Owned by General Manager J. McLeish.Stained beige cover. Inscription title in black. 327 pages. Titled "Transcriptions of the Australasian Institute of Mining Engineers Vol XIV".On cover " Australasian Institute of Mining Engineers". On spine " Transcriptions Australasian Institute of Mining Engineers Vol XIV".

Theodore Jesse Hoover, brother of the 31st President of the United States, was born in West Branch, Iowa, on January 28, 1871. He attended Stanford and received the Bachelor of Arts degree in Geology and Mining in 1901. Following graduation his professional career started with the position of assayer for the Keystone Consolidated Mining Company. After one year, he became assistant manager for the Standard Consolidated Mine, and a year later he was promoted to manager of the operation. In 1907 Hoover went to London as general manager of Minerals Separation, Ltd. This company was developing the froth flotation process for recovering minerals from ores. Hoover took an active part in the development of the flotation concentration process and authored one of the first books on the concentration of ores by flotation. After four years with Minerals Separation, Ltd., Hoover entered private practice as a consulting mining and metallurgical engineer with offices in London and in San Francisco. He was very successful and held positions of consulting engineer, managing director, director, and president of many mining companies in America, Europe, Asia, Africa, and Australia. He returned to Stanford in 1919 as Professor of Mining and Metallurgy and Executive Head of the Department of Mining and Metallurgy. His experience and ability in organization made him a natural leader. He was influential in the formation of the School of Engineering at Stanford. The School was formed in 1925 and he was made dean, a position he held until his retirement in 1936. As dean of engineering, he promoted a broad fundamental training program for undergraduate engineering students. Under his guidance, emphasis was placed upon graduate work and he was responsible for developing strong graduate engineering curricula at Stanford. While dean he continued teaching and his course, "The Economics of Mining," developed into a book which was published in 1933. He became interested in the functions of engineers and, with Professor Fish, wrote a book entitled "The Engineering Profession" which was published in 1940 and revised in 1950. In addition to his academic activities he was generous in his hospitality. Faculty and students alike enjoyed the annual field day and barbecue at his Rancho del Oso, near Santa Cruz. He was widely read and had a lively interest in all the things he encountered. He speculated on the antiquity of man and man's early production processes. To verify an idea regarding flint tools, he studied their shapes and became proficient in making arrow heads. He was also interested in wild life, and was one of the founding members of the Cooper Ornithological Society. (http://engineering.stanford.edu/about/bio-hoover)Blue hard covered book of 547 pages including an index. Contents include mine valuation (sampling, ore deposits, ore reserves, financial provisions, sale of mineral product, metal prices, reports) and Mining Organization (Co-operative effort, Mining Companies, Promoting Mining Enterprises, fluctuations of share prices, valuation of mining shares, fakes and fallacies, the mining Engineer and the law) and Mine Management (Organization of staff, mine manager, efficiency, industrial relations, training and discipline, safety).inside cover 'Charles Bacon Mackay School of Mines'.mining, economics, hoover, stanford, mackay school of mines, mackay, bacon

Murray Comrie Collection. This is a dark copy of an older original. Copy probably made by Murray Comrie in the 1960s.Monochrome photograph depicting men in a mining camp in or near Tarnagulla.mining, miners, gold

Murray Comrie Collection. This is a dark copy of an older original. Copy probably made by Murray Comrie in the 1960s.Monochrome photograph depicting men in a mining area in or near Tarnagulla.mining, miners, gold

This lamp is typical of lamps used in Welsh Coal Mines. It was purchased from the supplier around mid 1995. The Welsh Miners’ Lamps were ingeniously designed over 180 years ago to alert coal miners to danger. It ensures the burning of a protected flame in the presence of explosive gas, by regulating the necessary supply of atmospheric air, and by allowing the products of combustion to pass through without igniting the gaseous atmosphere. If the atmosphere is so heavily charged that noxious gas enters the lamp, its presence will be indicated by a change in the length and color of the flame, and (unless there are exceptional circumstances), the miner has sufficient warning to secure his safety. (http://www.welshminerslamps.com/info_lamp_personaluse.shtml, accessed 06/05/2015) E. Thomas & Williams, Ltd. mining lamps have been in continuous production since 1860. Cambrian Lamps are approved for use in coal mines where methan gas and oxygem deficinecy are hazards.Solid Brass traditional miners Flame Safety Lamp with Copper Chimney. The base of this lamp is tooled from solid brass because brass does not spark when it hits rock and is therefore the safest metal to use underground. The lamp burns lamp oil (kerosene). R. Thomas and Williams Ltd Makers Aberdare Wales Cambrian No 152897mining lamp, miner's lamp, thomas and williams, wales, welsh, welsh miners lamp, mining, cambrian lampworks, miners flame safety lamps

A digest of Australasian mining cases as decided in the Supreme Courts of Victoria, New South Wales, Queensland, South Australia, and New Zealand, and on appeal therefrom to the Privy Council.Blue cloth-bound hardcover book, cover stained, corners worn. Gold lettering on spine. Gold crest on front cover containing words, 'CROWN LAW DEPARTMENT/VICTORIA/ POLICE/ MAGISTRATE /KILMORE'. Both hinges broken but not detached. 547 pp plus appendix.Fair condition.Nil.australasian, mining, kilmore court house library

The M18A1 'Claymore' Directional Fragmentation Mine which is used as part of the perimeter defences at, for example Fire Support Base or for use in ambush situations. The convex side is faced toward the enemy and the mine is configured to be electrically detonated from a remote location, (these mines can be connected by white "det cord" & detonators from the detonator wells show to link a series of mines)). It is raised off the ground by a small stand to maximise the blast radius. Claymore mines contain 700 steel ball bearings impressed into 650 grams of plastic explosive. The M18A1 has a lethal range of up to 100 metresA replica of the M18A1 'Claymore' Directional Fragmentation Mine. The convex side is faced toward the enemy and the mine is configured to be electrically detonated from a remote location. In practice this mine type is raised above the ground slightly by a small legs designed to maximise the blast radius. These mines contain approximately 700 small steel ball bearings impressed into 650 grams of plastic explosive. The M18A1 has a lethal range of up to 100 metresOn the front"Front Toward Enemy" on the reverse "Back M18A1 Apers Mine"

Murray Comrie Collection. This photograph is a reasonable copy created from an older original. A black and white negative image depicting workers at a mine at or near Tarnagulla. Mullock/tailings heap behind group.tarnagulla, workers, mining

Murray Comrie Collection. This photograph is a reasonable copy created from an older original. A black and white negative image depicting workers at a mine at or near Tarnagulla. A hose is spraying water at centre of picture. Location unknown. tarnagulla, workers, mining

Two mines recovered from RAN depot - Swan Island Defence Facility2 WW II explosive mines mines, swan island, r a n

This sign was required to be displayed in the vicinity of gold mining sites. Myrtleford district was known to have had 100 sites within a ten mile radius of the town; the sign was recovered by Charlie McFadyen, a local prospector and fossicker, of some 60 yearsThe sign relates to local gold mining activity, a key source of wealth and employment from 1854 to the late 19th century. Such signs continued to be in use during the period between World War 1 and 2,including the period of the Great Depression.Tin rectangular mining sign embossed with a warningInscription: "THIS LAND IS AURIFEROUS AND SUBJECT TO MINING CONDITIONS"auriferous mining

The Ballarat School of Mines was established in 1870, and was the first school of Mines in Australia.A Ballarat School of Mines printed Certificate on Competency with red seal. Handwritten inclusions. The certificate was made out to Matthew Fern."This is to certify that Matthew Fern has successfully passed the ordinary examination held at the School of Mines in the October term 1890 in the subject of Mechanics as Applied to Mining."ballarat school of mines, fern, mining, mining alumni, matthew fern, alumni, certificate

This image was reproduced in the 1908 Ballarat School of Mines Calendar. During the early 1900s the Ballarat School of Mines had an international reputation for producing quality mining graduates. The graduates had much sought after practical experience. Their studies included 'real' experience in the Ballarat School of Mines Mining Laboratory, Assay Room, Balance Room, etc. This image was reproduced in the 1908 Ballarat School of Mines Annual Report. It is a room in the building now known as the "Old Chemistry Building'.Black and white photograph showing three men working at balances while assaying in the Ballarat School of Mines Balance Room. "Plate 117 Balance Rooms, School of Minesballarat school of mines, scientific equipment, assaying, assay, weigh, weight, scales, assay laboratory, old chemistry building, mining