fschieber/wit-captions huggingface dataset:
رسم معاصر لأمير الأفلاق "ڤلاد الثاني دراكول" الذي كان قد استعاد عرش الأفلاق بمعاونة العثمانيين عام 1436م فلم يشارك في معركة ڤارنا ضدهم، بل حاول ثني ابنه ميرچه الثاني عن الالتحاق بجيش الصليبيين فلم يفلح. حَكَمَ الأفلاق مرتين: من 1436-1442م ثم من 1443-1447م، وقُتل بعمر 51-52 عاماً تقريباً. تدهورت العلاقة بين الأفلاق والمجر بعد معركة ڤارنا مباشرة، حتى اقتحم هونياد بشكل غير متوقع الأفلاق أواخر نوفمبر 1447م وهرب ڤلاد لكنه أُلقي القبض عليه وقُتل في المستنقعات في بلتيني (Bălteni) واسمها حالياً پيريش (Periș) برومانيا الحالية، ولا يُعرف مكان قبره.
English: Vlad Dracul, prince of Wallachia, reigned two times.
Befruchtung der menschlichen Eizelle durch ein Spermium (links) und Entstehung der Zygote (rechts). Eine Eizelle kann nur von einem einzigen Spermium befruchtet werden. Deshalb enthält die Zygote genau zwei Chromosomensätze, einen mütterlichen und einen väterlichen. Dadurch können die anschließenden mitotischen Teilungen im Verlauf der Embryonalentwicklung harmonisch ablaufen. Das Mittelstück des Spermiums, das dessen Mitochondrien enthält, gelangt in der Regel nicht in die Zygote, sondern bleibt in der Hülle stecken oder wird abgestoßen.
Deutsch: Sieben Phasen der Befruchtung der Eizelle durch ein Spermium
Gunung Salju karya Guo Xi, koleksi Museum Shanghai. Guo adalah seorang pelukis lanskap panutan di masa Dinasti Song Utara, dia terkenal karena karya lukisannya yang menggambarkan gunung, sungai, dan hutan di musim dingin. Lukisan di atas menunjukkan pemandangan lembah gunung yang dalam dan tenang yang tertutup salju dan beberapa pohon tua yang berjuang untuk bertahan hidup di tebing terjal. Ini adalah mahakarya Guo Xi dengan menggunakan tinta dan komposisi yang luar biasa untuk mengekspresikan konsepsi artistiknya yang terbuka dan tinggi.
English: Snow Mountains by Guo Xi, located in the Shanghai Museum. Guo Xi, a representative painter of landscape painting in the Northern Song dynasty, has been well known for depicting mountains, rivers and forests in winter. This piece shows a scene of deep and serene mountain valley covered with snow and several old trees struggling to survive on precipitous cliffs. It is a masterpiece of Guo Xi by using light ink and magnificent composition to express his open and high artistic conception. en:Category:Template:painting possible 中文: 幽谷图
La porosité d'un substrat poreux et sa conductivité hydraulique K sont notamment déterminés par la taille des grains et la taille des interstices entre ces grains, ainsi que par la communication entre ces interstices. 
Ici, un même fluide incompressible cheminera plus facilement et plus rapidement dans la situation 1 que dans la situation 2 
En réalité, les pores peuvent aussi parfois se colmater (si le fluide est chargé), ou s'agrandir (si le fluide est solubilisant pour le matériau ; une eau acide dans un substrat calcaire par exemple).
Français : La porosité d'un substrat meuble (ex sable ou gravier) ou poreux (ex : roche calcaire) est déterminée par la taille des interstices entre les grains qui le constituent, et par la communication entre ces interstices. Toutes choses égales par ailleurs, un même fluide incompressible cheminera plus facilement et plus rapidement dans la situation 1 que dans la situation 2. Si l'on connait la porosité du substrat, et la pression du fluide (déterminée par la hauteur d'eau au dessus du niveau piézométrique d'équilibre, dans le cas d'une eau cherchant à s'infiltrer à partir de la surface), la Loi de Darcy permet de calculer la vitesse de percolation, et par suite un débit. Ceci est théorique : dans la réalité, les pores peuvent parfois se colmater (si le fluide est chargé), ou s'agrandir (si le fluide est solubilisant pour le matériau ; une eau acide dans un substrat calcaire par exemple).English: The porosity of a soft substrate (eg : sand or gravel) or porous rock (eg : limestone) is determined by the size of the interstices between the grains that constitute it, and the communication between the interstices. All things being equal, an incompressible fluid will track even more easily and quickly in situation 1 than in situation 2. If the porosity is known, and the fluid pressure (determined by the height of the water above the groundwater level equilibrium in the case of water trying to infiltrate from the surface), Darcy's Law to calculate the percolation rate, and hence flow. This is theoretical: in reality, the pores can sometimes become clogged (if the fluid is loaded), or expand (if the fluid is for solubilizing the material; acid water in a limestone substrate, for example)
Zusammenfassung von zwei in Reihe geschalteten Kondensatoren mit gleicher Permittivität 
  
    
      
        ε
      
    
    {\displaystyle \varepsilon }
  
, gleicher Fläche 
  
    
      
        A
      
    
    {\displaystyle A}
  
 und mit den Abständen 
  
    
      
        
          d
          
            1
          
        
      
    
    {\displaystyle d_{1}}
  
 und 
  
    
      
        
          d
          
            2
          
        
      
    
    {\displaystyle d_{2}}
  
 zu einem Gesamtkondensator
CT der Lunge, dargestellt im Lungenfenster mit C = -700 HU und W = 1500 HU; dargestellt ist eine Atelektase im rechten Mittellappen. Wie klar erkennbar ist, gibt es im gesamten Bild kein sattes Schwarz, da die Fensterbreite über -1000 HU hinaus reicht. Die Strukturen der Lunge sind gut erkennbar. Auffällig ist außerdem, dass im Bild nicht zwischen Knochen und Weichteilgewebe unterschieden werden kann. Da die Fensterung nach oben nur bis zur CT-Zahl von 50 HU reicht (-700 + 1500/2), werden Knochen und Weichteilgewebe satt weiß dargestellt.
English: CT scan of patient with right middle lobe atelectasis, consistent with Lady Windermere syndrome. Signed consent for release obtained from patient -- Samir 04:25, 6 October 2007 (UTC)
Premier rang et de gauche à droite : 1 - Sekaken Abdelkader dit \" El Antri \" 2 - El Mohri Abderrahmane 3 - Benteghri El Hadj dit \" Panagré \" 4 - Fergani Abdelkader dit \" Benmalek \" 5 - Bouchnafa Mohamed 6 - Mokhbat Mustapha.  Debout et de gauche à droite : 1 - Bensaid Getthen 2 - Hamoudi Hamouda 3 - Ouali Mustapha (Président) 4 - Non identifié 5 - Belhadj Djilali 6 - Lamouri Mohamed 7 - Enfoussi Noiurdine 8 - Tair Mohamed 9 - Tchikou Mohamed 10 - Benkhaled Mohamed dit \" Berba \" 11 - Ould Ramoul Abdelkader 12 - Hadjersi Abdelkader.
Français : Première équipe de l'Olymique de Médéa (1945) : Premier rang et de gauche à droite : 1 - SEKAKEN Abdelkader dit \" El Antri \" 2 - EL MOHRI Abderrahmane 3 - BENTEGHRI El Hadj dit \" Panagré \" 4 - FERGANI Abdelkader dit \" Benmalek \" 5 - BOUCHNAFA Mohamed 6 - MOKHBAT Mustapha Debout et de gauche à droite : 1 - BENSAID Getthen ( supporter ) 2 - HAMOUDI Hamouda ( supporter ) 3 - OUALI Mustapha ( Président ) 4 - Non identifié 5 - BELHADJ Djilali 6 - LAMOURI Mohamed 7 - ENFOUSSI Noureddine 8 - TAIR Mohamed 9 - TCHIKOU Mohamed 10 - BENKHALED Mohamed dit \" BERBA \" 11 - OULD RAMOUL Abdelkader 12 - HADJERSI Abdelkader
…a transportované do Států. Všimněte si sklopených koncových oblouků křídla a kódu DI-108 s jedním vodorovným žlutým pruhem na kýlovce, což bylo označení pro stroj velitele šótai.[83] Během svého posledního letu ale podle Parshall & Tully letěl Koga jako číslo dvě ve 2. šótai.[133] Žlutý pruh na trupu identifikující příslušnost k Rjúdžó hikókitai je zakryt dřevěným obložením. DI-108 se stalo prvním Zerem, které mohli Američané testovat, i když prvenství prvního ukořistěného Zera Spojenci náleží lejčouskému V-172 výrobního čísla 3372.[134]
English: An Imperial Japanese Navy Zero fighter that crashed on Akutan Island, Alaska on June 4, 1942 is loaded onto a ship by U.S. military forces for shipment to Seattle, Washington in July 1942. The Zero was later used for intelligence purposes by the US Government.
Schlesische Sprachen nach Alfred Zaręba (1988): 1: Kreuzburger Dialekt (kluczborski); 2: Oppelner Dialekt (opolski); 3: Falkenberger Dialekt (niemodliński); 4: Neustädter Dialekt (prudnicki); 5: Mittelgleiwitzer Dialekt (gliwicki centralny); 6a: Dialekt im Gleiwitzer-Oppelner Grenzland (pogranicza gliwicko-opolskiego); 6b: Dialekt im schlesisch-kleinpolnischen Grenzland (pogranicza śląsko-małopolskiego), 7: Teschener Dialekt (cieszyński); 8: Jablunkauer Dialekt (jabłonkowski); 9: Schlesisch-lachischer Dialekt (pogranicza śląsko-laskiego).
English: Slavic/Polish Silesian dialects of (Upper) Silesia according to Alfred Zaręba (from [1], corrected with more precise borders from [2]) 1 - kluczborski (en:Kluczbork) 2 - opolski (en:Opole) 3 - niemodliński (en:Niemodlin) 4 - prudnicki (en:Prudnik) 5 - gliwicki centralny (en:Gliwice) 6a - pogranicza gliwicko-opolskiego (Gliwice/Opole borderland) 6b - pogranicza śląsko-małopolskiego (Silesia/Lesser Poland borderland) 7 - cieszyński (en:Cieszyn) 8 - jabłonkowski (en:Jablunkov) 9 - pogranicza śląsko-laskiego (Silesia/en:Lach dialects borderland)
Carte géologique de Saulnot.
  Bourgs et limites communales h2Ca (dacites) et h2Cp (andésites) rE (silts et pélites du Permien) t2 et t2A (grès et conglomérats de L'Olénékien) t2GV (grès à Voltzia) et t3GS (marnes de Saulnot) t3-4 (calcaires coquilliers) t5M et t6M (marnes irisées du bassin keupérien) t7 (grès du Rhétien) I1-2 (calcaires bleus) et I2 (marnes bleues) I3 (marnes du Domérien) I4S et I4 (schistes et marnes du Toarcien) j1 (calcaire oolithique) et j2V (calcaire à entroques) C (colluvions) et F (alluvions) E  (éboulis) failles
The voyage of the Beagle
Plymouth, England, south to Cape Verde then southwest across the Atlantic to Bahia, Brazil, south to Rio de Janeiro, Montevideo, the Falkland Islands, round the tip of South America then north to Valparaiso, Chile, and Callao. North west to the Galapagos Islands before sailing west across the Pacific to New Zealand, Sydney, Hobart in Tasmania, and King George's Sound in Western Australia. Northwest to the Keeling Islands, southwest to Mauritius and Cape Town, then northwest to Bahia and northeast back to Plymouth
t
          
            12
          
        
        ⋅
        
          t
          
            34
          
        
        +
        
          t
          
            41
          
        
        ⋅
        
          t
          
            23
          
        
        −
        
          t
          
            13
          
        
        ⋅
        
          t
          
            24
          
        
        =
        0
      
    
    {\displaystyle t_{12}\cdot t_{34}+t_{41}\cdot t_{23}-t_{13}\cdot t_{24}=0}
Left: Example of the change observed in the colorimetric azobenzene based chemosensor 1 in pH 7.4 solution upon recognition of copper ion. The recognition/sensing event being communicated as a clear change in colour that is visible to the naked eye. Right: The corresponding changes in the UV-visible absorption spectrum of the chemosensor upon recognition/binding to Cu(II) (shown in blue) and from the free sensor (shown in green). The changes after adding EDTA reverse the changes result in the formation of original spectra (shown in red).
English: For use on Molecular sensor
Gravedad de la Tierra según el Modelo Preliminar de Referencia (PREM).[12]​ Se incluyen dos modelos para una Tierra esféricamente simétrica para comparación. La línea recta verde oscura es para una densidad constante igual a la densidad promedio de la Tierra. La línea curva de color verde claro es para una densidad que disminuye linealmente desde el centro a la superficie. La densidad en el centro es la misma que en la PREM, pero la densidad de la superficie se elige de modo que la masa de la esfera sea igual a la masa de la Tierra real.
Riemannsche Zeta-Funktion 
  
    
      
        ζ
        (
        s
        )
      
    
    {\displaystyle \zeta (s)}
  
: Konturlinien Realteil(
  
    
      
        ζ
      
    
    {\displaystyle \zeta }
  
(s))=0, blau, und Imaginärteil(
  
    
      
        ζ
      
    
    {\displaystyle \zeta }
  
(s))=0, fliederfarben, für −5<Re(s)<3 und −25<Im(s)<65, sowie die "kritische Gerade" Re(s)=1/2, braun. Für Re(s)<1 sind die Schnittpunkte der blauen und fliederfarbenen Konturlinien Nullstellen der Riemannschen Zeta-Funktion.
Deutsch: Konturlinien Realteil(zeta(s))=0, blau, und Imaginärteil(zeta(s))=0, fliederfarben, der Riemannschen Zeta-Funktion zeta(s) für -5<Re(s)<3 und -25<Im(s)<65, sowie die "kritische Gerade" Re(s)=1/2, braun. Für Re(s)<1 sind die Schnittpunkte der blauen und fliederfarbenen Konturlinien Nullstellen der Riemannschen Zeta-Funktion. English: Contour plot realpart(zeta(s))=0, blue, and imaginarypart(zeta(s))=0, lilac, of the Riemann zeta function for -5<Re(s)<3 und -25<Im(s)<65, and the "critical line" Re(s)=1/2, brown. For Re(s)<1, the points of intersection of the blue and lilac lines are zeros of the Riemann zeta function.
Acharya Manatunga was put under arrest in forty-eight chambers under locks and chains by King Bhoja in city of Ujjain. In the prison Acharya Mantunga entered the realms of the Lord Rishabhanatha and started the prayer. He wrote in Sanskrit language a  poem known as Bhaktamara Stotra having 48 Stanza in Jainism. The chants and prayers of Manatunga were thus in full brim, flowing with the unbound energy of chain-reaction. Due to the effect of Bhaktamar Stotra, Acharya Mantunga  no more remained imprisoned as the locks opened automatically.
English: Acharya Manatunga was put under arrest in forty-eight chambers under locks and chains by King Bhoja in city of Ujjain. In the prison Acharya Mantunga entered the realms of the Lord Rishabhanatha and started the prayer. He wrote in Sanskrit language a great poem the Bhaktamara Stotra having 48 Stanza (Verse). The chants and prayers of Manatunga were thus in full brim, flowing with the unbound energy of chain-reaction. Due to the effect of Bhaktamara Stotra, Acharya Mantunga no more remained imprisoned as the locks opened automatically.
Estructura d'una célula animal ideal, con flaxelu.
 1. Nucleu. 
  1.1. Poru nuclear. 1.2. Cromatina. 1.3. Envoltura nuclear.
  1.4. Nucleu. 1.5. Nucléolo.
 2. Membrana plasmática.
 3. Complexu de Golgi (visícules, aparatu).
 4. Ribosomas.
 5. Retículo endoplasmático rugoso.
 6. Retículo endoplasmático llisu.
 7. Filamentos de actina.
 8. Flaxelu.
 9. Peroxisoma.
 10. Microtubulo.
 11. Lisosoma.
 12. Ribosomas llibres.
 13. Mitocondria.
 14. Fibres entemedies.
 15. Citoplasma.
 16. Vesícula secretora.
 17. Centrosoma (con dos centríolos).
Congrès de l'Alliance pour le suffrage des femmes en 1909 à Londres. En haut, de gauche à droite : Thora Daugaard (Danemark), Louise Qvam (Norvège), Aletta Jacobs (Pays-Bas), Annie Furuhjelm (en) (Finlande), Madame Mirowitch (Russie), Käthe Schirmacher (Allemagne), Madame Honneger et une femme non identifiée. En bas, de gauche à droite : femme non identifiée, Anna Bugge (Suède), Anna Howard Shaw (États-Unis), Millicent Fawcett (présidente, Royaume-Uni), Carrie Chapman Catt (États-Unis), F. M. Qvam (Norvège) et Anita Augspurg (Allemagne).
Tittel / Title: Suffrage Alliance Congress Beskrivelse / Description: Øverste rekke fra venstre: Thora Dangaard (Danmark), Dr. Louise Qvam (Norge), Dr. Aletta Jacobs (Nederland), Annie Furuhjelm (Finland), Madame Mirowitch (Russland), Dr. Schirmacher (Tyskland), Madame Honneger (Sveits), uidentifisert Nederst fra venstre: uidentifisert, Anna Bugge Wicksell (Sverige), Rev. Dr. Ann Shaw (USA), Mrs. Millicent Fawcett (presitend, England), Mrs. Chapmann Catt (USA), Fru F. M. Qvam (Norge), Dr. Anita Augsburg (Tyskland) Dato / Date: 1909 Fotograf / Photographer: ukjent / unknown Sted / Place: England, London Eier / Owner Institution: Nasjonalbiblioteket / National Library of Norway Lenke / Link: <a href="http://www.nb.no" rel="nofollow">www.nb.no</a> Bildesignatur / Image Number: blds_05676
1- vajíčko (tzv. hnida); 2-4 - tři nymfální stádia (instary), kterými prochází všenka po vylíhnutí; 5 - dospělá všenka; všenky obvykle zůstávají po celý život na jednom hostiteli a k případnému přenosu z hostitele na hostitele využívají buď přímý fyzický kontakt hostitelů (6) nebo přenos (foréze) prostřednictvím létajícího hmyzu (7), např. klošů (8, zde ptakotrudka - rod Ornithomyia), což je typické zejména pro všenky ze skupiny Ischnocera; na hostiteli (9) klade samička všenky vajíčka v podobně hnid (1) připevněných na peří či chlupech.
Čeština: (1) vajíčko (tzv. hnida); (2 až 4) tři nymfální stádia (instary), kterými prochází všenka po vylíhnutí; (5) dospělá všenka; všenky obvykle zůstávají po celý život na jednom hostiteli a k případnému přenosu z hostitele na hostitele využívají buď přímý fyzický kontakt hostitelů (6) nebo přenos (foréze) prostřednictvím létajícího hmyzu (7), např. klošů (8, zde ptakotrudka - rod Ornithomyia), což je typické zejména pro všenky ze skupiny Ischnocera; na hostiteli (9) klade samička všenky vajíčka v podobně hnid (1) připevněných na peří či chlupech.
De lokalisaties van de accessoire handwortelbeentjes. Links de rechterhand van dorsaal, rechts vanaf palmair.   os trapezium secundariumos trapezoideum secundariumos parastyloideumos styloideumos metastyloideumos capitatum secundariumos epitrapeziumos carpi centraleos paranaviculareos epilunatumos epitriquetrumos ulnostyloideumos vesalianum manusos ulnare externumos hamulare basale & os hamuli propriumos gruberios subcapitatumos pretrapeziumos paratrapeziumos pisiforme secundariumos triquetrum secundariumos hypolunatumos radiale externum
English: Location of the accessory ossicles of the carpals. On the left, the dorsal aspect of the right hand, on the right the palmar aspect of the right hand. The more dorsally situated ossicles are shown in closed circles on the left and open circles on the right. 1=Os trapezium secundarium; 2=Os trapezoideum secundarium; 3=Os parastyloideum; 4=Os styloideum; 5=Os metastyloideum; 6=Os capitatum secundarium; 7=Os epitrapezium; 8=Os carpi centrale; 9=Os paranaviculare (intercalary bone between scaphoid and radius); 10=Os epilunatum; 11=Os epitriquetrum; 12=Os ulnostyloideum; 13=Os vesalianum manus; 14=Os ulnare externum; 15=Os hamulare basale & Os hamuli proprium; 16=Os gruberi; 17=Os subcapitatum; 18=Os praetrapezium; 19=Os paratrapezium; 20=Os pisiforme secundarium (os ulnare antebrachii); 21=Os triquetrum secundarium (os intermedium antebrachii, os triangulare); 22=Os hypolunatum; 23=Os radiale externum
Foto-modifikim i disa kompozitorëve më të shquar të muzikës klasike. Nga e majta - në të djathtë:
 Rreshti i parë: Antonio Vivaldi, Johann Sebastian Bach, George Frideric Handel, Wolfgang Amadeus Mozart, Ludwig van Beethoven;
 rreshti i dytë: Gioachino Rossini, Felix Mendelssohn, Frédéric Chopin, Richard Wagner, Giuseppe Verdi;
 rreshti i tretë: Johann Strauss II, Johannes Brahms, Georges Bizet, Pyotr Ilyich Tchaikovsky, Antonín Dvořák;
 rreshti i fundit: Edvard Grieg, Edward Elgar, Sergei Rachmaninoff, George Gershwin, Aram Khachaturian
English: montage of great classical music composers – from left to right:first row: Antonio Vivaldi, Johann Sebastian Bach, Georg Friedrich Händel, Wolfgang Amadeus Mozart, Ludwig van Beethoven;second row: Gioachino Rossini, Felix Mendelssohn, Frédéric Chopin, Richard Wagner, Giuseppe Verdi;third row: Johann Strauss II, Johannes Brahms, Georges Bizet, Pyotr Ilyich Tchaikovsky, Antonín Dvořák;fourth row: Edvard Grieg, Edward Elgar, Sergei Rachmaninoff George Gershwin, Aram Khachaturian Čeština: Montáž portrétů skladatelů klasické hudby. Zleva doprava.První řada: Antonio Vivaldi, Johann Sebastian Bach, Georg Friedrich Händel, Wolfgang Amadeus Mozart, Ludwig van BeethovenDruhá řada: Gioacchino Rossini, Felix Mendelssohn, Frédéric Chopin, Richard Wagner, Giuseppe Verdi.Třetí řada: Johann Strauss mladší, Johannes Brahms, Georges Bizet, Petr Iljič Čajkovskij, Antonín Dvořák.Čtvrtá řada: Edvard Grieg, Edward Elgar, Sergej Rachmaninov, George Gershwin, Aram Chačaturjan.
Turkkilaiseksi puettu Muhammed seisoo keskenään kiistelevien oppineiden keskellä käsissään miekka ja puolikuu ja polkee jalkoihinsa ristin, maapallon ja Mooseksen lakitaulut. Muhammedin kupeella roikkuu naamio, joka symboloi kaksinaamaisuutta. Muhammedille on piirretty naiselliset rinnat. (allegoriset hahmot olivat yleensä naisia, mutta kuva on samalla pilkallinen) Taustalla uhkaa muslimiarmeija, jonka kapteeni on kuvan toinen Muhammed-muotokuva.. Kuva Humphrey Prideauxin Muhammed -elämäkerran ranskankielisestä käännöksestä 1698.[41][42]
English: This illustration is taken from La vie de Mahomet, by M. Prideaux, published in 1699. It shows Mohammed holding a sword and a crescent while trampling on a globe, a cross, and the Ten Commandments.
Map of UEFA countries, stages reached by teams on the UEFA Champions League and European Cup.   UEFA member country with winning clubs    UEFA member country with runner-up clubs    UEFA member country that has been represented in the semi-final stage   UEFA member country that has been represented in the round of 16, quarter-final or second group stage   UEFA member country that has been represented in the group stage   UEFA member country that has not been represented in the group or knockout stage after round of 16   Not a UEFA member
English: Based on File:UEFA members Champs League group stage.png (itself based on File:UEFA members Champs League group stage.gif), File:BlankMap-World-UK.png (itself based on File:BlankMap-World-v5.png) Countries are marked according to stage reached in UEFA Champions League and European Cup. Iceland, Ireland and Northern Ireland have not reached group stage on current UEFA Champions League format, but have reached round of 16 and quarterfinal on European Cup.
Carte des principales plaques tectoniques (attention les surfaces sont déformées par la projection de Mercator)
 Plaques majeures :
             Plaque pacifique
        Plaque eurasiatique
        Plaque africaine
        Plaque antarctique
        Plaque nord-américaine
        Plaque australienne
        Plaque sud-américaine         Plaque de Nazca
        Plaque indienne
        Plaque philippine
        Plaque arabique
        Plaque de Cocos
        Plaque caraïbe
        Plaque Juan de Fuca  Plaque mineure :
        Plaque Scotia
English: French text version of Image:Tectonic plates (empty).svg. Tectonic plates of the Earth.
Relations of the brain and middle meningeal artery to the surface of the skull. 1. Nasion. 2. Inion. 3. Lambda. 4. Lateral cerebral fissure. 5. Central sulcus. AA. Reid's base line. B. Point for trephining the anterior branch of the middle meningeal artery. C. Suprameatal triangle. D. Sigmoid bend of the transverse sinus. E. Point for trephining over the straight portion of the transverse sinus, exposing dura mater of both cerebrum and cerebellum. Outline of cerebral hemisphere indicated in blue; course of middle meningeal artery in red.
Relations of the brain and middle meningeal artery to the surface of the skull. 1. Nasion. 2. Inion. 3. Lambda. 4. Lateral cerebral fissure. 5. Central sulcus. AA. Reid’s base line. B. Point for trephining the anterior branch of the middle meningeal artery. C. Suprameatal triangle. D. Sigmoid bend of the transverse sinus. E. Point for trephining over the straight portion of the transverse sinus, exposing dura mater of both cerebrum and cerebellum. Outline of cerebral hemisphere indicated in blue; course of middle meningeal artery in red.
Principle of a terminal headshunt: 
 1. train arrives to the station 
 2. the engine is detached from the train and moves to the headshunt 
 3. operations are made to reverse the engine's running direction (shifting between cabs...) 
 4. the engine passes the cars using the passing loop 
 5. operations are made to reverse the engine's running direction (shifting between cabs...) 
 6. the engine goes back to the cars 
 7. operations are made to reverse the engine's running direction, couple the engine with the cars, and the train can move