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Culham railway station

DfT Category F1 stationsFormer Great Western Railway stationsGrade II* listed buildings in OxfordshireGrade II* listed railway stationsIsambard Kingdom Brunel railway stations
Railway stations in Great Britain opened in 1844Railway stations in OxfordshireRailway stations served by Great Western RailwaySouth East England railway station stubsUse British English from January 2018
2019 at Culham station Brunel's building (4)
2019 at Culham station Brunel's building (4)

Culham railway station serves the village of Culham in Oxfordshire, England. It is on the Cherwell Valley Line between Didcot Parkway and Banbury, 56 miles 17 chains (90.5 km) from London Paddington. It is served by local train services provided by Great Western Railway. The station is just off the A415 road, between the villages of Culham and Clifton Hampden. It is close to Culham Science Centre, an 80-hectare (200-acre) scientific research site housing two nuclear fusion experiments: JET and MAST. The Science Centre was built on the site of RNAS Culham (HMS Hornbill), a World War II airfield.

Excerpt from the Wikipedia article Culham railway station (License: CC BY-SA 3.0, Authors, Images).

Culham railway station
Station Road, South Oxfordshire Culham

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Wikipedia: Culham railway stationContinue reading on Wikipedia

Geographical coordinates (GPS)

Latitude Longitude
N 51.654 ° E -1.237 °
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Address

Station Road
OX14 3BT South Oxfordshire, Culham
England, United Kingdom
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2019 at Culham station Brunel's building (4)
2019 at Culham station Brunel's building (4)
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RNAS Culham (HMS Hornbill)

Royal Naval Air Station Culham (RNAS Culham, also known as HMS Hornbill) was a former Royal Navy, Fleet Air Arm station near Culham, Oxfordshire. It opened in 1944 as an All Weather Airfield for the Royal Navy. The airbase was used by Receipt and Despatch Unit No.2, No.1 Ferry Flight, 739 Photographic Trials and Development Unit and home to 1832 R.N.V.R. (Air) Squadron.The airbase is situated around 5 miles (8.0 km) south of the city of Oxford, with the village of Culham lying 1 mile (1.6 km) to west. The notable landmarks include the city of Oxford where through it runs The Isis, which then forms a loop around the airfield to the north, west and south as it flows south east. The market town of Abingdon-on-Thames is about 2 miles (3.2 km) to the north west. Didcot junction, where a line running north/south, intersects the Great Western Main Line, is situated 3 miles (4.8 km) south, with Culham railway station, on the north/south Oxford-Didcot line, at the south west corner of the airfield.The ground layout was typical of many bomber stations, with three runways. However it had many hangars, mostly sited around the field's perimeter. Initially HMS Hornbill was used to train reservists based in the Thames Valley area using several different types of aircraft including: Supermarine Seafire, a navalised Supermarine Spitfire fighter aircraft, Hawker Sea Fury, a single-seat fighter aircraft and North American Harvards, an American single-engine advanced trainer aircraft. In May 1947 the Photographic Trials and Development Unit was based at HMS Hornbill, and in 1951 1840 Naval Air Squadron operated from the airfield for a short time. Ab initio flight training of cadets from Britannia Royal Naval College, Dartmouth, flying primary gliders, was also undertaken here in the early 1950s.

Joint European Torus

The Joint European Torus (JET) was a magnetically confined plasma physics experiment, located at Culham Centre for Fusion Energy in Oxfordshire, UK. Based on a tokamak design, the fusion research facility was a joint European project with a main purpose of opening the way to future nuclear fusion grid energy. At the time of its design JET was larger than any comparable machine. JET was built with the hope of reaching scientific breakeven where the fusion energy gain factor Q =1.0. It began operation in 1983 and spent most of the next decade increasing its performance in a lengthy series of experiments and upgrades. In 1991 the first experiments including tritium were made, making JET the first reactor in the world to run on the production fuel of a 50–50 mix of tritium and deuterium. It was also decided to add a divertor design to JET, which occurred between 1991 and 1993. Performance was significantly improved, and in 1997 JET set the record for the closest approach to scientific breakeven, reaching Q = 0.67 in 1997, producing 16 MW of fusion power while injecting 24 MW of thermal power to heat the fuel.Between 2009 and 2011, JET was shut down to rebuild many of its parts, to adopt concepts being used in the development of the ITER project in Saint-Paul-lès-Durance, in Provence, southern France. In December 2020, a JET upgrade commenced using tritium, as part of its contribution to ITER. On 21 December 2021, using deuterium-tritium fuel, JET produced 59 megajoules during a five-second pulse, beating its previous 1997 record of 21.7 megajoules, with Q = 0.33.In November 2023, a petition asking that JET not be closed was started, with scientists fearing a research time gap and personnel loss between JET's closure and the start of ITER's operations. JET finished operations in December 2023, with decommissioning expected to last until 2040.

Abingdon Junction railway station

Abingdon Junction railway station was a junction station for the branch line to Abingdon. It was opened by the Abingdon Railway Company on 2 June 1856 along with the branch, and was subsequently closed and replaced by Radley railway station on 8 September 1873. Radley station was in a more convenient place for access. At the same time as the station's opening, the next station to the south, formerly known as Abingdon Road was renamed Culham.In 1837 the first Bill for a railway to Abingdon was laid before Parliament; it would have brought a direct line from Didcot to Oxford through the town. The House of Commons passed the Bill, but the Lords rejected it. The Bill for the Oxford line was revived in the following year, but so strong was the opposition of Mr. Duffield, Abingdon's M.P., that the proposed line was forced to by-pass Abingdon; it eventually opened on 12 June 1844 and ran no nearer to Abingdon than the village of Radley, some two miles to the east.Located at the point where the branch diverges from the main line, Abingdon Junction was provided purely for interchange for services to Oxford, Culham and Didcot and was not shown in timetables. No proper road access to the station was provided and only modest passenger facilities were afforded consisting of two facing wooden platforms with a small building constructed on the up main side and a run-around loop for branch services and connections with the main line.Following the conversion of the branch to standard gauge in November 1872, works began to extend the line a further ¾ mile northwards alongside the main line to reach a new station at Radley where it terminated in a bay platform on the station's west side. The station building from Abingdon Junction was transported to Radley, where it was sited just south of the road bridge, most likely on the down side. It remained there until well into British Railways days and was used by gangers and platelayers. The remains of Abingdon Junction survived for several years before their demolition, so that the only trace of the station today is the widened formation to the west of the main line before the Abingdon branch curved away.