Al3Sc is obtained in high yield (69.8%) via a low- temperature (660 °C) reduction reaction under microwave irradiation. Optical spectroscopy results and thermodynamic considerations suggest a non-thermal equilibrium reaction with the univalent magnesium ions excited by microwave irradiation. Scandium is the 31st most abundant element in the earth’s crust, with a Clarke number of 22 ppm1. Sc metal was successfully extracted by Fisher et al. in 1937, using an electric feld melting system, and high-purity Sc (99%) was produced in 19652. However, pure Sc has become available only recently, and it is very expensive. Industrial research into Sc commenced with a patent from Alcoa, involving the addition of Sc to an Al alloy3.