Radios operating in the very high frequency maritime mobile band
Marine VHF radio is a worldwide system of two way radio transceivers on ships and watercraft used for bidirectional voice communication from ship-to-ship, ship-to-shore (for example with harbormasters), and in certain circumstances ship-to-aircraft. It uses FM channels in the very high frequency (VHF) radio band in the frequency range between 156 and 174 MHz, designated by the International Telecommunication Union as the VHF maritime mobile band. In some countries additional channels are used, such as[1] the L and F channels for leisure and fishing vessels in the Nordic countries (at 155.5–155.825 MHz). Transmitter power is limited to 25 watts, giving them a range of about 100 kilometres (62 mi; 54 nmi).
Marine VHF radio equipment is installed on all large ships and most seagoing small craft. It is also used, with slightly different regulation, on rivers and lakes. It is used for a wide variety of purposes, including marine navigation and traffic control, summoning rescue services and communicating with harbours, locks, bridges and marinas.
Background
Marine radio was the first commercial application of radio technology, allowing ships to keep in touch with shore and other ships, and send out a distress call for rescue in case of emergency. Guglielmo Marconi invented radio communication in the 1890s, and the Marconi Company installed wireless telegraphy stations on ships beginning around 1900. Marconi built a string of shore stations and in 1904 established the first Morse code distress call, the letters CQD, used until 1906 when SOS was agreed on. The first significant marine rescue due to radio was the 1909 sinking of the luxury liner RMS Republic, in which 1,500 lives were saved. This and the 1912 RMS Titanic rescue brought the field of marine radio to public consciousness, and marine radio operators were regarded as heroes. By 1920, the US had a string of 12 coastal stations stretched along the Atlantic seaboard from Bar Harbor, Maine to Cape May, New Jersey.[2]
The first marine radio transmitters used the longwave bands. During World War I amplitude modulation was developed, and in the 1920s spark radiotelegraphy equipment was replaced by vacuum tuberadiotelephony allowing voice communication. Also in the 1920s, the ionospheric skip or skywave phenomenon was discovered, which allowed lower power vacuum tube transmitters operating in the shortwave bands to communicate at long distances.
Hoping to foil German detection during the World War II Battle of the Atlantic, American and British convoy escorts used Talk-Between-Ships (TBS) radios operating on VHF.[3]
Types of equipment
Sets can be fixed or portable. A fixed set generally has the advantages of a more reliable power source, higher transmit power, a larger and more effective antenna and a bigger display and buttons. A portable set (often essentially a waterproof, VHF walkie-talkie in design) can be carried on a kayak, or to a lifeboat in an emergency, has its own power source and is waterproof if GMDSS-approved. A few portable VHFs are even approved to be used as emergency radios in environments requiring intrinsically safe equipment (e.g. gas tankers, oil rigs, etc.).
Voice-only
Voice only equipment is the traditional type, which relies totally on the human voice for calling and communicating.
Many lower priced handheld units are voice only as well as older fixed units.
DSC equipment, a part of the Global Maritime Distress Safety System (GMDSS), provides all the functionality of voice-only equipment and, additionally, allows several other features:
The ability to call another vessel using a unique identifier known as a Maritime Mobile Service Identity (MMSI). This information is carried digitally and the receiving set will alert the operator of an incoming call once its own MMSI is detected. Calls are set up on the dedicated VHF channel 70 which DSC equipment must listen on continuously. The actual voice communication then takes place on a different channel specified by the caller.
A distress button, which automatically sends a digital distress signal identifying the calling vessel and the nature of the emergency
A built in GPS receiver or facility to connect an external GPS receiver so that the user's location may be transmitted automatically along with a distress call.
When a DSC radio is bought new the user will get the opportunity to program it with the MMSI number of the ship it is intended to be used on. However to change the MMSI after the initial programming can be problematic and require special proprietary tools. This is allegedly done to prevent theft.
More advanced transceiver units support AIS. This relies on a GPS receiver built into the VHF equipment or an externally connected one by which the transceiver obtains its position and transmits this information along with some other details about the ship (MMSI, cargo, draught, destination and some others) to nearby ships. AIS operates as a mesh network and full featured units relay AIS messages from other ships, greatly extending the range of this system; however some low-end units are receive only or do not support the relaying functionality.
Using the RTCM 12301.1 standard it is possible to send and receive text messages in a similar fashion to SMS between marine VHF transceivers which comply with this standard.[5] However, as of 2019 very few transceivers support this feature. The recipient of the message needs to be tuned to the same channel as the transmitting station in order to receive it.
Regulation
In the United States, any person can legally purchase a Marine VHF radio and use it to communicate without requiring any special license as long as they abide by certain rules, but in a great many other countries a license is required to transmit on Marine VHF frequencies.
In the United Kingdom and Ireland and some other European countries both the operator and the equipment must be separately licensed. A Short Range Certificate is the minimum requirement to use an installed marine VHF radio. This is usually obtained after completing a course of around two days and passing an exam. This is intended for those operating on lakes and in coastal areas whereas a Long Range Certificate is usually recommended for those operating further out as it also covers HF and MF radios as well as INMARSAT systems. Installations fixed on a particular vessel require a Ship Radio License. Portable equipment that could be used in multiple craft, dinghys etc required a Ship Portable Radio Licence.[6]
Automatic Transmitter Identification System (marine)
For use on the inland waterways within continental Europe, a compulsory Automatic Transmitter Identification System (ATIS) transmission conveys the vessel's identity after each voice transmission. This is a ten-digit code that is either an encoded version of the ship's alphanumeric call sign, or for vessels from outside the region, the ship MMSI prefixed with "9". The requirement to use ATIS in Europe, and which VHF channels may be used, are strongly regulated, most recently by the Basel agreements.
Channels and frequencies
A marine VHF set is a combined transmitter and receiver and only operates on standard, international frequencies known as channels. Channel 16 (156.8 MHz) is the international calling and distress channel. Transmission power ranges between 1 and 25 watts, giving a maximum range of up to about 60 nautical miles (111 km) between aerials mounted on tall ships and hills, and 5 nautical miles (9 km; 6 mi) between aerials mounted on small boats at sea level.[7]Frequency modulation (FM) is used, with vertical polarization, meaning that antennas have to be vertical in order to have good reception. For longer range communication at sea, marine MF and marine HF bands and satellite phones can be used.
Half-duplex channels here are listed with the A and B frequencies the same. The frequencies, channels, and some of their purposes are governed by the ITU. For an authoritative list see.[8] The original allocation of channels consisted of only channels 1 to 28 with 50 kHz spacing between channels, and the second frequency for full-duplex operation 4.6 MHz higher.
Improvements in radio technology later meant that the channel spacing could be reduced to 25 kHz with channels 60 to 88 interspersed between the original channels.
Channels 75 and 76 are omitted as they are either side of the calling and distress channel 16, acting as guard channels. The frequencies which would have been the second frequencies on half-duplex channels are not used for marine purposes and can be used for other purposes that vary by country. For example, 161.000 to 161.450 MHz are part of the allocation to the Association of American Railroads channels used by railways in the US and Canada.[9][10]
Ship-to-ship/shore, commercial and safety West Coast A
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways.. (ship-to-shore full-duplex)
2
156.100
160.700
Public BC Coast
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways.. (ship-to-shore full-duplex)
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks, CustomsCoast Guard, search and rescue
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways. (ship-to-shore full-duplex)
4
156.200
160.800
Ship-to-ship/shore, commercial and safety East Coast and Inland A
Canadian Coast Guard - Search & Rescue BC Coast[b] A
Boat to boat Tutukaka/Raglan
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), independent radio networks, customs, coast guard, search and rescue
Public correspondence (ship-to-shore full-duplex), independent radio networks
5
156.250
160.850
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), independent radio networks, authorities responsible
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
6
156.300
156.300
Ship-to-ship and ship-to-air A
Ship-to-ship and ship-to-air A
Distress ship-to-air
Inter-ship working
A Ship-to-ship (commercial) also SAR: Ship-to-ship and ship-to-air
A Ship-to-ship and ship-to-air
Ship-to-ship (limited to 1 watt) and ship-to-air
7
156.350
160.950
General working channel
Public correspondence (ship-to-shore full-duplex) port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
8
156.400
156.400
Ship-to-ship A
Ship-to-ship East and west coasts, Lake Winnipeg A
Inter-ship working
Inter-ship working
A Ship-to-ship (commercial)
A Ship-to-ship
A Ship-to-ship (limited to 1 watt)
9
156.450
156.450
Frequently used by pilots A
Calling A , commercial and non-commercial.
Ship-to-air for maritime support Atlantic and BC coasts A
Pilots, port operations
Port operations
A VTS Ship-to-ship + port operations
Marina pilots, marina operations, ship in a marina
Marina pilots, marina operations, ship in a marina, limited to 1 watt
10
156.500
156.500
Frequently used by HM Coastguard A
Ship-to-air - SAR and antipollution A General working - Atlantic and BC coasts, Great Lakes
Port operations
A Ship-to-ship port operations also SAR and oil cleanup only VTS on Gulf of Finland
Radiocommunications on board a ship or in a group of boats towed or pushed, as well as those concerning the instructions for the maneuver bullish and docking, limited to 1 watt
Radiocommunications on board a ship or in a group of boats towed or pushed, as well as those concerning the instructions for the maneuver bullish and docking. (limited to 1 watt)
18
156.900
161.500
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
19
156.950
161.550
Landside facilities: harbormaster, marinas.
Canadian Coast Guard working channel
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
20
157.000
161.600
Repeater operations
Continuous weather Maritime Safety Service
Public correspondence (ship-to-shore full-duplex) port operations
Port operations, Public correspondence (ship-to-shore full-duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex), (limited to 1 watt Paris Underground canal)
Public correspondence (ship-to-shore full-duplex) port operations
Port operations, public correspondence (ship-to-shore full-duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
23
157.150
161.750
HM Coastguard Maritime Safety Information: now on 62, 63, 64.
A U.S. Coast Guard Only
Continuous weather Maritime Safety Service
Public correspondence (ship-to-shore full-duplex) port operations
Port operations, Public correspondence (ship-to-shore full-duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex), Independent radio networks
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
25
157.250
161.850
Maritime radio working channel
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
26
157.300
161.900
HM Coastguard Maritime Safety Information
Public correspondence (marine telephone operator)
Canadian Coast Guard Duplex - Public Correspondence
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
27
157.350
161.950
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
28
157.400
162.000
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
31
157.550
162.150
(The Netherlands) Marina channel public correspondence (ship-to-shore full-duplex)
M1/37A
157.850
157.850
(As M1) Yacht clubs, race committees and marinas
60
156.025
160.625
GOFREP on Gulf of Finland public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
GOFREP (Estonia) on Gulf of Finland Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
Public correspondence (ship-to-shore full-duplex) port operations
Public correspondence (ship-to-shore full-duplex), independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
63
156.175
160.775
HM Coastguard Maritime Safety Information (half-duplex)[d]
Boat to boat - Manukau
Public correspondence (ship-to-shore full-duplex) port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
64
156.225
160.825
HM Coastguard Maritime Safety Information (half-duplex)[d]
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore full-duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
66
156.325
160.925
A BC coast marinas
Public correspondence (ship-to-shore duplex) port operations
Public correspondence (ship-to-shore duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
74
156.725
156.725
British Waterways/Canal and River Trust Channel (Canal and River System)
Navigation related communications, limited to 1 watt
A Restricted ship-to-ship port operations
A Restricted ship-to-ship port operations, (limited to 1 watt)
Port operations
76
156.825
156.825
A Restricted port operations
A Restricted ship-to-ship port operations, (limited to 1 watt)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
77
156.875
156.875
Ship-to-ship A
Ship-to-ship
A Ship-to-ship
A Ship-to-ship, communications with a social (ship)
A Ship-to-ship, communications with a social (ship), limited to 1 watt
78
156.925
161.525
Non-commercial A
Public correspondence (ship-to-shore duplex) port operations
Public correspondence (ship-to-shore duplex), independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
79
156.975
161.575
Public correspondence (ship-to-shore duplex) port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
80
157.025
161.625
UK marina channel
Repeater operations
Coastguard radio working channel
GOFREP on Gulf of Finland public correspondence (ship-to-shore duplex) port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
81
157.075
161.675
A U.S. Government Use Only
Repeater Operations
Coastguard radio working channel
GOFREP (Estonia) on Gulf of Finland public correspondence (ship-to-shore duplex) port operations
Public correspondence (ship-to-shore duplex), independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
82
157.125
161.725
A U.S. Government use only
A Canadian Coast Guard working channel
Coastguard radio working channel
Public correspondence (ship-to-shore duplex) port operations
Port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
83
157.175
161.775
A U.S. Coast Guard use only
A Canadian Coast Guard working channel
Public correspondence (ship-to-shore duplex) port operations
Public correspondence (ship-to-shore duplex) port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
84
157.225
161.825
HM Coastguard Maritime Safety Information: now on 62, 63, 64.
Canadian Coast Guard Duplex - Public Correspondence
Coastguard radio working channel
Public correspondence (ship-to-shore duplex) port operations
Public correspondence (ship-to-shore duplex), Independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
86
157.325
161.925
HM Coastguard Maritime Safety Information: now on 62, 63, 64.
Coastguard radio working channel
Public correspondence (ship-to-shore duplex) port operations
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
87
157.375
157.375
Public correspondence port operations
Public correspondence (ship-to-shore duplex), independent radio networks, customs, Coast Guard, search and rescue
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
88
157.425
157.425
Commercial, inter-ship only
Public correspondence (ship-to-shore duplex), independent radio networks
Radiotelephone links between ship stations and land stations of the authorities responsible for the operation of inland waterways (ship-to-shore duplex)
M2/P4
161.425
161.425
(As M2) Yacht clubs, race committees and marinas
(As P4) In France, some yacht clubs, marinas and race committees
(Ship-to-ship) Used in the Nordic countries and Estonia
L2
155.525
155.525
Leisure activities
(Ship-to-ship) Used in the Nordic countries and Estonia
L3
155.650
155.650
Leisure activities
(Ship-to-ship) Used in Finland and Norway
F1
155.625
155.625
Fishing
(Ship-to-ship) Used in the Nordic countries
F2
155.775
155.775
Fishing
(Ship-to-ship) Used in the Nordic countries
F3
155.825
155.825
Fishing, also recreational fishing
(Ship-to-ship) Used in the Nordic countries
^ abcSome radios enable channels 3A, 61A, and 64A when configured for "USA mode" even though those channels are allocated exclusively for Public Safety use by the FCC. The frequencies 156.075, 156.150, and 156.225 MHz are used for interoperability communication by police and fire departments in many areas.
^CCG public operations moved from 22A to 04A to avoid interference from USCG stations in northern Washington state.
^Channel 22A is reserved for communication between the U.S. Coast Guard vessels and private vessels. The Coast Guard does not monitor 22A: Contact must first be established on 16.
^ abcdeUKSAR land-based search and rescue teams have access to the half-duplexed versions of 24, 62, 63, 64, 85 for operational and training needs. These include mountain rescue teams in England, Wales and Scotland.
Operating procedure
Marine VHF mostly uses half-duplex audio equipment and non-relayed transmissions. Ship to ship communication is over a single radio frequency (simplex), while ship to shore often uses full duplex frequency pairs, however the transceivers are usually half-duplex devices that cannot receive when transmitting even on a full-duplex channel. To transmit the user presses a "push to talk" button on the set or microphone which turns the transmitter on and the receiver off in a device with half-duplex audio, even on a full-duplex radio channel; on devices with full-duplex audio the receiver is left on while transmitting on a full-duplex radio channel. Communication can take place in both directions simultaneously on full-duplex channels when the equipment on both ends allows it.[7] Full duplex channels can be used to place calls over the public telephone network for a fee via a marine operator. When equipment supporting full-duplex audio is used, the call is similar to one using a mobile phone or landline. When half-duplex is used, voice is only carried one way at a time and the party on the boat must press the transmit button only when speaking. This facility is still available in some areas, though its use has largely died out with the advent of mobile and satellite phones. Marine VHF radios can also receive weather radio broadcasts, where they are available.
The accepted conventions for use of marine radio are collectively termed "proper operating procedure". These international conventions include:
Stations should listen for 30 seconds before transmitting and not interrupt other stations.
Maintaining a watch listening on Channel 16 when not otherwise using the radio. All calls are established on channel 16, except for distress working switch to a working ship-to-ship or ship-to-shore channel. (procedure varies in the U.S. only when calls can be established on Ch. 9)
During distress operations silence maintained on ch. 16 for other traffic until the channel is released by the controlling station using the pro-word "Silence Fini". If a station does use Ch. 16 during distress operations controlling station issues the command "silence mayday".
Using a set of international "calling" procedures such as the "Mayday" distress call, the "Pan-pan" urgency call and "Sécurité" navigational hazard call.
Using "pro-words" based on the English language such as Acknowledge, All after, All before, All stations, Confirm, Correct, Correction, In figures, In letters, Over, Out, Radio check, Read back, Received, Say again, Spell, Standby, Station calling, This is, Wait, Word after, Word before, Wrong (local language is used for some of these, when talking to local stations)
Using the NATO phonetic alphabet: Alfa, Bravo, Charlie, Delta, Echo, Foxtrot, Golf, Hotel, India, Juliett, Kilo, Lima, Mike, November, Oscar, Papa, Quebec, Romeo, Sierra, Tango, Uniform, Victor, Whiskey, X-ray, Yankee, Zulu
Using a phonetic numbering system based on the English language or a combination of English and Roman languages: Wun, Too, Tree, Fow-er, Fife, Six, Sev-en, Ait, Nin-er, Zero, Decimal; alternatively in marine communication: unaone, bissotwo, terrathree, kartefour, pantafive, soxisix, setteseven, oktoeight, novenine, nadazero
In 2022, the ETSI issued a proposal for implementing the use of FDMA protocols on the band in response to increasingly scarce availability of voice channels in some circumstances owing to the widespread use of systems such as AIS. The plan includes significantly narrower 6.25 kHz channel spacing, and would support voice and data applications.[15]
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Este artículo o sección tiene referencias, pero necesita más para complementar su verificabilidad.Este aviso fue puesto el 28 de diciembre de 2020. París Tipo Tienda por departamentosFundación 1900Sede central Santiago, ChileÁrea de operación Chile ChileMarcas Propias: Alaniz, Alaniz Home, Aussie, Attimo, Greenfield, Nex, Opposite, Rainforest, Tribu, Tri, entre otras.Exclusivas: Brooks Brothers, Cheeky, Foster, Lacoste Shoes, Legacy, Nautica, Paula Cahen D'Anvers, Tommy Hilfigher ...
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Open-Source Lab AuthorJoshua M. PearceCountryUnited StatesLanguageEnglishSubjectDo it yourselfOpen-source hardwareResearchPublisherElsevierPublication dateNovember 7, 2013 (2013-11-07)Media typePrintPages271ISBN978-0124104624 (hardcover)OCLC880668233Dewey Decimal681/.750285LC ClassQ185 .P43 2014 The Open-Source Lab: How to Build Your Own Hardware and Reduce Research Costs by Joshua M. Pearce was published in 2014 by Elsevier. The academic book is a guide, which detail...
German handball club TUSEM EssenFull nameTUSEM Sport und Marketing GmbHFounded2000; 23 years ago (2000)ArenaSportpark am HalloCapacity2,578PresidentFrank SchienbeinHead coachMichael HegemannLeague2. Handball-Bundesliga2021–228thClub colours Home Away Website Official site TUSEM Essen is a handball club from Essen, Germany. Currently, they compete in the 2. Handball-Bundesliga.[1] Accomplishments Handball-Bundesliga: 3 Gold: 1986, 1...
This article does not cite any sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.Find sources: Dutch Fortress Museum – news · newspapers · books · scholar · JSTOR (July 2014) (Learn how and when to remove this template message) Side view of the Nederlands Vestingmuseum. On the left are casemates. On the right are the powder tester (the pole), and the water postern. The Du...
AyọAyọ at the National Theatre in Warsaw, 19 November 2008Background informationBirth nameJoy Olasunmibo OgunmakinAlso known asAyọ, Ayo.Born (1980-09-14) 14 September 1980 (age 43)OriginCologne, West GermanyGenresFolksoulreggaeOccupation(s)SingersongwriteractressInstrument(s)VocalsguitarpianoYears active2001–presentLabelsPolydorInterscopeMotown FranceOgun3ème BureauWagramWebsitewww.ayomusic.comMusical artist Joy Olasunmibo Ogunmakinpronunciationⓘ (born 14 September 1980), know...
Komisi Pemilihan Umum beralih ke halaman ini. Untuk kegunaan lain, lihat Komisi Pemilihan Umum (disambiguasi). Komisi Pemilihan Umum Republik IndonesiaGambaran UmumSingkatanKPUDasar hukum pendirianUndang-Undang Nomor 7 Tahun 2017SifatIndependenStrukturKetua/AnggotaHasyim Asy'ariAnggotaBetty Epsilon IdroosAnggotaMochammad AfifuddinAnggotaParsadaan HarahapAnggotaAugust MellazAnggotaIdham KholikAnggotaYulianto SudrajatSekretaris JenderalBernad Dermawan SutrisnoKantor pusatJl. Imam Bonjol No.29 J...
Fungsi entropi biner BernoulliTeori informasi (Inggris: information theory) adalah disiplin ilmu dalam bidang matematika terapan yang berkaitan dengan kuantisasi data sehingga data atau informasi itu dapat disimpan dan dikirimkan tanpa kesalahan (error) melalui suatu kanal komunikasi. Entropi informasi (information entropy) sering dipakai sebagai alat untuk maksud ini, dan biasanya dinyatakan sebagai banyaknya bit rerata yang diperlukan untuk penyimpanan dan pengiriman informasi tersebut. Seb...
Lucio Sergio CatilinaPretore della Repubblica romanaCatilina raffigurato con le mani artigliate da Cesare Maccari in Cicerone denuncia Catilina (particolare), affresco, Palazzo Madama (Roma), 1880 Nome originaleLucius Sergius Catilina Nascita108 a.C.Roma Morte62 a.C.Pistoia ConiugeGratianaAurelia Orestilla FigliMarzio (da Gratiana) GensSergia PadreLucio Sergio Silo MadreBelliena Questura78 a.C. Edilità70 a.C. Pretura68 a.C. Legatus legionis74 a.C. in Macedonia Propretura67 a.C. - 66 a.C...
This is a list of known characters in the manga and anime series Saint Tail. Main characters Meimi Haneoka Meimi Haneoka (羽丘 芽美, Haneoka Meimi) Voiced by: Tomo Sakurai (Japanese); Mela Lee[1] (English)Ep. 1 The protagonist of the series, a fourteen-year-old girl at St. Paulia's Academy, and the daughter of a stage magician and a former phantom thief. Using information that Seira gets from confessionals, she sneaks out at night as Phantom Thief Saint Tail (怪盗セイン...
تنشأ مقاومة التلامس الحراري (بالإنجليزية: Thermal contact resistance) عند وجود جسمين صلبين في حالة تلامس، ويكون هذا «الاتصال» غالباً غير كامل فتظهر مقاومة اتصال حراري بين الجسمين. وجد عملياً أن قيمة الناقلية الحرارية للجملة المكونة من هذين الجسمين تنخفض عن القيمة المحسوبة نظرياً بس...
Extinct genus of temnospondyls SclerothoraxTemporal range: Early Triassic, Olenekian PreꞒ Ꞓ O S D C P T J K Pg N ↓ Fossil Scientific classification Domain: Eukaryota Kingdom: Animalia Phylum: Chordata Order: †Temnospondyli Suborder: †Stereospondyli Clade: †Capitosauria Family: †SclerothoracidaeHuene, 1932 Genus: †SclerothoraxHuene, 1932 Type species †Sclerothorax hypselonotusHuene, 1932 Sclerothorax is an extinct genus of temnospondyl from the Early Triassic of Germany. ...
Paghimo ni bot Lsjbot. Alang sa ubang mga dapit sa mao gihapon nga ngalan, tan-awa ang Cantonment Creek. 38°09′07″N 106°33′47″W / 38.15194°N 106.56309°W / 38.15194; -106.56309 Cantonment Creek Suba Nasod Tinipong Bansa Estado Colorado Kondado Saguache County Gitas-on 2,863 m (9,393 ft) Tiganos 38°09′07″N 106°33′47″W / 38.15194°N 106.56309°W / 38.15194; -106.56309 Timezone MST (UTC-7) - summer (DST) MD...
Strategi Solo vs Squad di Free Fire: Cara Menang Mudah!