fschieber/wit-captions huggingface dataset:
Funções de onda para o primeiro orbital do átomo de hidrogênio (a esquerda e direita) e os correspondentes orbitais moleculares ligante (abaixo) e antiligante (acima) dos orbitais moleculares da molécula de 
  
    
      
        
          H
          
            2
          
        
      
    
    {\displaystyle H_{2}}
  
. A parte real da função de onda é a curva azul, e a imaginaria é a curva vermelha. Os pontos vermelhos marcam a locação dos prótons. A função de onda do elétron oscila de acordo com a equação de onda de Schrödinger, e os orbitais são suas ondas estacionárias. A frequência das ondas estacionarias é proporcional à energia dos orbitais. (Essa animação é uma fatia unidimensional de um sistema tridimensional.)
English: Electron wavefunctions for the 1s orbital of the hydrogen atom (left and right) and the corresponding bonding (bottom) and antibonding (top) orbitals of the dihydrogen molecule. The real part of the wavefunction is the blue curve, the imaginary part is the red curve. The red dots mark the locations of the protons. The electron wavefunction oscillates according to the Schrödinger equation, and the orbitals are standing waves. The standing wave frequency is proportional to the energy of the orbital. Hydrogen is really a 3D system, but this is a 1D slice. These are schematic plots: I did not bother to solve the Schrödinger equation quantitatively. The plots are arranged like a molecular orbital diagram.
Анимация, показывающая сходимость частичных сумм геометрической прогрессии 
  
    
      
        
          ∑
          
            k
            =
            0
          
          
            n
          
        
        
          q
          
            k
          
        
      
    
    {\displaystyle \sum \limits _{k=0}^{n}q^{k}}
  
 (красная линия) к её сумме 
  
    
      
        
          
            1
            
              1
              −
              q
            
          
        
      
    
    {\displaystyle {1 \over 1-q}}
  
 (синяя линия) при 
  
    
      
        
          |
        
        q
        
          |
        
        <
        1
      
    
    {\displaystyle |q|<1}
  
.
Русский: Анимация, показывающая сходимость частичных сумм геометрической прогрессии ∑ k = 0 n q k {\displaystyle \sum \limits _{k=0}^{n}q^{k}} (красная линия) к её сумме 1 1 − q {\displaystyle {1 \over 1-q}} (синия линия) при | q | < 1 {\displaystyle |q|<1} . Нарисована в Maple. English: Animation, showing convergence of partial sums of geometric progression ∑ k = 0 n q k {\displaystyle \sum \limits _{k=0}^{n}q^{k}} (red line) to its sum 1 1 − q {\displaystyle {1 \over 1-q}} (blue line) for | q | < 1 {\displaystyle |q|<1} . Painted in Maple.
Die Casa de Vidro of «Glashuis» in Morumbi, 'n stadsbuurt van São Paulo, wat Lina Bo Bardi in 1951 - die jaar waarin sy Brasiliaanse burgerskap aanvaar het - vir haarself en haar man Pietro Maria Bardi ontwerp het, toon sterk invloede van Italiaanse rasionalisme (razionalismo) - *n boustyl wat veral in die 1920's en 1930's gefloreer het en deur gereduseerde argitektoniese grondelemente en die gebruik van nuwe rewolusionêre boumateriale soos ysterbeton, glas en staal gekenmerk word. Die huis, 'n ikoon van Brasiliaanse modernisme, het meer as veertig jaar lank as die Bardis se woning gedien. Dit huisves sedert 1990 die Instituto Lina Bo e P.M. Bardi (kort Instituto Bardi genoem), 'n instelling wat argitektoniese studies bevorder[1]
Português: Casa de Vidro, sede do Instituto Lina Bo Bardi, à Rua General Almerio de Moura, nº200, no Bairro do Morumbi This is a photo of a monument in Brazil identified by the ID 1511
Die Airy-Formel gibt die Transmission eines Fabry-Pérot Interferometers (FPI) an. Für höhere Finessen 
  
    
      
        
          
            F
          
        
      
    
    {\displaystyle {\mathcal {F}}}
  
 wird nicht-resonantes Licht besser unterdrückt. Die Linienbreite 
  
    
      
        δ
      
    
    {\displaystyle \delta }
  
 ist für große Finessen näherungsweise 
  
    
      
        
          
            
              Δ
              ν
            
            
              F
            
          
        
      
    
    {\displaystyle {\frac {\Delta \nu }{\mathcal {F}}}}
  
 mit dem Freien Spektralbereich 
  
    
      
        Δ
        ν
      
    
    {\displaystyle \Delta \nu }
  
.
c
        =
        6
      
    
    {\displaystyle c=6}
  
 
  
    
      
        
          
            N
          
        
        =
        2
      
    
    {\displaystyle {\mathcal {N}}=2}
  
 R 초등각 대수의 유니터리 초1차장들의 가능한 범위는 회색으로 칠해진 범위 및 굵은 실선이다. 굵은 실선과 그 점선 연장은 
  
    
      
        
          g
          
            r
          
          
            R
          
        
        =
        0
      
    
    {\displaystyle g_{r}^{\operatorname {R} }=0}
  
으로 정의되며, 가는 실선 포물선은 
  
    
      
        
          f
          
            1
            ,
            2
          
          
            R
          
        
        =
        0
      
    
    {\displaystyle f_{1,2}^{\operatorname {R} }=0}
  
에 의하여 정의된다.
ബ്ലോഹ് ഗോളം ഉപയോഗിച്ച് ഒരു ക്യൂബിറ്റിനെ രേഖപ്പെടുത്താം. ഈ ചിത്രത്തിൽ സംഭാവ്യതാ ആയാമങ്ങൾ (probability amplitude) എന്നിവയാണ് 
  
    
      
        α
        =
        cos
        ⁡
        
          (
          
            
              θ
              2
            
          
          )
        
      
    
    {\displaystyle \alpha =\cos \left({\frac {\theta }{2}}\right)}
  
  
  
    
      
        β
        =
        
          e
          
            i
            ϕ
          
        
        sin
        ⁡
        
          (
          
            
              θ
              2
            
          
          )
        
      
    
    {\displaystyle \beta =e^{i\phi }\sin \left({\frac {\theta }{2}}\right)}
  
.
Kurva hipereliptik didefinisikan oleh 
  
    
      
        
          y
          
            2
          
        
        =
        x
        (
        x
        +
        1
        )
        (
        x
        −
        3
        )
        (
        x
        +
        2
        )
        (
        x
        −
        2
        )
      
    
    {\displaystyle y^{2}=x(x+1)(x-3)(x+2)(x-2)}
  
 hanya memiliki titik rasional yang banyaknya hingga (seperti titik 
  
    
      
        (
        −
        2
        ,
        0
        )
      
    
    {\displaystyle (-2,0)}
  
 dan 
  
    
      
        (
        −
        1
        ,
        0
        )
      
    
    {\displaystyle (-1,0)}
  
) menurut teorema Faltings.
Figure 3: modèle « en bâtonnets » du composé cyclol de l'alanine proposé par Dorothy Wrinch. Ce composé cyclol est une élaboration du modèle du feuillet bêta, en plus uniforme et plus ramassé dans un plan. Il présente de grandes lacunes arrangées en hexagone, où trois atomes Cβ (en vert) et trois atomes Hα (en blanc) convergent vers une zone moins dense du composé. Les deux faces du composé ne sont pas interchangeables ; tous les atomes Cβ émergent du même côté, ici la face supérieure. Les atomes rouges représentent des radicaux hydroxyles (et non carbonyles) et émergent (par faisceaux de trois) des deux faces du composé ; les atomes d'azote sont en bleu. Cette structure imaginaire n'a jamais été observée dans les tissus vivants.
"Stick" image of the cyclol "fabric" proposed by Dorothy Maud Wrinch in 1936 (Nature, _137_, 411-412). This fabric is characterized by large "lacunae" arranged in a hexagonal pattern, in which three Cβ and three Hα converge on a (relatively) empty spot in the fabric. The two sides of the fabric are not equivalent; all the Cβ atoms emerge from the same side, which is the "upper" side here. The red atoms represent hydroxyl groups (not carbonyl groups) and emerge (in sets of three) from both sides of the fabric. The PDB file was constructed by me using my own software and visualized using PyMol; both were done on 20 October 2006. I hereby release this image under the GFDL.
Блок-схема элементов бортового оборудования подвижного состава, оснащённого ETCS.
 Блок CMD (англ. Cold Movement Detection) контролирует параметры движения подвижного состава в «холодном состоянии» при отключённой ETCS[43];
Блок STM (англ. Specific Transmission Module) обеспечивает переход с ETCS на национальные системы обеспечения движения поездов (уровень NTC)[44];
Блок DAS (англ. Drivers advisory system) — система  информирования машиниста. Выводит на пульт машиниста информацию, полученную от устройств ETCS[45];
Блок TIU (англ. Train Interface Unit) фактически реализует автоведение поезда (формирует команды об изменении силы тяги и скорости, управляет тормозами и т. п.), исходя из информации, полученной от устройств ETCS)[46].
Русский: Блок-схема бортового оборудования подвижного состава, оснащённого ЕСУДП English: Complete circuit diagram of the onboard ETCS equipment Deutsch: Schaltungsübersicht der ETCS-Fahrzeug einrichtung
Nálože jsou umístěny ve stejných místech v obou věžích - kolem sloupu 1007. Čára na exteriéru vyznačuje maximum konkávního prohýbání stěny před kolapsem věží. ilustrace jádrové struktury není přesná - v dopadových patrech mela mnohem méně výtahových šachet. nálože byly údajně umístěny 2 - 3 patra nad patrem, kde dopadla kabina letadla tak, aby je nezasáhl hlavni proud trosek. Navíc byla dána křídla (po směru letu levé u AA 11 a pravé u UA 175 natočena tak, aby mířila směrem dolu, tak aby dané patro bylo co nejméně poškozeno a aby se zachovaly steny bránící ve výhledu do jádra budovy skrze dopadovou díru (blokování záře termitových náloží). Další bod, kde konspirační teorie vyžaduje velmi přesný zásah s pomoci přesného autopilota.
Čeština: údajné umisteni nalozi ve WTC, based on File:World Trade Center 9-11 Attacks Illustration with Bird's-eye Impact Locations.svg
Commissioned in 1857 by President Brigham Young, the Bountiful Tabernacle was completed and dedicated in 1862-63 — the year of Bowen Call's birth, at the height of the American Civil War. After the Johnston's Army episode of the Utah War, President Young called Anson Call to raise funds for and to oversee the completion of the building (but to make the planned date for dedication, Anson paid final construction debts from his personal finance). During its two-day dedication by President Heber C. Kimball, with President Young presiding (14-15 March), the Calls housed and fed 150 out-of-town guests and cared for 100 of the visitors' horses. Apostle Lorenzo Snow had dedicated the structural site six years earlier on 11 February 1857.
English: Commissioned in 1857 by President Brigham Young — who appointed Augustus A. Farnham as architect for the Greek Revival edifice and, after the Johnston's Army episode of the Utah War, called Anson Call to raise funds for and to oversee its final construction — the Bountiful Tabernacle was completed and dedicated in 1862-63, at the height of the American Civil War and at a cost of $60,000. During its two-day dedication by President Heber C. Kimball, with President Young presiding (14-15 March 1863), Anson & Mariah Bowen Call housed and fed 150 out-of-town guests and cared for 100 of the visitors' horses. Apostle Lorenzo Snow had dedicated the structural site on 11 February 1857. The best artisans and craftsmen were employed in executing the plaster casting, hand carving, and the winding stairways for the 86 x 44 foot structure. The tabernacle was constructed on a rock foundation and featured a red-pine roof secured atop adobe walls by wooden pegs. The building's roof timbers and lumber were hauled from nearby Holbrook Canyon. Since its dedication, every Prophet-President of the Church (save Joseph Smith) has spoken from its pulpit. Today, the Bountiful Tabernacle, completed 5 years before the Salt Lake Tabernacle, remains the oldest surviving Mormon tabernacle and the oldest LDS Church meetinghouse in continuous use.[1][2]
Altstadt von Damaskus 1855, mit Stadttoren und Stadtmauer. Im Nordosten bei den Stadttoren Bab Tuma und Bab Sharky das christliche Viertel (Christian Quarter), südlich der Geraden Straße das jüdische. 1. Armenisch-apostolische Kathedrale, 2. Griechisch-katholische Kathedrale, 3. Syrisch-katholische Kathedrale, 4. Haus des Ananias, 5. Lazaristenkloster (seit 1959 südlich davon Syrisch-orthodoxe Kathedrale), 6. Lateinisches Kloster, 7. Griechisch-orthodoxe Kathedrale, 8. Chan As'ad Pascha, 9. Haus des Judas, 10. Britisches Konsulat, 11. Zollhaus, 12. Grab des Sidi Bilāl, 13. Grab des Georg, 14. Bab Kisan (seit 1936 Paulus-Kapelle), 15. Ort der Bekehrung des Paulus, 16. Spital, Umayyaden-Moschee (Great Mosque) und Zitadelle (Castle)
English: Map of Damascus, 1855. Cropped: Old City Deutsch: Karte von Damaskus, 1855. Ausschnitt: Altstadt
The valuation of property for estimating just compensation due for a partial taking of property for purposes of constructing a public improvement may involve the use of several extraordinary assumptions or hypothetical conditions in both the before and after condition in order to formulate estimates of overall just compensation due or damages from non-compensable items, including quantifying project influence, damages from diversion of traffic, condemnor's blight, temporary construction easements, general benefits, special benefits, and other factors, sometimes all in the same appraisal, or sometimes repeatedly for every property affected by a larger project involving acquiring right of way from several different property owners.
AP of Southtowne Interchange under construction for use in an appraisal article
一塊鉀明礬 (
  
    
      
        
          KAl
          
            
              (
              
                SO
                
                  4
                
                
                  
                
              
              )
            
            
              2
            
            
              
            
          
        
      
    
    {\displaystyle {\ce {KAl(SO4)2}}}
  
·
  
    
      
        
          12
          
          
            (
            
              H
              
                2
              
              
                
              
            
            O
            )
          
        
      
    
    {\displaystyle {\ce {12(H2O)}}}
  
)
Concepción artística de Marte después de la terraformación. Esta fotografía está centrada aproximadamente en el meridiano principal y a 30º Norte de latitud, con un océano hipotético con un nivel de agua 2 kilómetros por debajo de la elevación media de la superficie. Este océano inundaría lo que es ahora Vastitas Borealis, Acidalia Planitia, Chryse Planitia, y Xanthe Terra; las masa terrestres visibles son Tempe Terra a la izquierda, Aonia Terra abajo, Terra Meridiani abajo a la derecha, y Arabia Terra arriba a la derecha. Los ríos que alimentan a este océano abajo a la derecha, ocupan lo que ahora son el Valles Marineris y Ares Vallis, mientras que el lago enorme que se encuentra abajo a la derecha es lo que ahora es Aram Chaos.
English: An artist's impression of a terraformed Mars centered over Valles Marineris. The Tharsis region can be seen of the left side of the globe. Français : Vue d'artiste de Mars terraformée. La vue est centrée sur Valles Marineris, la région de Tharsis se trouve sur la droite du globe. Português: Impressão artística de Marte terraformado. Ao centro está o Valles Marineris e à direita do globo pode ser vista a região de Tharsis.
På 1950-tallet ble konføderasjonsfanen tatt i bruk for å vise støtte til Sørstatenes tradisjoner og raseskillepolitikk. Bildet viser flagget som patriotisk regionssymbol under en kamp i amerikansk fotball på Texas universitet i Arlington på 1960-tallet. Som følge av borgerrettskampen og lovpålagt integrering av studenter fra alle «raser», ble flagget fjernet fra dette universitetet i 1968, mens lag fra andre offentlige skoler beholdt det til 1990-tallet. Kallenavn, maskoter, klubbsanger og andre supportersymboler med røtter i den hvite slavedriverkulturen, ble i flere tilfeller først erstattet da protestene fra Black Lives Matter fikk fornyet oppslutning i 2020.[17][18] Foto: University of Texas at Arlington Photograph Collection
English: Arlington State College football players running under Rebel flags, led by cheerleader.
Cercul cvintelor ilustrează relațiile între diferite game. De obicei gamele majore sunt aranjate în exteriorul cercului mare (tonica indicată aici cu litere mari), iar cele minore relative alături, în interior (cu litere mici). Lângă cercul mic sunt numărul și felul alterațiilor care corespund fiecărei game. De exemplu, gamele Si Major și sol diez minor (ambele la ora 5 pe cerc) au același număr de alterații (cinci diezi). Între game vecine pe circumferință cercului se trece schimbând o singură alterație. De exemplu, între gama Si major (la ora 5 pe cerc) și Mi major (la ora 4 pe cerc) se trece renunțând la un diez. Gamele Fa diez major (6 diezi) și Sol bemol major (6 bemoli), ambele la ora 6, sunt identice în temperamentul egal.
English: Circle of fifths
Bild und Text aus dem Bundesarchiv: Berlin: Frauen des Oderbezirkes üben Solidarität mit Vietnam. Mit Geldbeträgen verbundene Unterschriften auf Schleifenbändern bekunden erneut die Solidarität der Frauen des Bezirkes Frankfurt-Oder mit dem kämpfenden vietnamesischen Volk. Aus Anlass des 25. Jahrestages der IDFF rief der DFD-Bezirksvorstand die Frauen des Oderbezirkes zu dieser Solidaritätsaktion auf. I, Sekretariat der IDFF, in Berlin, nahmen die Generalsekretärin des IDFF, Cecilie Hugel – Frankreich -(2.v.l.), und die Mitglieder des Sekretariats der IDFF: Helga Dickel (links) – BRD, Kate Molale (3.v.l.) – Südafrika –, Takako Tatematsu (2.v.r) – Japan sowie Emperatin Villarros (rechts) aus Chile, die Solidaritätsspende entgegen.
For documentary purposes the German Federal Archive often retained the original image captions, which may be erroneous, biased, obsolete or politically extreme. Zentralbild Mittelstädt 22.1.71 Berlin: Frauen des Oderbezirkes üben Solidarität mit Vietnam. Mit Geldbeträgen verbundene Unterschriften auf Schleifenbändern bekunden erneut die Solidarität der Frauen des Bezirkes Frankfurt-Oder mit dem kämpfenden vietnamesischen Volk. Aus Anlaß des 25. Jahrstages der IDFF rief der DFD-Bezirksvorstand die Frauen des Oderbezirkes zu dieser Solidaritätsaktion auf. I, Sekretariat der IDFF, in Berlin, nahmen die Generalsekretärin des IDFF, Cecilie Hugel - Frankreich -(2.v.l.), und die Mitglieder des Sekretariats der IDFF: Helga Dickel (links) - BRD, Kate Molale (3.v.l.) - Südafrika -, Takako Tatematsu (2.v.r) - Japan sowie Emperatin Villarros (rechts) aus Chile, die Solidaritätsspende entgegen.
Эффективный потенциал для бусины на вращающемся кольце. R=1, m=1, g=1, W — угловая скорость вращения выступает как варьируемый параметр. Выше определённой скорости вращения (W>1) возникают два минимума потенциальной энергии и бусинка должна выбрать один из двух устойчивых положений. Задача иллюстрирует классический аналог спонтанного нарушения симметрии. В данном случае симметрия относительно замены угла на противоположный при малых скоростях вращения нарушается при скорости вращения выше критического при скатывании бусинки в один из минимумов — состояние, лишённое зеркальной симметрии[1]. На языке классической механике — при критической скорости вращения возникает буфиркация с двумя устойчивыми и одним неустойчивым решениями[2].
La estructura de ciclol propuesta por Dorothy Wrinch para una proteína compuesta por seis moléculas de alanina. Se trata de una hexapéptido en la que tres grupos peptídicos están enlazados al anillo central por reacciones del ciclol. Los tres grupos externos, no enlazados, no son planos, sino que forman un ángulo diedro ω=60°. Los tres átomos de color rojo del anillo central representan los grupos hidroxilo formados por la reacción del ciclol, mientras que los exteriores corresponden a los oxígenos de los carbonilos. Los átomos de oxígeno interiores están separados por solo 2,45 Å, una distancia extremadamente corta incluso para átomos unidos por enlace de hidrógeno. Esta molécula hipotética no ha sido observada en la naturaleza.
"Stick" image of the cyclol-6 molecule proposed by Dorothy Maud Wrinch in 1936 (Nature, 137, 411-412). This molecule can be considered a cyclic hexapeptide in which three peptide groups have fused by cyclol reactions into a central ring. Note that the three outer (unfused) peptide groups are not planar, but have dihedral angle ω=60°. The three red atoms in the central ring represent the hydroxyl groups formed by the cyclol reactions, whereas the three outer red atoms represent the oxygens of carbonyl groups. The PDB file was constructed by me using my own software and visualized using PyMol; both were done on 20 October 2006. I hereby release this image under the GFDL.
Planimetria del castello, incluse le sezioni delle mura non sopravvissute ed escluso il barbacane. A. Appartamenti domestici, B. Cappella, C. Camera, D. Camera grande, E. Sala grande, F. Bottiglieria, G. Dispensa, H. Cucina, I. Stanza dei servitori, J. Cucina dei servitori, K. Anticamera (?) (in alcune planimetrie K, L1 e L2 sono indicate come un'unica stanza, in alcune come due e in altre come tre), L1. Locali di servizio (?), L2. Stalle (?), M. Torre nord-est, N. Torre est, O. Torre sud-est, P. Torre della postierla, Q. Torre sud-ovest, R. Torre ovest, S. Torre nord-ovest (e prigione), T. Guardiola (con le stanze delle guardie a sinistra e a destra), U. Strada rialzata interna, V. Barbacane esterno. W. Strada rialzata esterna.
Italiano: Planimetria del castello di Bodiam. Il barbacane non è incluso. Sono incluse anche le sezioni delle mura non sopravvissute. Codici:A. Appartamenti domestici, B. Cappella, C. Camera, D. Sala grande, E. Sala del Signore, F. Bottiglieria, G. Dispensa, H. Cucina, I. Stanza dei servitori, J. Cucina dei servitori, K. Possibile anticamera (in alcune planimetrie K, L1 e L2 sono indicate come un'unica stanza, in alcune come due e in altre come tre), L1. Possibili locali di servizio, L2. Possibili stalle, M. Torre nord-est, N. Torre est, O. Torre sud-est, P. Torre della postierla, Q. Torre sud-ovest, R. Torre ovest, S. Torre nord-ovest (e prigione), T. Guardiola (con le stanze delle guardie a sinistra e a destra), U. Strada rialzata interna, V. Barbacane esterno. W. Strada rialzata esterna.
Cròniques dels reis d'Aragó e comtes de Barcelona, capítols XX i XXI: 
«Com fina la generació masculina dels reis d'Aragó: Ací fem fi e terme als reis d'Aragó. E per tal com lo dit regne, en defalliment d'hereu mascle, pervenc a comte de Barcelona per ajustament matrimonial, vejam qui fo primer comte de Barcelona, e puis de grau en grau de cascun comte, segons que davallaren un d'altre, parlarem e llur vida recontarem. 
 Del començament dels comtes de Barcelona: Ara tactem del començament del llinatge dels comtes de Barcelona. En lo temps antic fo un cavaller qui era apellat Guifré qui fo de la vila d'Arrià […] el dit comte anà a la ciutat de Narbona, ab son fill qui havia nom Guifré Pelós, per haver [...]» 
(ms. núm. 17, f.24r)
Crònica dels reys dArago e Comtes de Barcelona/Crónica Pinatense/Crónica de San Juan de la Peña. Manuscrito nº 17, folio 24 v
Bibbia latina scritta da Gerard Brils in Belgio nel 1407. Conservata all'Abbazia di Malmesbury, Inghilterra.
 suarum recensiti sunt per nomina sin /
 gulorum a viginti annis et supra omnes /
 qui ad bella procederent:(25) quadragin /
 ta quinque milia sescenti quinqua /
 ginta. (26) De filiis Iuda per genera /
 tiones et familias ac domos /
 cognationum suarum per nomina /
 singulorum a vicesimo anno et /
(Numeri 1:24-26)
 Da notare le abbreviazioni: il simbolo per (-rum), (prima parola della seconda riga), le sbarre sopra le vocali a indicare una n, "viginti annus" (seconda riga), il simbolo per "et" (ma a fine testo è scritto per intero), la 'p' modificata al posto di 'per', i punti sopra le lettere a indicare lettere mancanti
Wikisource has a page about this at: Bible (King James)/Numbers#1:24. Vulgate manuscript: Numbers 1:24-26