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U DDPA Papers of the Palmes Family of Naburn 13Th Cent
Hull History Centre: Papers of the Palmes Family of Naburn U DDPA Papers of the Palmes Family of Naburn 13th cent. - 1906 Biographical Background: The Palmes family traced its pedigree back to Manfred Palmes who was living in 1140 and had lands in Taunton, Somerset. It is a family unique in being able to trace an unbroken inheritance from son to son from the twelfth century to 1974, with only one exception in the eighteenth century. In 1226 lands at Naburn in East Yorkshire were assigned to William Palmes by Richard de Watervill, the brother of Maud de Watervill, William Palmes's wife. The demesne lordship of Naburn then descended in the Palmes family to the twentieth century (Baines, Old Naburn, p. 45; Allison, History of York East Riding, iii, p. 77; Foster, Pedigrees, iii). Naburn is about three miles south of York and the Palmes family built a manor house on the east bank of the River Ouse. The house was first mentioned in 1345 and had eight hearths in 1672. A drawing of circa 1720 indicates a two storey house, three bays in length with attic windows in high gables. In other words, the family was comfortably-wealthy, although it was not until the early sixteenth century that any of the male members of the family held public office. William Palmes, who was living in the middle of the fifteenth century, married Ellen Rocliffe, whose father was one of the barons of the exchequer. She provided him with three male heirs and a daughter before taking the veil during his lifetime, in 1479. -
Pot Lid Out, Wally Bird in Owners Epiris in 2016
To print, your print settings should be ‘fit to page size’ or ‘fit to printable area’ or similar. Problems? See our guide: https://atg.news/2zaGmwp 7 1 -2 0 2 1 9 1 ISSUE 2507 | antiquestradegazette.com | 4 September 2021 | UK £4.99 | USA $7.95 | Europe €5.50 S E E R 50years D koopman rare art V A I R N T antiques trade G T H E KOOPMAN (see Client Templates for issue versions) THE ART M ARKET WEEKLY 12 Dover Street, W1S 4LL [email protected] | www.koopman.art | +44 (0)20 7242 7624 Robert Brooks: the boss who built the Bonhams brand by Alex Capon in 2010. He always looked up to his father, naming the new lecture theatre at Bonhams Former chairman of New Bond Street in his honour Bonhams Robert Brooks in 2005. has died aged 64 after a He opposed guarantees Among the highlights two-year battle with (although did occasionally use of the Alan Blakeman cancer. them later on) and challenged collection to be sold Having started his own Sotheby’s and Christie’s to by BBR Auctions on classic car saleroom, Brooks follow Bonhams’ example of September 11 is this Auctioneers, at the age of 33, introducing separate client shop display pot lid. he bought Bonhams 11 years accounts for vendors’ funds. Blakeman was pictured with later before merging it with Never lacking a competitive it on the cover of the programme Phillips in 2001. He streak, Brooks had left school produced for the first UK Summer subsequently expanded the as a teenager to briefly become National fair in 1985 (above). -
Prisons and Punishments in Late Medieval London
Prisons and Punishments in Late Medieval London Christine Winter Thesis submitted for the Degree of Doctor of Philosophy in the University of London Royal Holloway, University of London, 2012 2 Declaration I, Christine Winter, hereby declare that this thesis and the work presented in it is entirely my own. Where I have consulted the work of others, this is always clearly stated. Signed: Date: 3 Abstract In the history of crime and punishment the prisons of medieval London have generally been overlooked. This may have been because none of the prison records have survived for this period, yet there is enough information in civic and royal documents, and through archaeological evidence, to allow a reassessment of London’s prisons in the later middle ages. This thesis begins with an analysis of the purpose of imprisonment, which was not merely custodial and was undoubtedly punitive in the medieval period. Having established that incarceration was employed for a variety of purposes the physicality of prison buildings and the conditions in which prisoners were kept are considered. This research suggests that the periodic complaints that London’s medieval prisons, particularly Newgate, were ‘foul’ with ‘noxious air’ were the result of external, rather than internal, factors. Using both civic and royal sources the management of prisons and the abuses inflicted by some keepers have been analysed. This has revealed that there were very few differences in the way civic and royal prisons were administered; however, there were distinct advantages to being either the keeper or a prisoner of the Fleet prison. Because incarceration was not the only penalty available in the enforcement of law and order, this thesis also considers the offences that constituted a misdemeanour and the various punishments employed by the authorities. -
Minutes of Proceedings of the Twenty
MINUTES OF PROCEEDINGS OF THE TWENTY-NINTH ANNUAL ASSEMBLY OF REPRESENTATIVES OF THE Vntteb itrfboMst $m (tlputhts, HELD IN NOTTINGHAM, JULY, 1885. -+-=S=»*-*- ^an ban: A. CROMBIE, 119, SALISBURY SQUARE, FLEET STREET, E.C. 1885. HATMAX BROTHERS AND LILLY, PRINTERS, HATTON HOUSE, FARRINGDON ROAD, LONDON, B.C. MINUTES. 1. The Twenty-Ninth Annual Assembly of the United Methodist Free Churches commenced its sittings in Shakespeare Street Chapel, Nottingham, on July 14th, 1885. 2. Rev. E. Askew, President of the Annual Assembly of 1884, conducted the opening devotional exercises, after which the list of Circuits and Churches with their representatives was read, the certificates of appointments having been examined by the Connexional Officers in accordance with the provisions of the ' Foundation Deed.' 3. It was then declared that the Revs. Edwin Askew, Thos. Sherwood, J. S. Balmer, and Mr. Thos. Watson, J. P., Connexional Officers appointed by the Annual Assembly of 1884, and the brethren whose names are attached to the places mentioned below as the representatives of those places, do constitute the Annual Assembly of 1885. Accrington—"W. C. Rank. Bolton, Hanover—B. Stubbs. Alford—No representative. Boston—J. Ball. Appleby—T„ Law. Bradford, Bridge Street—H. Holgate. Ashton and Stalybridge—T. Bodding- Bradford, Westgate— W. Toppin, ton. J. Gledhill. Australia—E. Boaden. Bradford, West Bowling—W. Pitch- Bacup—John Howarth. ers. Barnsley—Geo. Jubb. Bramley—W. F. Everitt, John Hart- Barrow-in-Furness—J. G. Hartley. ley. Bath—C. H. Poppleton. Bridgwater—Tubal Casely. Bellingham—No representative. Bridlington Quay—James Jones. Belper—George Slater. Brigg—No representative. Birmingham North—John G. -
Not Made to Measure
Made in Britain: Not made to measure. Ronnie Cohen © 2011 Ronnie Cohen. All rights reserved. 1 Table of Contents Foreword...............................................................................................................................................5 Introduction..........................................................................................................................................6 Central Role of Measurement in Daily Life.........................................................................................7 Why Measurement Matters..................................................................................................................8 Quest for Honest Measurements since Ancient Times.........................................................................9 Measurement Facts: Did you know that....?.......................................................................................10 Description of the British Imperial System........................................................................................11 Introduction to the British Imperial System..............................................................................11 Units of Length..........................................................................................................................11 Units of Area.............................................................................................................................11 Units of Volume........................................................................................................................12 -
Metrication Is SUCCESSFUL
Metrication is SUCCESSFUL Metrication is SUCCESSFUL because it is: Simple The modern metric system, formally known as the International System of Units (SI), is the simplest and easiest-to-use system of measurement ever devised. In fact the metric system is the only system of measurement ever devised. All previous measuring methods were just a hodge-podge of randomly generated local measures. Unique The metric system is unique. Never before, has there been a method of measurement that has all the positive benefits as SI. Coherent The metric system uses the same decimal nature as our number system, and it uses the same mathematical rules and symbols that we use for the mathematic of numbers Capable The metric system is capable of measuring anything in any trade, profession, or other human activity. The metric system has no limitations. For example, you might measure the distance from here to the door in metres, the distance from between your home and your work in kilometres, the width of your little finger nail in millimetres, the diameter of the hairs on your head in micrometres, and the size of one of your cells in nanometres. Why stop there? With the SI prefixes, there is more than enough flexibility to measure from the size of sub-atomic particles – the diameter of an electron is about 6 femtometres – to the size of the whole Universe – the diameter of the Universe, as observed by the world's best telescopes, is about 250 yottametres. Equitable The key argument for using the metric system is that it is fair to all concerned. -
A Reprint of a Museograph Originally Produced by the Birmingham Museum of Science & Industry
A Reprint of a Museograph originally produced by the Birmingham Museum of Science & Industry Written by Jim Andrew in the late 1970s and reworked by him in 2008 OLD WEIGHTS AND MEASURES "A pound of iron weighs more than a pound of gold but an ounce of iron weighs less than an ounce of gold." This statement was true before 1879 and is one example of the problems of old weights and measures. The efficiency of early steam engines was expressed as the "duty" which was the weight of water in pounds that the engine could raise one foot by burning one bushel of coal. Were the pounds 'Troy' or 'Avoirdupois'? Troy was usually only used for precious metals but it had been used to weigh bread and some one might therefore use it to weigh water. The foot was virtually standard from 1300 but there were many different bushels available, giving a weight of coal from 79 lbs to 94 lbs. This museograph will give the history of some of the weights and measures to be found or mentioned in the Museum. Tables of measures and conversions between measures will be given as well as some indication of the uses of those measures. Unfortunately it seems that, in the past, people used any convenient weight or measure which was available so that it can be very difficult to be precise about some quantities. LENGTH The foot is probably the longest serving identifiable measure in use today. The Greek foot was standardised at 12.14 of our inches by 440 B.C. -
CRABTREE's MEASURES John Mullin 1993
40 CRABTREE'S MEASURES John Mullin 1993 Joseph Crabtree's father was identified by Cadwallader in his 1976 Oration as 'Fluellen Crabtree, a cobbler'. There are, I believe, two minor errors here. First, his name may well have been pronounced 'Fluellen' by monoglot Englishmen, but his true name was 'Llewellyn'. Secondly, although he was undoubtedly 'very much into leather', to use the modern idiom, he was not a mere cobbler. Smith informed us in 1959 that he was a civil servant, and that was nearer the mark. Llewellyn Crabtree in fact was a conner, or to be more precise an ale conner, a person who was both an excise man and an expert in assessing the quality of ale by utilizing the physical properties of leather. It was a highly respected profession: Shakespeare's father held such an office in 1557 in Stratford-upon-Avon. Ale conners, or ale inspectors, gustatores cervisiae, were officially appointed after swearing an oath, which originated from the days of Henry V, updated periodically to keep pace with inflation. An early form of the oath ran: 'You shall swear that you shall know of no brewer, cook, or pie-maker in your ward who sells a gallon of best ale for more than three ha'pence, and not otherwise than by measure sealed and full of clear ale.' The analytical procedures normally adopted by an ale conner were rather unusual. He would first call for a full measure of ale, pour a quantity of it on a wooden bench, and sit in the puddle whilst wearing his official leather breeches. -
Units of Measurement
Appendix UNITS OF MEASUREMENT Two new systems of measurements have been introduced into Britain in the last ten years. Industry and commerce have seen the introduction of metrica tion to come into line with other European countries. Scientific and teaching establishments have adopted a related but not identical system called Systeme Intemationale (SI for short) illustrated in Tables A.I and A.2. Both have their place in Brewing Science as have the old systems based on the pound and the foot. Especial difficulties arise because the traditional US measures do not always correspond with the British. For instance the US gallon of water weighs 8 Ib, and the constituent eight pints one pound each. The British imperial measure, revised in Queen Anne's reign, 'metricated' the gallon of water so that it weighed 10 Ib, each pint weighing I· 25 lb. Measurements of volume such as the bushel or the barrel vary from one region to another. In this book, the barrel will be that used in England, namely 36 gallons. Filled with water this would weigh 360 lb. For rough calculation, it is convenient that the US beer barrel is rather similar to the hectolitre, exceeding it by about 17 %. The use of degrees Fahrenheit is rapidly being replaced in the UK by °C (metric) or K (SI) but not in the USA for practical brewing (Table A.3). With respect to units specifically used in brewing, certain metric units have been selected which are not in the SI, such as titres, hectotitres, metric tonnes and bars, because of their convenience. -
Local Election Results 2008
Local Election Results May 2008 Andrew Teale August 15, 2016 2 LOCAL ELECTION RESULTS 2008 Typeset by LATEX Compilation and design © Andrew Teale, 2012. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.3 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled “GNU Free Documentation License”. This file, together with its LATEX source code, is available for download from http://www.andrewteale.me.uk/leap/ Please advise the author of any corrections which need to be made by email: [email protected] Contents Introduction and Abbreviations9 I Greater London Authority 11 1 Mayor of London 12 2 Greater London Assembly Constituency Results 13 3 Greater London Assembly List Results 16 II Metropolitan Boroughs 19 4 Greater Manchester 20 4.1 Bolton.................................. 20 4.2 Bury.................................... 21 4.3 Manchester............................... 23 4.4 Oldham................................. 25 4.5 Rochdale................................ 27 4.6 Salford................................. 28 4.7 Stockport................................ 29 4.8 Tameside................................. 31 4.9 Trafford................................. 32 4.10 Wigan.................................. 34 5 Merseyside 36 5.1 Knowsley................................ 36 5.2 Liverpool................................ 37 5.3 Sefton.................................. 39 5.4 St Helens................................. 41 5.5 Wirral.................................. 43 6 South Yorkshire 45 6.1 Barnsley................................ 45 6.2 Doncaster............................... 47 6.3 Rotherham............................... 48 6.4 Sheffield................................ 50 3 4 LOCAL ELECTION RESULTS 2008 7 Tyne and Wear 53 7.1 Gateshead............................... 53 7.2 Newcastle upon Tyne........................ -
Encyclopaedia of Scientific Units, Weights and Measures Their SI Equivalences and Origins
FrancËois Cardarelli Encyclopaedia of Scientific Units, Weights and Measures Their SI Equivalences and Origins English translation by M.J. Shields, FIInfSc, MITI 13 Other Systems 3 of Units Despite the internationalization of SI units, and the fact that other units are actually forbidden by law in France and other countries, there are still some older or parallel systems remaining in use in several areas of science and technology. Before presenting conversion tables for them, it is important to put these systems into their initial context. A brief review of systems is given ranging from the ancient and obsolete (e.g. Egyptian, Greek, Roman, Old French) to the relatively modern and still in use (e.g. UK imperial, US customary, cgs, FPS), since a general knowledge of these systems can be useful in conversion calculations. Most of the ancient systems are now totally obsolete, and are included for general or historical interest. 3.1 MTS, MKpS, MKSA 3.1.1 The MKpS System The former system of units referred to by the international abbreviations MKpS, MKfS, or MKS (derived from the French titles meÁtre-kilogramme-poids-seconde or meÁtre-kilo- gramme-force-seconde) was in fact entitled SysteÁme des MeÂcaniciens (Mechanical Engi- neers' System). It was based on three fundamental units, the metre, the second, and a weight unit, the kilogram-force. This had the basic fault of being dependent on the acceleration due to gravity g, which varies on different parts of the Earth, so that the unit could not be given a general definition. Furthermore, because of the lack of a unit of mass, it was difficult, if not impossible to draw a distinction between weight, or force, and mass (see also 3.4). -
English Unit Refers to a Unit in One of a Number of Systems of Units Of
English Unit refers to a unit in one of a basis for the Imperial system formerly number of systems of units of used in Commonwealth countries and the measurement, some obsolete, and some customary system used in the United still in use. In spite of the name, it does not States. Whilst these two systems are quite necessarily refer to the (non-SI) system of similar there are a number of notable units still in widespread, but mostly differences between the Imperial and U.S. unofficial, use in England itself. The latter systems. is known outside the United States as the Imperial System. The American term Usage of the term "English System" or 'English unit' includes the Imperial units as "English Unit" is common in the US, but it well as various other U.S. units such as is problematical. It can be ambiguous. It the U.S. gallon (Queen Anne's wine usually refers to either the Imperial gallon) and the U.S. bushel (Winchester System or the US Customary System, bushel). and in cases where these two systems differ, it is not not clear which system is Various standards under the name being described. 'English units' have applied at different times, in different places and for different things. Prior to the Battle of Hastings in 1066 the Anglo-Saxon system of measurement had been based on the units of the barleycorn and the gyrd (rod). This system presumably had Germanic origins. After the Norman conquest, Roman units were reintroduced. The resultant system of English units was a combination of the Anglo-Saxon and Roman systems.