Skip to main content
Fachgebiete
Automobil + Motoren Bauwesen + Immobilien Business IT + Informatik Elektrotechnik + Elektronik Energie + Nachhaltigkeit Finance + Banking Management + Führung Marketing + Vertrieb Maschinenbau + Werkstoffe Versicherung + Risiko
DE
EN
Bücher
Zeitschriften
Themenseiten
Organisationspsychologie Projektmanagement Marketing Smart Manufacturing
Weitere Formate
Podcasts Webinare Technik Webinare Wirtschaft Kongresse Veranstaltungskalender Awards
Jetzt Einzelzugang starten
Zugang für Unternehmen
Referenzkunden
SLX-Digitalkonferenz: Zukunftswerkstatt 2024

Mehr Umsatz mit Top-Kontakten

Am 7. Mai erfahren Sie, wie Vertriebsteams Leadgenerierung, Leadnurturing und Leadstrategien effizient steuern können.
Erweiterte Suche
Anmelden
nach oben
Erschienen in:
Buchtitelbild

2020 | OriginalPaper | Buchkapitel

1. Hot-Point Drills

verfasst von : Pavel G. Talalay

Erschienen in: Thermal Ice Drilling Technology

Verlag: Springer Singapore

Einloggen

Aktivieren Sie unsere intelligente Suche, um passende Fachinhalte oder Patente zu finden.

search-config
loading …

Abstract

Hot-points are designed for producing boreholes without a core by melting ice and used to install ablation sticks, to determine ice thickness, to locate englacial and subglacial streams, to deploy sensors and tools under ice shelves, to measure temperatures and closure rates of glaciers, to study subglacial environment in Earth and other planets. The energy for the melting tip heater is provided by a hot fluid that is pumped down using hoses in a closed circuit or by electricity transported via electrical cable.

Sie haben noch keine Lizenz? Dann Informieren Sie sich jetzt über unsere Produkte:

Springer Professional "Wirtschaft+Technik"

Online-Abonnement

Mit Springer Professional "Wirtschaft+Technik" erhalten Sie Zugriff auf:

  • über 102.000 Bücher
  • über 537 Zeitschriften

aus folgenden Fachgebieten:

  • Automobil + Motoren
  • Bauwesen + Immobilien
  • Business IT + Informatik
  • Elektrotechnik + Elektronik
  • Energie + Nachhaltigkeit
  • Finance + Banking
  • Management + Führung
  • Marketing + Vertrieb
  • Maschinenbau + Werkstoffe
  • Versicherung + Risiko

Jetzt Wissensvorsprung sichern!

Jetzt informieren

Springer Professional "Technik"

Online-Abonnement

Mit Springer Professional "Technik" erhalten Sie Zugriff auf:

  • über 67.000 Bücher
  • über 390 Zeitschriften

aus folgenden Fachgebieten:

  • Automobil + Motoren
  • Bauwesen + Immobilien
  • Business IT + Informatik
  • Elektrotechnik + Elektronik
  • Energie + Nachhaltigkeit
  • Maschinenbau + Werkstoffe




 

Jetzt Wissensvorsprung sichern!

Jetzt informieren
Nächstes Kapitel Electric Thermal Coring Drills
Literatur
Aamot HWC (1967a) Pendulum steering for thermal probes in glaciers. USA CRREL Special Report 116
Aamot HWC (1967b) The Philberth probe for investigating polar ice caps. USA CRREL Special Report 119
Aamot HWC (1967c) Heat transfer and performance analysis of a thermal probe for glaciers. USA CRREL Technical Report 194
Aamot HWC (1968a) Instrumented probes for deep glacial investigations. USA CRREL Technical Report 210
Aamot HWC (1968b) Instrumented probes for deep glacial investigations. J Glaciol 7(50):321–328CrossRef
Aamot HWC (1968c) A buoyancy-stabilized hot-point drill for glacier studies. USA CRREL Technical Report 215
Aamot HWC (1968d) A buoyancy-stabilized hot-point drill for glacier studies. J Glaciol 7(51):493–498CrossRef
Aamot HWC (1968e) Pendulum steered thermal probe. US Patent 3,390,729
Aamot HWC (1969) Winding long, slender coils by the orthocyclic method. USA CRREL Special Report 128
Aamot HWC (1970a) Self-contained thermal probes for remote measurements within an ice sheet. In: International symposium on antarctic glaciological exploration (ISAGE), IASH Publ. 86, pp 63–68
Aamot HWC (1970b) Development of a vertically stabilized thermal probe for studies in and below ice sheets. Trans ASME, J Eng Ind 92(2):263–268CrossRef
Bazhev AB, Zagorodnov VS, Rototaeva OV (1988) Burovye raboty v oblasti pitaniya lednika Garabashi na El’bruse [Drilling operations in the ice-feeding region of Garabashi Glacier at Elbrus]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 64, pp 11–12 (in Russian)
Benson T, Cherwinka J, Duvernois M et al (2014) IceCube enhanced hot water drill functional description. Ann Glaciol 55(68):105–114CrossRef
Bentley CR, Koci BR, Augustin LJ-M et al (2009) Ice drilling and coring. In: Bar-Cohen Y, Zacny K (eds) Drilling in extreme environments. Penetration and sampling on earth and other planets. WILEY-VCH Verlag GmbH & Co., KGaA, Weinheim, pp 221–308
Biele J, Ulamec S, Garry J et al (2002) Melting probes at Lake Vostok and Europa. In: Proceeding of the First European Workshop on Exo/Astrobiology, 16–19 September, 2002. Graz, Austria, ESA SP-518, pp 253–260
Biele J, Ulamec S, Hilchenbach M et al (2011) In situ analysis of Europa ices by short-range melting probes. Adv Space Res 48:755–763CrossRef
Calciati M (1945) Le perforazioni eseguite del ghiacciaio d’Hosand. Bolletino del Comitato Glaciologico Italiano 23:19–28
Cardell G, Hecht MH, Carsey FD et al (2004) The subsurface ice probe (SIPR): a low-power thermal probe for the martian polar layered deposits. In: 35th Lunar and planetary science conference, 15–19 March 2004. League City, Texas, USA, Abstract no 2041
Clarke GKC (1987) A short history of scientific investigations on glaciers. J Glaciol, Spec Issue, 4–24CrossRef
Classen DF (1970) Thermal drilling and deep ice-temperature measurements on the Fox glacier, Yukon. A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science. Department of Geophysics. The University of British Columbia, Vancouver, Canada, April 1970, 65 p
Classen DF (1977) Temperature profiles for the Barnes ice cap surge zone. J Glaciol 18(80):391–405CrossRef
Classen DF, Clarke GKC (1972) Thermal drilling and deep ice temperature measurements on the Rusty Glacier. In: Icefield ranges research project. Scientific results, vol 3. In: Bushnell VC, Ragle RH (eds) American Geographical Society, New York and Arctic Institute of North America, Montreal, Canada, pp 103–116
Dachwald B, Mikucki J, Tulaczyk S et al (2014) IceMole: a maneuverable probe for clean in situ analysis and sampling of subsurface ice and subglacial aquatic ecosystems. Ann Glaciol 55(65):14–22CrossRef
Dachwald B, Kowalski J, Baader F et al (2016) Enceladus explorer: next steps in the development and testing of a steerable subsurface ice probe for autonomous operation. In: Proceeding of the conference Enceladus and the Icy Moons of Saturn, 26–29 July, 2016. Boulder, USA, Abstract no 3031
Datta PM (1980) Design and fabrication of hot point probe for Zemu glacier operation. Geol Surv India Spec Publ 4:296–301
Davis A (2017) A prototype ice-melting probe for collecting biological samples from cryogenic ice at low pressure. Astrobiology 17(8):709–720CrossRef
Di Pippo S, Mugnuolo R, Vielmo P et al (1999) The exploitation of Europa ice and water basins: an assessment on required technological developments, on system design approaches and on relevant expected benefits to space- and earth-based activities. Planet Space Sci 47:921–933CrossRef
Dubrovin LI (1960) Rassol v shel’fovom lednike Lazareva [Brine in the Lazarev Ice Shelf]. Informatsionny Byulleten’ Sovetkoj Antarkticheskoj Ekspeditsii [Soviet Antarctic Expedition Information Bulletin] 22:15–16 (in Russian)
Dutta RK (1980) Drilling in Zemu glacier, North Sikkem. A study of methodology and problems. Geol Surv India Spec Publ 4:229–233
Ekman SR (1961) Notes on glaciological activities in Kebnekajse, Sweden. Thermal drilling in Insfallglaciären, Kebnekajsę. Geografiska Annaler 43(3/4):422
Elliott JO, Carsey FD (2004) Deep subsurface exploration of planetary ice enabled by nuclear power. In: Proceeding of 2004 IEEE Aerospace Conference, 6–13 March 2004, vol 5. Big Sky, Montana, USA, pp 2978–2987
Aviation Epps (2009) Coporate Brochure. DeKalb-Peachtree Airport, Atlanta, USA
French L, Anderson FS, Carsey F et al (2001) Cryobots: an answer to subsurface mobility in planetary icy environments. In: Proceeding of the 6th international symposium on artificial intelligence and robotics & automation in space: i-SAIRAS 2001, 18–22 June, 2001. Canadian Space Agency, St-Hubert, Quebec, Canada, 8 p
Gerrard JAF, Perutz MF, Roch A (1952) Measurements of the velocity distribution along a vertical line through a glacier. Proc R Soc Ser A 213(115):546–558
Gillet F (1975) Steam, hot-water and electrical thermal drills for temperate glaciers. J Glaciol 14(70):171–179CrossRef
Gillet F, Rado C, Maree G et al (1984). “Climatopic” thermal probe. In: Holdsworth G, Kuivinen KC, Rand JH (eds) Proceeding of the second international workshop/symposim on ice drilling technology, 30–31 August 1982. Calgary, Alberta, Canada. USA CRREL Special Report 84–34, pp. 95–99
Golubev GN, Sukhanov LA, Khromov RS (1976) Beskernovoye termoelektroburenie i ego primenenie dlya izuchenia stroeniya lednika Jankuat [Full-diameter thermal drilling and its using for structure investigations of Jankuat Glacier]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 28, pp 96–104 (in Russian)
Grilli R, Marrocco N, Desbois T et al (2014) SUBGLACIOR: An optical analyzer embedded in an Antarctic ice probe for exploring the past climate. Rev Sci Instrum 85:111301CrossRef
Grześ M (1980) Non-cored hot point drills on Hans Glacier (Spitsbergen), method and first results. Pol Polar Res 1(2–3):75–85
Haehnel RB, Knuth MA (2011) Potable water supply feasibility study for summit station, Greenland. USA CRREL Report ERDC/CRREL TR-11-4
Hansen BL, Kersten L (1984) An in-situ sampling thermal probe. In: Holdsworth G, Kuivinen KC, Rand JH (eds) Proceeding of the second international workshop/symposium on ice drilling technology, 30–31 August, 1982. Calgary, Alberta, Canada. USA CRREL Special Report 84–34, pp 119–122
Harrison WD (1975) Temperature measurements in a temperate glacier. J Glaciol 14(70):23–30CrossRef
Harrison WD, Kamb B (1976) Drilling to observe subglacial conditions and sliding motion. In: Splettstoesser JF (ed.) Ice-core drilling: proceeding of the symposium, 28–30 August, 1974. University of Nebraska, Lincoln, USA. University of Nebraska Press, Lincoln, pp 37–43
Hayes D (1995) The lost squadron … Found! Georgia Tech., Spring, pp 40–47
Hodge SM (1974) Variations in the sliding of a temperate glacier. J Glaciol 13(69):349–369CrossRef
Hodge SM (1976) Direct measurement of a pilot basal water pressures: study. J Glaciol 16(74):205–218CrossRef
Hodge SM (1979) Direct measurement of basal water pressures: progress and problems. J Glaciol 23(89):309–319CrossRef
Hooke RLeB (1976). University of Minnesota ice drill. In: Splettstoesser JF (ed.) Ice-core drilling: proceeding of the symposium, 28–30 August, 1974, University of Nebraska, Lincoln, USA. Univ. of Nebraska Press, Lincoln, pp 47–57
Hooke RLeB, Alexander Jr EC (1980) Temperature profiles in the Barnes Ice Cap, Baffin Island, Canada, and heat flux from the subglacial terrane. Can J Earth Sci 17:1174–1188CrossRef
Hooke RLeB, Hanson B (1986). Borehole deformation experiments, Barnes Ice Cap, Canada. Cold Reg Sci Tech 12 261–276CrossRef
Horne MF (2018) Thermal probe design for Europa sample acquisition. Acta Astronaut 142:29–36CrossRef
Ignatov VS (1960a) Izuchenie stroenia snezhno-firnovoi tolshchi v Antarktide termicheskim sposobom [Study of the structure of snow and firn cover in Antarctica by the thermal method]. Informatsionny Byulleten’ Sovetkoj Antarkticheskoj ekspeditsii [Soviet Antarctic Expedition Information Bulletin] 21:16–18 (in Russian)
Ignatov VS (1960b) Opyt termicheskoy prokhodki ledyanikh skvazhin na stantsii Vostok [Experiment in the thermal drilling of holes in the ice at Vostok Station]. Informatsionny Byulleten’ Sovetkoj Antarkticheskoj ekspeditsii [Soviet Antarctic Expedition Information Bulletin] 22:50–52 (in Russian)
Ignatov VS (1962) God na polyuse kholoda [A Year on the Pole of Cold]. Geografgiz, Moscow (in Russian)
Kamb B, Shreve RL (1966) Results of a new method for measuring internal deformation in glaciers. Trans Am Geophys Union 47:190
Kasser P (1960) Ein leichter thermischer Eisbohrer als Hilfsgerät zur Installation von Ablationsstangen auf Gletschern. Geofisica Pura e Applicllla 45(1):97–114CrossRef
Kaufmann E, Kargl G, Kömle NI et al (2009) Melting and sublimation of planetary ices under low pressure conditions: laboratory experiments with a melting probe prototype. Earth Moon Planets 105:11–29CrossRef
Kelty JR (1995) An in situ sampling thermal probe for studying global ice sheets. Dissertation presented to the Faculty of the Graduate College in the University of Nebraska in partial fulfillment of requirements for the degree of Doctor of Philosophy. Major: Interdepartmental area of engineering (Electrical engineering) under the supervision of Prof. D. P. Billesbach, Nebraska, Lincoln, USA, May 1995
Kharitonov VV (2005) Peculiarities of fractional composition of the Pechora Sea first-year ridges. In: Proceeding of the 18th international conferences on port and ocean engineering under Arctic Conditions (POAC), vol 2, 26–30 June, 2005, Potsdam, New York, pp. 907–916
Kharitonov VV (2008) Internal structure of ice ridges and stamukhas based on thermal drilling data. Cold Reg Sci Tech 52:302–325CrossRef
Kharitonov VV, Morev VA (2005) Research of the internal structure of ridges in the Central Arctic by electrothermal drilling method. In: Proceeding of the 18th international conference on port and ocean engineering under Arctic conditions (POAC), vol 2, 26–30 June, 2005. Potsdam, New York, pp 917–926
Kharitonov VV, Morev VA (2009) Torosy v raione dreifuyushchei stantsii “Severnyi Polyus – 35” [Ice ridges in the region of drifting station “Severnyi Polyus – 35”]. Meteorologiya i gidrologiya [Meteorology and Hydrology] 6:68–73 (in Russian)
Kharitonov VV, Morev VA (2011) Metod issledovaniya vnutrennego stroeniya torosov i stamukh s pomoshchyu technologii termobureniya [Research of inner structure of ice ridges and stamikhas with thermal drilling technology]. Meteorologiya i gidrologiya [Meteorology and Hydrology] 7:49–58 (in Russian)
Koechlin R (1945) Procédé pour sonder les glaciers et installation pour sa mise en oeuvre. FR Patent 910,034
Konstantinidis K, Martinez CLF, Dachwald B et al (2014) A lander mission to probe subglacial water on Saturn’s moon Enceladus for life. Acta Astronaut 106:63–89CrossRef
Korotkevich YeS (ed.) (1965) Pyataya kontinental’naya ekspeditsiya 1959–1961 gg. Obshchee opisanye [Fifth Continental Expedition of 1959–1961. General description]. Trudy Sovetskoy Antarkticheskoy Ekspeditsii (Transactions of Soviet Antarctic Expedition) 36. (in Russian)
Korotkevich YeS, Kudryashov BB (1976) Ice sheet drilling by Soviet Antarctic expeditions. In: Splettstoesser JF (ed.) Ice-core drilling: proceeding of the symposium, 28–30 August, 1974. University of Nebraska, Lincoln, USA. University of Nebraska Press, Lincoln, pp 63–70
Kotlyakov VM (ed) (1985) Glyatsiologiya Shpitsbergena [Glaciology of Spitsbergen]. Nauka, Moscow (in Russian.)
Kowalski J and 33 others (2016) Navigation technology for exploration of glacier ice with maneuverable melting probes. Cold Reg Sci Tech 123:53–70CrossRef
Kömle NI, Kargl G, Steller M (2002) Melting probes as a means to explore planetary glaciers and ice caps. In: Proceeding of the first European workshop on exo-astrobiology, 16–19 Sept 2002, Graz, Austria, ESA SP-518, pp 305–308
Kömle NI, Treffer M, Kargl G, et al. (2004) Development of melting probes for exploring ice sheets and permafrost layers. J Glaciol Geocryol (Issue z1): 310–318
Kömle NI, Tiefenbacher P, Weiss P et al (2018a) Melting probes revisited—ice penetration experiments under Mars surface pressure conditions. Icarus 308:117–127CrossRef
Kömle NI, Tiefenbacher P, Kahr A (2018b) Melting probe experiments under Mars surface conditions—the influence of dust layers, CO2 ice and porosity. Icarus 315:7–19CrossRef
LaChapelle E (1963) A simple thermal ice drill. J Glaciol 4(35):637–642CrossRef
Lane AL, Carsey FD, French GD et al (2001) Development of extreme environment systems for seeking out extremophiles. In: Proceeding of OCEANS, 2001. MTS/IEEE Conference and Exhibition, 5–8 November, 2001, vol 4. Honolulu, USA, pp 2036–2042
Lorenz RD (2012) Thermal drilling in planetary ices: an analytic solution with application to planetary protection problems of radioisotope power sources. Astrobiology 12:799–802CrossRef
Mae S, Wushiki H, Ageta Y et al (1975) Thermal drilling and temperature measurements in Khumbu Glacier, Nepal Measurements Himalayas. J Jpn Soc Snow Ice 37(4):161–169CrossRef
Mathews WH (1957) Glaciological research in Western Canada in 1956. Can Alpine J 40:94–96
Mathews WH (1958) Glaciological research in Western Canada in 1957. Can Alpine J 41:90–91
Mathews WH (1959) Vertical distribution of velocity in Salmon Glacier, British Columbia. J Glaciol 3(26):448–454CrossRef
Meier MF, Rigsbyt GP, Sharp RP (1954) Preliminary data from Saskatchewan glacier, Alberta, Canada. R.P. Arctic 7(1):3–26
Mellor M (1986) Equipment for making access holes through arctic sea ice. USA CRREL Special Report 86–32
Miller MM (1953) The application of electro-thermic boring methods to englacial research with special reference to the Juneau Icefield investigations in 1952–53. Arctic Institute of North America, Report No. 4, Project ONR-86. Dec 1952 (supplemented Dec 1953)
Morev VA (1966) Opity po bureniyu l’da elektroteplovym sposobom v Mirnom [Experimental electrothermal ice drilling at Mirny]. Informatsionny Byulleten’ Sovetkoj Antarkticheskoj ekspeditsii [Soviet Antarctic Expedition Information Bulletin] 56:52–56 (in Russian)
Morev VA (1976) Elektrotermobury dlia bureniia skvazhin v lednikovom pokrove [Electric thermal drills for glacier core drilling]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 28, pp 118–120. (in Russian)
Morev VA, Pukhov VA (1981) Eksperimental’nye raboty po bureniiu kholodnykh pokrovnykh lednikov termoburovymi snariadami AANII [Using AARI thermodrills in experimental drilling of cold ice sheets]. Trudy Arkticheskogo i Antarkticheskogo nauchno-issledovatel’skogo instituta [Transactions of Arctic and Antarctic Research Institute] 367:64–68 (in Russian)
Morev V, Kharitonov V (2001). Definition of the internal structure of large ice features by thermal drilling methods. In: Proceeding of the 16th international conference on port and ocean engineering under arctic condition POAC’01, vol 3, 12–17 August 2001. Ottawa, Ontario, Canada, pp 1465–1472
Morev VA, Pukhov VA, Yakovlev VM et al (1984) Equipment and technology for drilling in temperate glaciers. In: Holdsworth G, Kuivinen KC, Rand JH (eds.) Proceeding of the second international workshop/symposium on ice drilling technology, 30–31 August 1982. Calgary, Alberta, Canada. USA CRREL Special Report 84–34, pp 125–127
Morev VA, Klement’ev OL, Manevskii LN, et al. (1988) Glyatsio-burobye raboty na lednike Vavilova v 1979–1985 gg. [Ice drilling on Vavilov Glacier in 1979–1985]. Geograficheskie i glyatsiologicheskie issledovaniya v polarnikh stranakh [Geographical and glaciological investigations in polar regions]. Leningrad, Gidrometeoizdat, pp 25–32. (in Russian)
Morton BR, Lightfoot RM (1975) A prototype meltsonde probe-design and experience. Australian Antarctic Division, Department of Science, Tech Note No 14
Negre B (1950) Sondages Thermiques. Rapport Preliminaire de la Campagne au Groenland, 1949, Serie Scientifique, No. 10, Expéditions Françaises, pp 28–30
Nizery A (1951) Electrothermic rig for the boring of glaciers. Trans AGU 32(1):66–72CrossRef
Nizery A, Terrier M (1952) Sonde thermique pour glaciers. FR Patent 1,011,327
Northwood TD (1947) Drill for determining thickness of ice. Can J Res 25:196–197CrossRef
Orvig S, Mason RW (1963) Ice temperatures and heat flux, McCall Glacier, Alaska. Union Geodesique el Geophysique Internationale. Association Internationale d’Hydrologie Scientifique. Assemblee generale de Berkele. 19–31 March 1963. Commission des Neiges et des Glaces, pp 181–188
Paige DA, Wood SE, Vasavada AR (1993) Drill/borescope system for the mars polar pathfinder. Workshop on advanced technologies for planetary instruments, 28–30 April 1993. Fairfax, Virginia, USA. LPI Technical Report 93-02, Part I, pp 18–19
Philberth B (1956) Beseitigung radioaktiver Abfallsubstanzen. Atomkern-Energie 11(12):396–400
Philberth K (1962) Une méthode pour mesurer les témperatures à l’intérieur d’un Inlandsis. Comptes Rendus Hebdomadaires des Séances de l’Académie des Sciences 254(1962):3881–3883
Philberth K (1964) Über zwei Elktro-Schmelzsonden mit Vertikal-Stabilisierung. Polarforschung 34(1–2):278–280
Philberth K (1966) Sur la stabilisation de la course d’une sonde thermique. Comptes Rendus Hebdomadaires des Séances de l’Académie des Sciences 262:456–459
Philberth K (1976) The thermal probe deep-drilling method by EGIG in 1968 at Station Jarl-Joset, Central Greenland. In: Splettstoesser JF (ed) Ice-core drilling: proceeding of the symposium, 28–30 August 1974. University of Nebraska, Lincoln, USA. University of Nebraska Press, Lincoln, pp 117–132
Philberth K (1984) Die thermische Tiefbohrung in Station Jarl-Joset und ihre theoretische Auswertung. Polarforschung 54(1):43–49
Remenieras MG, Terrier MM (1951) La sonde électrothermique E.D.F. pour le forage des glaciers. Union Géodésiques Géophys. Intern. Assoc. Hydrologie Sci., Assemblée Générale de Bruxelles [Proc. of the Int. Assoc. of Scientific Hydrology, Union of Geodesy and Geophysics, General Assembly of Brussels,] 1, pp 254–260
Rogers JC, LaChapelle ER (1974) The measurement of vertical strain in glacier bore holes. J Glaciol 13(68):315–319CrossRef
Ryumin AK, Nozdryukhin VK, Emel’yanov YuN et al (1974) Stroenie lednika Abramova po dannym radiolokatsionnogo zondirovaniya [Structure of Abramov Glacier according with radar sounding]. Trudy SARNIGMI [Transactions of Middle-East Regional Research Hydro-Meteorological Institute] 14(95), 27–35. (in Russian)
Savage JC, Paterson WSB (1963) Borehole measurements in the Athabasca Glacier. J Geophys Res 68(15):4521–4536CrossRef
Schuler CG, Winebrenner DP, Elam WT et al (2018). In situ contamination of melt probes: Implications for future subglacial microbiological sampling and icy worlds life detection missions. In: 67th Annual Southeastern GSA section meeting, 12–13 April, 2018. Knoxville, Tennessee, USA. Geological Society of America, Abstracts with Programs 50(3), Paper No. 23–10
Schüller K, Kowalski J (2019) Melting probe technology for subsurface exploration of extraterrestrial ice—critical refreezing length and the role of gravity. Icarus 317:1–9CrossRef
Sharp RP (1951) Thermal regimen of firn on upper Seward glacier, Yukon territory, Canada. J Glaciol 1(9):476–487, 491CrossRef
Sharp RP (1953) Deformation of a vertical bore hole in a piedmont glacier. J Glaciol 2(13):182–184CrossRef
Shreve RL (1961) The borehole experiment on Blue Glacier, Washington. Union Geodesique et Ge-ophysique Internationale. Association Internationale d’ Hydrologie Scientifique. Assemblie generale de Helsinki, 25 July–6 August, 1960. Commission des Neiges et Glaces, Publ. No 54, pp 530–531
Shreve RL (1962a) Theory of performance of isothermal solid-nose hotpoints boring in temperate ice. J Glaciol 4(32):151–160CrossRef
Shreve RLP (1962b). Review on P. Kasser. Ein leichter thermischer Eisbohrer als Hilfsgerät zur Installation von Ablationsstangen auf Gletschern. Geofisica Pura e Applicata, vol 45, No 1, 1960, 97–114. J Glaciol 4(32):234–235
Shreve RL, Sharp RP (1970) Internal deformation and thermal anomalies in Lower Blue Glacier, Mount Olympus, Washington, U.S.A. J Glaciol 9(55):65–86
Siegel V, Hogan B, Stone WC et al (2016) Development and field testing VALKYRIE—a prototype cryobot for clean subglacial access and sampling. In: SCAR biennial meetings & open science Conference, 20–30 August 2016, Kuala Lumpur, Malaysia, Abstracts, p 52
Stacey JS (1960) A prototype hotpoint for thermal boring on the Athabaska Glacier. J Glaciol 3(28):783–786CrossRef
Stone WC, Hogan B, Siegel V et al (2014) Progress towards an optically powered cryobot. Ann Glaciol 55(65):1–13CrossRef
Stone W, Hogan B, Siegel VL, et al (2016) SPINDLE: a 2-stage nuclear-powered cryobot for ocean world exploration. In: American geophysical union, fall general assembly, 12–16 December, 2016. San-Francisco, California, USA, Abstract no C51E-07
Stone W, Hogan B, Siegel V et al (2018) Project VALKYRIE: laser-powered cryobots and other methods for penetrating deep ice on ocean worlds. In: Badescu V, Zacny K (eds) Outer solar system. Springer, Cham, pp 47–165CrossRef
Sukhanov LA (1975) Sposob opredeleniya plotnosti snezhno-ledyanogo pokrova (Method of estimation of snow-ice layers density). USSR Patent 468,133
Sukhanov LA, Morev VA, Zotikov IA (1974) Potativnye ledovye elektrobury [Portable thermo-electric ice drills]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 23, pp 234–238. (in Russian)
Suto Y, Saito S, Osada K et al (2008) Laboratory experiments and thermal calculations for the development of a next-generation glacier-ice exploration system: development of an electro-thermal drilling device. Polar Sci 2:15–26CrossRef
Talalay PG (2016) Mechanical ice drilling technology. Geological Publishing House, Beijing and Springer Science+Business Media SingaporeCrossRef
Talalay PG, Markov AN, Sysoev MA (2013) New frontiers of Antarctic subglacial lakes exploration. Geogr Environ Sust 6(1):14–28CrossRef
Talalay PG, Zagorodnov VS, Markov AN et al (2014) Recoverable autonomous sonde (RECAS) for environmental exploration of Antarctic subglacial lakes: general concept. Ann Glaciol 55(65):23–30CrossRef
Talalay P, Yang C, Cao P et al (2015) Ice-core drilling problems and solutions. Cold Reg Sci Tech 120:1–20CrossRef
Talalay PG, Li Y, Sysoev MA et al (2019) Thermal tips for ice hot-point drilling: experiments and preliminary thermal modeling. Cold Reg Sci Tech 160:97–109
Taylor PL (1976) Solid-nose and coring thermal drills for temperate ice. In: Splettstoesser JF (ed) Ice-core drilling: proceeding of the symposium 28–30 August, 1974. University of Nebraska, Lincoln, USA. University of Nebraska Press, Lincoln, pp 167–177
Tibcken M, Dimmler W (1997) Einsatz einer Durchschmelzsonde (SUSI) zum Transporteiner kommerziellen CTD-Sonde unter das Schelfeis. Die Expedition ANTARKTIS-XII mit FS “Polarstern” 1995. In: Jokat W, Oerter H (eds) Bericht vom Fahrtabschnitt ANT-XII/3, Berichte zur Polarforschung, Ber. Polarforsch. 219, pp 106–112
Treffer M, Kömle NI, Kargl G et al (2006) Preliminary studies concerning subsurface probes for the exploration of icy planetary bodies. Planet Space Sci 54:621–634CrossRef
Tyler SW, Holland DM, Zagorodnov V et al (2013) Using distributed temperature sensors to monitor an Antarctic ice shelf and sub-ice shelf cavity. J Glaciol 59(215):583–591CrossRef
Ulamec S, Biele J, Drescher J, et al. (2005) A melting probe with applications on Mars, Europa and Antarctica. In: 56th international astronautical congress, IAC-A1.7.08, 17–21 October, 2005, Fukuoka, Japan, pp 1–8
Ulamec S, Biele J, Funke O et al (2007) Access to glacial and subglacial environments in the solar system by melting probe technology. Rev Environ Sci Biotechnol 6:71–94CrossRef
Vallelonga P, Svensson A (2014) Ice core archives of mineral dust. Mineral dust: a key player in the earth system. In: Knippertz P, Stuut J-BW (eds) Springer Science+Business Media Dordrecht, pp 463–485
Vasilenko EV, Gromyko AN, Dmitriev DN et al (1988) Stroenie lednika Davydova po dannym radiozondirovaniya i termobureniya [Structure of the Davydov Glacier according with radio sounding and thermal drilling data]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 62, pp 208–215. (in Russian)
Wade FA (1945) The physical aspects of the Ross Shelf Ice. Proc Am Philoso Soc 89(1):160–173
Ward WH (1952) The glaciological studies of the Baffin Island Expedition, 1950. Part Ill: equipment and techniques. J Glaciol 2(12):115–121CrossRef
Ward WH (1961) Experiences with electro-thermal ice drills on Austerdalsbre, 1956–59. Union Geodesique et Geophysique Internationale. Association Internationale d’ Hydrologie Scien-tifique. Assemblie generale de Helsinki, 25 July–6 August, 1960. Commission des Neiges et Glaces, Publ No 54, pp 532–542
Weinberg B (1912) Der elektrische Eisbohrer. Zeitschrift für Gletscherkunde 6:214–217
Weiss P, Yung KL, Ng TC et al (2008) Study of a thermal drill head for the exploration of subsurface planetary ice layers. Planet Space Sci 56:1280–1292CrossRef
Weiss P, Yung KL, Kömle N et al (2011) Thermal drill sampling system onboard high-velocity impactors for exploring the subsurface of Europa. Adv Space Res 48:743–754CrossRef
Winebrenner DP, Elam WT, Miller V et al (2013) A thermal ice-melt probe for exploration of Earth-analogs to Mars, Europa and Enceladus. In: 44th lunar and planetary science conference, 18–22 March 2013. The Woodlands, Texas, USA, Abstract no 2986
Winebrenner DP, Elam WT, Kintner PMS et al (2016) Clean, logistically light access to explore the closest places on Earth to Europa and Enceladus. In: AGU Fall Meeting, 12–16 December, 2016. San-Francisco, California, USA, Abstract no C51E-08
Wirtz M, Hildebrandt M (2016) IceShuttle Teredo: an ice-penetrating robotic system to transport an exploration AUV into the ocean of Jupiter’s Moon Europa. In: Proceeding of the 67th international astronautical congress (IAC), 26–30 Sept 2016. Guadalajara, Mexico, no. IAC-16-A3.5.2
Zacny K, Paulsen G, Bar-Cohen Y et al (2016) Drilling and breaking ice. In: Bar-Cohen Y (ed) Low temperature materials and mechanisms. CRC Press, pp 271–347
Zagorodnov VS (1981) Issledovanie stroeniia i temperaturnogo rezhima shpitsbergenskikh lednikov s pomoshch’iu termobureniia [Using thermal drills in studying temperature regime of Spitsbergen glaciers]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 41, pp 196–199. (in Russian)
Zagorodnov VS (1988) Recent Soviet activities on ice core drilling and core investigations in Arctic region. Bull Glacier Res 6:81–84
Zagorodnov VS, Zotikov IA (1981) Kernovoe burenie na Shpitsbergene [Core drilling at Spitsbergen]. Akademiia nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledo-vanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 40, pp 157–163. (in Russian)
Zagorodnov VS, Zinger EM (1982) Gliatsiologicheskie raboty na Severo-Vostochnoi Zemle [Glaciological investigations on North East Land]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 43, p 30. (Text in Russian)
Zagorodnov VS, Zotikov IA, Barbash VR et al (1976) O termoburenii na lednike Obrucheva [Thermal drilling on the Obruchev glacier]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 28, pp 112–118. (in Russian)
Zagorodnov VS, Samoilov OYu, Raikovsii YuV et al (1984) Glubinnoe stroenie lednikovogo plato Lomonosova na o. Zap. Spitsbergen [Deep structure of the glacial Lomonosov Plateau on Western Spitsbergen]. Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 50, pp 119–126. (in Russian)
Zagorodnov VS, Arkhipov SM Bazhev AB et al (1991) Stroenie, sostav i gidrotermicheskii rezhim lednika Garabashi na El’bruse [Structure, composition and hydrothermal regime of the Garabashi Glacier on Elbrus] Akademiya nauk SSSR. Institut geografii. Materialy gliatsiologicheskikh issledovanii [Academy of Sciences of the USSR. Institute of Geography. Data of Glaciological Studies] 73, pp 109–117. (in Russian)
Zagorodnov V, Mosley-Thompson E, Mikhalenko V (2013) Snow and firn density variability in West Central Greenland. IN: 7th international workshop on ice drilling technology: abstracts. Pyle Center, University of Wisconsin, Madison, USA, 9–13 September 2013, p 64
Zagorodnov V, Tyler S, Holland D et al (2014) New technique for access-borehole drilling in shelf glaciers using lightweight drills. J Glaciol 60(223):935–944CrossRef
Zeibig M, Delisle G (1994) Drilling into Antarctic ice—the new BGR ice drill. Polarforschung 62(2/3):147–150
Zimmerman W, Bonitz R, Feldman J (2001) Cryobot: an ice penetrating robotic vehicle for Mars and Europa. In: IEEE aerospace conference, vol 1, 10–17 March 2001. Big Sky, Montana, USA, pp. 311–323
Zimmerman W, Anderson FS, Carsey F et al (2002) The Mars’07 North polar cap deep penetration cryo-scout mission. In: IEEE aerospace conference, 9–16 March 2002, vol 1. Big Sky, Montana, USA, pp 1-305–1-315
Zotikov IA (2006) The Antarctic Subglacial Lake Vostok. Glaciology, biology and planetology. Springer-Verlag, Berlin, Heidelberg, New York
Metadaten
Titel
Hot-Point Drills
verfasst von
Pavel G. Talalay
Copyright-Jahr
2020
Verlag
Springer Singapore
Buch
Thermal Ice Drilling Technology

Print ISBN: 978-981-13-8847-7

Electronic ISBN: 978-981-13-8848-4

Copyright-Jahr: 2020

DOI
https://doi.org/10.1007/978-981-13-8848-4_1