omniomni/omni-engineering huggingface dataset:
Peter Conde. Peter Conde (born 2 December 1958) is an Australian sailor and leading Australian sport administrator. From 2017 to 2022, he was the Director of the Australian Institute of Sport.

Personal
Conde was born on 3 December 1958. He has attained a Bachelor of Mechanical Engineering from University of Queensland and Masters of Business Administration from Australian Graduate School of Management. Prior to his appointment as Yachting Australia Performance Manager, Conde worked for international consulting firms Boston Consulting Group and A T Kearney.

Sailing
Conde is a successful sailor with a silver medal in the laser class at the 1979 World Championships and a bronze medal in the etchells class at the 1996 World Championships.

Sports administration
Conde joined Yachting Australia as a consultant after Australia failed to win a medal at the 2004 Summer Olympics. He was appointed the Australian Sailing Team's Performance Director in 2009. During his period as Performance Manager, the Australian Sailing Team won three gold and one silver at the 2012 London Olympics and one gold and three silver at the 2016 Rio Olympics. At the Paralympics, the Australian team won one gold at the 2012 London Paralympics and two gold and oine silver at the 2016 Rio Paralympics. Under his leadership the Australian Sailing Team won Australian Institute of Sport Program of the Year in 2007, 2008, 2010 and 2012.

In August 2017, he was appointed the ninth Director of the Australian Institute of Sport replacing Matt Favier. He departed from the position in January 2022. Sport Australia Chair Josephine Sukkar stated "Peter has been instrumental in developing a world leading athlete wellbeing and engagement function, improving our data analytics and insights capabilities and collaborating successfully with the National Institute Network on the first ever National High Performance Sport Strategy."

Rugby Australia announced in February 2022 that Conde had been appointed Chief Performance Officer.

References

External links
 

1958 births
Living people
Australian male sailors (sport)
Australian Institute of Sport administrators
Australian sports executives and administrators
Sportsmen from Queensland
University of Queensland alumni
People educated at Brisbane State High School
20th-century Australian sportsmen
Baratunde A. Cola. Baratunde A. Cola (born March 17, 1981) is a scientist and engineer specializing in carbon nanotube technology.

Education
Cola was born in Detroit, Michigan but was raised and schooled in Pensacola, Florida.  He attended Vanderbilt University where he graduated with a Bachelor of Engineering degree in mechanical engineering in 2002 and a Master of Science in mechanical engineering degree in 2004.  While an undergraduate he was also starting fullback for the Vanderbilt Commodores football team.

After Vanderbilt Cola took his PhD, awarded in 2008, in mechanical engineering at Purdue University under the supervision of Dr. Timothy Fisher.

Research areas
Cola was involved in the founding of the NanoEngineered Systems and Transport Lab and Heat Lab at Georgia Institute of Technology,  where he is an associate professor in the George W. Woodruff School of Mechanical Engineering and the School of Materials Science and Engineering. For 2015–6 he was a Martin Luther King Jr. visiting professor in the Department of Mechanical Engineering at the Massachusetts Institute of Technology.
Specializing in carbon nanotube technology, Cola led the team who demonstrated the first optical rectenna.  In addition he is involved in research into the development of thermo-electrochemical cells that produce electricity from waste heat.

Cola was a co-founder of the Academic and Research Leadership Network which supports and provides networking resources minority engineering researchers.

Cola is also the founder of the technology company Carbice Corporation.

Awards
Cola has won a number of awards including the 2011 Presidential Early Career Award for Scientists and Engineers for his work in nanotechnology and also his outreach work with high schools, the 2012 American Association for the Advancement of Science Early Career Award for Public Engagement with Science, 2015 American Society of Mechanical Engineers Bergles-Rohsenow Young Investigator Award in Heat Transfer and most recently the 2017 National Science Foundation Alan T. Waterman Award.

References

1981 births
Living people
Vanderbilt Commodores football players
Vanderbilt University alumni
Purdue University College of Engineering alumni
Scientists from Detroit
Georgia Tech faculty
American nanotechnologists
Recipients of the Presidential Early Career Award for Scientists and Engineers
Panvel–Vasai Road MEMU. Panvel–Vasai Road MEMU is a Mainline Electrical Multiple Unit train belonging to Central Railway zone that runs between  and  in India. It is currently being operated with 69165/69166/69167/69168 train numbers on a daily basis.

Service 
Panvel–Vasai Road MEMU has an average speed of 40 km/h and covers 63 km in 1h 35m.
Vasai Road–Panvel MEMU has an average speed of 40 km/h and covers 63 km in 1h 35m.

Route and halts 
The important halts of the train are:

See also 
 Vasai Road–Diva DEMU
 Panvel–Dahanu Road MEMU

Notes

References

External links 
 69167/Panvel–Vasai Road MEMU
 69166/Vasai Road–Panvel MEMU
 69165/Panvel–Vasai Road MEMU
 69168/Vasai Road–Panvel MEMU

Rail transport in Maharashtra
Electric multiple units of India
Transport in Panvel
Transport in Vasai-Virar
Railway services introduced in 2011
Giovonnae Anderson. Giovonnae Anderson (formerly Giovonnae Dennis) is an American electrical engineer.

Career 
Anderson studied physics and electrical engineering at the University of California, Davis, earning her bachelor's degree in the former and her master's in the latter. In 1979 she became one of the first African-American women to earn a Ph.D. in electrical engineering, and one of the few at a primarily white institution rather than a historically black institution (HBCU).

Anderson has worked at Hewlett-Packard where she designed microwave test equipment; she is also an advocate for women and people of color in science and engineering. Her business Software Tailoring uses 3D body scans to provide patterns for tailoring and custom clothing design.

References 

21st-century American women engineers
21st-century American engineers
African-American women engineers
African-American engineers
American electrical engineers
University of California, Davis alumni
Living people
Hewlett-Packard people
Year of birth missing (living people)
21st-century African-American women

21st-century African-American businesspeople
Stracherite. Stracherite is a mineral discovered at the Hatrurim Formation in Israel, by Evgeny Galuskin of the University of Silesia in Katowice, Poland, and colleagues. The mineral has a surprising structure composed of a unique mix of elements. It is the first carbonate-bearing member of a group of very rare minerals called the nabimusaite group, named for a similar mineral that also occurs at the Haturim Formation.  Galuskin named the mineral in honor of Glenn Stracher of East Georgia State College, USA, an expert on uncontrolled coal fires.

Localities 
Israel: Hatrurim Formation, Negev

References 

Silicate minerals
Phosphate minerals
Carbonate minerals
Trigonal minerals
Markeyite. Markeyite, a uranyl carbonate mineral discovered in the Markey Mine in Utah, USA. A group led by Anthony R. Kampf, a mineralogist at the Natural History Museum of Los Angeles County, USA discovered its structure.

Cotype material for this mineral resides in the collections of the Natural History Museum, Los Angeles County, USA, and the Fersman Mineralogical Museum, Russian Academy of Sciences, Russia.

Localities 
USA: Markey mine, Red Canyon, White Canyon District, San Juan Co., Utah

References 

Carbonate minerals
Orthorhombic minerals
Marklite. Marklite is a hydrated copper carbonate mineral named after Gregor Markl, a German mineralogist at the University of Tübingen.  Markl found the type specimen of marklite in the dumps of the Friedrich-Christian mine in the Black Forest Mountains in southwestern Germany.  Markl specializes in crustal petrology and geochemistry and has studied the hydrothermal ore deposits of the Black Forest area.  Jakub Plášil of the Institute of Physics at the Academy of Sciences of the Czech Republic and colleagues identified its structure.

Marklite crystals are long, thin blades that reach 0.2 mm in length. The mineral is chemically similar to georgeite, claraite, cuproartinite, azurite, and malachite.

Localities 
Germany: Friedrich-Christian Mine, Wildschapbach valley, Schapbach, Black Forest, Baden-Württemberg

References 

Carbonate minerals
Copper(II) minerals
Monoclinic minerals
Ewingite. Ewingite is a mineral discovered by Jakub Plášil of the Institute of Physics at the Academy of Sciences of the Czech Republic in the Plavno mine, Czech Republic. Travis Olds of the University of Notre Dame and colleagues described ewingite, which is the most structurally complex known mineral on Earth. Ewingite is named in honor of Rodney C. Ewing, Professor of Geological Sciences at Stanford University, USA.

The mineral is rare, due to its very narrow pH and compositional range required for formation, which are only known to occur in the Plavno mine. Ewingite forms through uranium oxidation occurring in the humid environment of the mine.

The mineral is chemically similar to rabbittite, swartzite, and albrechtschraufite.

The type specimen of ewingite has been placed in the mineralogy collections at the Natural History Museum of Los Angeles County.

Localities 
Czech Republic : Plavno mine, Jáchymov District, Krušné Hory Mountains, Karlovy Vary Region, Bohemia

References 

Calcium minerals
Uranium(VI) minerals
Carbonate minerals
Uranyl compounds
Tetragonal minerals
Parisite-(La). Parisite-(La) is mineral discovered by Daniel Atencio of the University of São Paulo and colleagues in the Mula claim, Bahia, Brazil. Parisite-(La) is the lanthanum analog of parisite-(Ce), which has the same structure, but with cerium substituted for lanthanum. Parisite-(La) is chemically similar to synchysite-(La).

The type material for parisite-(La) resides in the mineralogical collections of the Museu de Ciência e Técnica, Escola de Minas, Universidade Federal de Ouro Preto, Minas Gerais, Brazil, and at the University of Arizona Mineral Museum, Tucson, Arizona.

Localities 
Brazil: Mula claim, Tapera, Novo Horizonte, Bahia

References 

Carbonate minerals
Monoclinic minerals
Light tent. A light tent, a kind of photography light modifier, is a box used for taking photos of objects without casting shadows. It can, for example, be used to take pictures of a physical product for use in an encyclopedia, for documentation or for marketing. The combination of evenly distributed lighting and the diffusing material means that minimal shadows are cast, and it can appear as if the pictured product is "floating in nothing", and a neutral image without a disturbing background can be achieved. Glossy or reflective objects in particular can require a light tent in order to avoid unwanted reflections in the picture.

Walls and materials 
The walls in the box is made of a diffusing material such that light spreads well when it hits the surface. White is the most commonly used color, but other colors can also be used. This contributes to uniform lighting of the object. For example, one can use matte white paper sheets, but felt or another types of matte textile can also function as a background and substrate.

Size 

Light tents come in various sizes, but typically occupy an area of less than 2×2 metres, and can typically be placed on top of a small table. A rule of thumb is that the tent should be large enough to have at least 10 cm of clearance on all sides of the object to be photographed. Many light tents are portable.

Openings 
The box may have one or several openings to the outside so that the photographer can get access for taking a picture with a camera. Some light tents have a completely open front, while others have one or more small hatches that can be opened to insert the camera lens.

Lighting 
The box can either have integrated lighting or be illuminated by lamps from the outside, for example with one lamp on each side of the light tent. Alternatively, a 3-point lighting can be used:

 Key light: Stands approximately 30 degrees to the side and up from the camera's axis towards the object.
 Fill light: Also stands on the front of the object, but on the opposite side (right versus left) and should ensure that there is not too much shadow. Preferably set a little lower than the key light.
 Back light: Should stand behind the object and slightly to the side, and is used to separate the object from the background.

Color temperature 
To achieve a good result, it is recommended that the object should be illuminated by lamps with the same color temperature (expressed in kelvin or K). Different color temperatures may occur in cases where, for example, lamps with different types of bulbs are used, or if there is a combination of indoor lighting and natural daylight.

Camera settings 
For product photography, high f-numbers (small aperture, long depth of field) are most often used, for example 8 to 16. It is also recommended to use low ISO-values to minimize noise, for example 100 to 200. The white balance may be based on daylight (5000 K to 6500 K) unless the lighting indicates otherwise.

See also 
 Diffuser (optics)
 Lightbox
 Softbox

References 

Photography
Lehane, Mackenzie and Shand. Lehane, Mackenzie and Shand was a British civil engineering and construction company, and responsible for some of Scotland's bridges.

History
Lehane Mackenzie & Shand Ltd was incorporated on 8 April 1974. In February 1981, the Alexander Shand group of companies was bought for £24.8m by Charter Consolidated. In 1989, the company was acquired by and subsequently integrated into Morrison Construction. The Shand business was officially dissolved in October 2012.

Structure
Its main headquarters was south of Rowsley in Derbyshire, on the A6 road. Derbyshire County Council has a site in the former headquarters. The company was a subsidiary of Alexander Shand (Holdings) Ltd. Alexander Shand was a former President of the Federation of Civil Engineering Contractors, and made a CBE in the 1984 New Year Honours.

Gas pipelines
It had a pipeline division on Kiln Lane in Immingham; this became MK-Shand, when merged with M.K. River Constructie Maatschappij of the Netherlands, and built gas pipelines for the Gas Council in the early 1970s.

Major projects

Roads
 Park Lane in London (built as Cubitts and Fitzpatrick with Shand) completed in 1963
 M1, Beechtrees to Berrygrove, junctions 7 to 5, (built as Cubitts and Fitzpatrick with Shand) completed in 1959
 M5, junctions 8-9 (M50) to Tewkesbury, (built as Christiani-Shand) completed in 1970
 M56 Preston Brook to Hapsford in Cheshire, (built as Christiani-Shand) completed in 1970
 M6 Ansty to M1 at Catthorpe, Contract A, (built as Christiani-Shand) completed in 1971
 M6 north of Tebay (junction 38 for A685) to Thrimby (built as Christiani-Shand) completed in 1970
 M74 Larkhall to Uddingston (built as Christiani-Shand) completed in 1966
 Cardiff to Merthyr Tydfil A470, £5m first stage from Whitchurch bypass to Nantgarw, 3.25 miles (built as Christiani-Shand) completed in 1971

Bridges
 M56 Weaver Viaduct, (built as Christiani-Shand) completed in 1971
 The foundations and piers for the Erskine Bridge, (A898), West Dunbartonshire and Renfrewshire, (built as Christiani-Shand) opened July 1971
 Kylesku Bridge (A894), Sutherland, opened July 1984

Reservoirs
 Errwood Reservoir completed in 1967
 Llandegfedd Reservoir completed in 1965

References

External links
 Grace's Guide

Companies based in Derbyshire
Construction and civil engineering companies of the United Kingdom
Defunct companies of England
Derbyshire Dales
1974 establishments in England
British companies established in 1974
Construction and civil engineering companies established in 1974
Total carbon. Total carbon (TC) is an analytical parameter representing the concentration of carbon in a sample. TC includes carbon in any form, whether organic or inorganic, volatile or fixed, dissolved or suspended. In many application areas, rather than TC, a parameter representing of subset of TC is measured; examples include Total organic carbon (TOC), Particulate inorganic carbon (PIC), and Dissolved organic carbon (DOC).

Carbon
Soil tests
Water pollution
Water quality indicators
Esther Hoffman Beller Medal. The Esther Beller Hoffman Medal is an award given by The Optical Society that recognizes outstanding contributions by individuals around the world to the fields of optical science and engineering education. The award was established in 1993 and past winners include Emil Wolf, Anthony E. Siegman, Ulrich Lemmer and Eric Mazur.

Recipients

 2024 Anurag Sharma
 2023 Harold Metcalf
 2022 Julie Bentley
 2021 Nicholas Massa
 2020 Julio César Gutiérrez Vega
 2019 Rick Trebino
 2018 Ulrich Lemmer
 2017 C. Martijn de Sterke
 2016 Bishnu P. Pal
 2015 Govind P. Agrawal
 2014 Shin-Tson Wu 
 2013 Vasudevan Lakshminarayanan
 2012 Judy Donnelly
 2011 Stephen M. Pompea
 2010 Eustace L. Dereniak
 2009 Anthony E. Siegman
 2008 Eric Mazur
 2007 M. J. Soileau
 2006 Sang Soo Lee
 2005 Thomas K. Gaylord
 2004 Janice A. Hudgings
 2003 Ajoy K. Ghatak
 2002 Emil Wolf
 2001 Douglas S. Goodman
 2000 Henry Stark
 1999 Bahaa E. A. Saleh
 1998 Amnon Yariv
 1997 Hugh Angus Macleod
 1996 Donald C. O'Shea
 1995 Joseph W. Goodman
 1993 Robert G. Greenler

See also

 List of physics awards

References

Awards of Optica (society)
R. W. Wood Prize. The R. W. Wood Prize is an award endowed by Xerox and given by Optica to an individual that makes an outstanding technical contribution or an invention in the field of optics. The award was established in 1975 in commemoration of Robert W. Wood.

Past winners of the award include Margaret Murnane, Marvin Minsky, Carl Wieman, Gérard Mourou, and Theodore H. Maiman.

Recipients

 2024 - Rick Trebino
 2023 - Alexandra Boltasseva
 2022 - Shanhui Fan
 2021 - 
 2020 - John Michael Dudley
 2019 - Jian-Wei Pan
 2018 - 
 2017 - Michal Lipson
 2016 - 
 2015 - Peter J. Nordlander
 2015 - Naomi Halas
 2014 - 
 2013 - Milton Feng
 2012 - Eric Van Stryland
 2012 - 
 2011 - Demetrios N. Christodoulides
 2010 - 
 2010 - Margaret Murnane
 2009 - Paul G. Kwiat
 2008 - Andrew M. Weiner
 2008 - 
 2007 - Bahram Jalali
 2006 - Alexander Efros
 2006 - Aleksey Ekimov
 2006 - Louis E. Brus
 2005 - Masataka Nakazawa
 2004 - Rangaswamy Srinivasan
 2004 - James J. Wynne
 2004 - Samuel E. Blum
 2003 - 
 2002 - 
 2001 - Federico Capasso
 2000 - Marvin Minsky
 2000 - 
 2000 - 
 1999 - Eric A. Cornell
 1999 - Carl Wieman
 1998 - Robert L. Byer
 1998 - 
 1997 - 
 1996 - Eli Yablonovitch
 1995 - Gérard Mourou
 1994 - 
 1993 - 
 1993 - LeGrand Van Uitert
 1992 - Yuri N. Denisyuk
 1991 - 
 1991 - Richard M. Osgood
 1991 - 
 1990 - 
 1989 - 
 1988 - 
 1988 - David A. B. Miller
 1987 - David E. Aspnes
 1986 - 
 1986 - 
 1985 - David H. Auston
 1984 - Otto Wichterle
 1983 - 
 1982 - Linn F. Mollenauer
 1981 - Charles V. Shank
 1981 - Erich P. Ippen
 1980 - Anthony E. Siegman
 1979 - Peter Franken
 1978 - Peter P. Sorokin
 1977 - Peter Fellgett
 1976 - Theodore H. Maiman
 1975 - Emmett N. Leith
 1975 - Juris Upatnieks

See also

 List of physics awards

References

Awards of Optica (society)
Ralph Mosser Barnes. Ralph Mosser Barnes (October 17, 1900 - November 5, 1984) was an American industrial engineer and Professor of Industrial Engineering at the University of Iowa, and the University of California, Los Angeles. He is known as author of the 1937 "Motion and Time Study," which would become standard work for industrial engineers for generations, and as recipient of the 1941 Gilbreth Medal.

Biography 
Born in Clifton Mills, West Virginia, Barnes was the son of John J. Barnes and Martha (Mosser) Barnes. He obtained his BSc and his MA in mechanical engineering from the West Virginia University, and his PhD from the Cornell University.

After his graduation in 1923 Barnes started his career at the U.S. Window Glass Co. in Morgantown, West Virginia for a year. In 1924-25 he was Assistant Engineer at Bausch & Lomb in Rochester, New York, working in Product Development. in 1925-26 he worked another year as Industrial Engineer at Gleason Corporation also in Rochester, New York.

In 1926 Barnes started his academic career as instructor at the University of Illinois. In 1928 he was appointed assistant Professor of Industrial Engineering at University of Iowa, working his way up to associated Professor of Industrial Engineering in 1930 and Professor of Industrial Engineering in 1934. In 1949 he moved to the University of California, Los Angeles, where he was Professor of Engineering and Production Management until his retirement in the late 1960s.

Barnes was awarded the Gilbreth Medal in 1941, the Industrial Incentive Award in 1951, and the Frank and Lillian Industrial Engineering Award after his retirement in 1969.

Reception 
Ralph M. Barnes is noted for his work in the fields of industrial engineering and management. The Work-Factor Council summarized:

Selected publications 
 Barnes, Ralph M. Industrial Engineering and Management, 1931.
 Barnes, Ralph M. Motion and time study. 1937. 3rd ed. 1949.
 Barnes, Ralph Mosser. Work methods manual. 1944.
 Barnes, Ralph M. Motion and Time Study Problems and Projects 1949. 
 Barnes, Ralph Mosser. Work sampling. WC Brown Company, 1956.

References

External links 
 Ralph Mosser Barnes at wf-eng.slerahosting.com.

1900 births
1984 deaths
American industrial engineers
West Virginia University alumni
People from Preston County, West Virginia
Cornell University alumni
20th-century American engineers
Charles Proxy. Charles Web Debugging Proxy is a cross-platform HTTP debugging proxy server application written in Java.  It enables the user to view HTTP, HTTPS, HTTP/2 and enabled TCP port traffic accessed from, to, or via the local computer. This includes requests and responses including HTTP headers and metadata (e.g. cookies, caching and encoding information) with functionality targeted at assisting developers analyze connections and messaging.

Features 
 Network message analysis – Charles shows full messaging sources of all HTTP and similar TCP-based communications that pass via its proxy port.
 XML, JSON, SOAP interpretation – structured viewers that translate the raw HTTP content into a tree format for analysis.
 HTML, CSS, JavaScript viewers – providing marked-up/formatted/unminified text content display
 SSL debugging – allowing decryption of encrypted data to review/troubleshoot the transmitted content.
 Bandwidth throttling – to simulate slower internet speeds by slowing down bandwidth/speed and introducing latency, for example to simulate a slower 3G connection.
 Flash development aids – including Action Message Format (AMF) content analysis.
 Debugging HTTP connections from mobile devices – providing a proxy between an iOS or Android device and a remote site, to debug HTTP connections and behavior that only occur on devices, including debugging video streaming issues, airplay issues, etc. that cannot be tested in the iOS simulator.
 Remote file debugging – ability to swap out a remote file for a local file to aid debugging a remote site without requiring access to the server files.
 Debugging aids – such as repeating URL post requests to test server changes, adding breakpoints, or editing request variables.
 Validation function – ability to right-click any proxy request, and provide validation feedback using the W3C Markup Validation Service, useful for content the W3C service otherwise cannot access directly.

Browser support 
Charles will autoconfigure for use on the following browsers:
 IE (Windows system proxy settings)
 Chrome
 Firefox
 Safari (Mac OS X or Windows system proxy settings)

See also 
 Packet analyzer
 Fiddler (software)

References

External links 
 

Web development software
Network analyzers