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About: Vapor pressure

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The equilibrium vapor pressure is an indication of a liquid&#39;s evaporation rate. It relates to the tendency of particles to escape from the liquid (or a solid). A substance with a high vapor pressure at normal temperatures is often referred to as volatile. The pressure exhibited by vapor present above a liquid surface is known as vapor pressure. As the temperature of a liquid increases, the kinetic energy of its molecules also increases. 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href="/sparql/" title="Switch to /sparql endpoint"><i class="bi-box-arrow-up-right"></i> Sparql Endpoint </a> </li> </ul> </div> </div> </nav> <div style="margin-bottom: 60px"></div> <!-- /navbar --> <!-- page-header --> <section> <div class="container-xl"> <div class="row"> <div class="col"> <h1 id="title" class="display-6"><b>About:</b> <a href="http://dbpedia.org/resource/Vapor_pressure">Vapor pressure</a> </h1> </div> </div> <div class="row"> <div class="col"> <div class="text-muted"> <span class="text-nowrap">An Entity of Type: <a href="http://www.w3.org/2002/07/owl#Thing">Thing</a>, </span> <span class="text-nowrap">from Named Graph: <a href="http://dbpedia.org">http://dbpedia.org</a>, </span> <span class="text-nowrap">within Data Space: <a href="http://dbpedia.org">dbpedia.org</a></span> </div> </div> </div> <div class="row pt-2"> <div class="col-xs-9 col-sm-10"> <p class="lead">Vapor pressure (or vapour pressure in English-speaking countries other than the US; see spelling differences) or equilibrium vapor pressure is defined as the pressure exerted by a vapor in thermodynamic equilibrium with its condensed phases (solid or liquid) at a given temperature in a closed system. The equilibrium vapor pressure is an indication of a liquid&#39;s evaporation rate. It relates to the tendency of particles to escape from the liquid (or a solid). A substance with a high vapor pressure at normal temperatures is often referred to as volatile. The pressure exhibited by vapor present above a liquid surface is known as vapor pressure. As the temperature of a liquid increases, the kinetic energy of its molecules also increases. As the kinetic energy of the molecules increases, the num</p> </div> <div class="col-xs-3 col-sm-2"> <a href="#" class="thumbnail"> <img src="http://commons.wikimedia.org/wiki/Special:FilePath/Vapor_pressure.svg?width=300" alt="thumbnail" class="img-fluid" /> </a> </div> </div> </div> </section> <!-- page-header --> <!-- property-table --> <section> <div class="container-xl"> <div class="row"> <div class="table-responsive"> <table class="table table-hover table-sm table-light"> <thead> <tr> <th class="col-xs-3 ">Property</th> <th class="col-xs-9 px-3">Value</th> </tr> </thead> <tbody> <tr class="odd"><td class="col-2"><a class="uri" href="http://dbpedia.org/ontology/abstract"><small>dbo:</small>abstract</a> </td><td class="col-10 text-break"><ul> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ar" >ضغط البخار هو الضغط الذي توجد عليه مادة ما في حالة التعادل الثرموديناميكي مع أطوار المادة الأخرى اللابخارية. جميع المواد السائلة والصلبة تميل إلى التبخر إلى الحالة الغازية وجميع الغازات تميل إلى التكاثف أو الترسب لتعود إلى حالتها الأصلية (صلبة كانت أم سائلة). وعند أي درجة حرارة لمادة معينة، هناك ضغط يكون عنده غاز هذه المادة في حالة تعادل ديناميكي مع أطواره السائلة أو الصلبة. وهذا ما يسمى بضغط البخار لهذه المادة عند درجة الحرارة هذه. يشير ضغط بخار مادة إلى معدل تبخر السائل، ويتعلق بميل الجزيئات والذرات إلى الهروب من السائل أو الصلب، ويتحول عندئذ إلى الحالة الغازية. يحدث التبخر من سطح السائل نتيجة لانطلاق أو تحرير جزيئات منه لتكون في شكل بخار سائل فوق السطح، فإن وجد السائل في فراغ مغلق، فإن جزيئات السائل المتحررة والموجودة في شكل بخار فوق سطحه تأخذ في الازدياد وتشكل ضغطا جزيئيا على السطح</span><small> (ar)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ca" >La pressió de vapor o tensió de vapor és la pressió exercida per un vapor en equilibri termodinàmic amb les seves fases condensades (sòlida o líquida) a una temperatura concreta i en un sistema tancat. La pressió de vapor dona una indicació de la taxa d&#39;evaporació d&#39;un líquid, i explica la tendència de les partícules a escapar-ne. Una substància amb una alta pressió de vapor a temperatures normals se sol qualificar de volàtil. La pressió de vapor de qualsevol substància augmenta de manera no lineal amb la temperatura segons la relació de Clausius-Clapeyron. El punt d&#39;ebullició a pressió atmosfèrica d&#39;un líquid és la temperatura a la qual la pressió de vapor és igual a la pressió atmosfèrica ambiental. Amb qualsevol augment incremental d&#39;aquesta temperatura, la pressió de vapor esdevé suficient per sobrepassar la pressió atmosfèrica i fer que es comencin a formar bombolles en el líquid. La formació de bombolles al fons del líquid requereix una pressió més elevada i, per tant, una temperatura més elevada, ja que la pressió del fluid augmenta amb la fondària. El factor més important que determina el valor de la pressió de saturació és la pròpia naturalesa del líquid, trobant-se que, en general, entre líquids de naturalesa similar, la pressió de vapor a una temperatura donada és tant menor com més gran és la massa molecular del líquid. La pressió de vapor amb la qual un dels components d&#39;una mescla contribueix a la pressió total del sistema s&#39;anomena pressió parcial. Per exemple, l&#39;aire a nivell del mar saturat amb vapor d&#39;aigua a 20 °C té pressions parcials d&#39;uns 23 mbar d&#39;aigua, 780 mbar de nitrogen, 210 mbar d&#39;oxigen i 9 mbar d&#39;argó.</span><small> (ca)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="el" >Τάση ατμών ενός υγρού (ή στερεού), σώματος σε μία ορισμένη θερμοκρασία, ονομάζεται η πίεση των ατμών τού σώματος όταν ατμοί και υγρό (ή ατμοί και στερεό) βρίσκονται σε ισορροπία στη θερμοκρασία αυτή. * Κατάσταση ισορροπίας, εν προκειμένω χαρακτηρίζεται η κατάσταση εκείνη κατά την οποία η ταχύτητα εξάτμισης (ή εξάχνωσης) εξισώνεται με την ταχύτητα υγροποίησης (ή στερεοποίησης) στον ίδιο περιβάλλοντα χώρο. Η τάση ατμών φανερώνει για μια ορισμένη θερμοκρασία, την ευκολία ή δυσκολία με την οποία εξατμίζεται ένα υγρό ή εξαχνώνεται ένα στερεό. Έτσι μία &quot;μεγάλη τάση ατμών&quot; φανερώνει την ευκολία της εξάτμισης ή εξάχνωσης μιας χημικής ουσίας και αντιστρόφως. εξάτμιση υγρό αέριο συμπύκνωση Για την επίτευξη της παραπάνω ισορροπίας απαιτείται κάποιο χρονικό διάστημα, στη διάρκεια τού οποίου κάθε στιγμή η ταχύτητα δημιουργίας ατμού είναι μεγαλύτερη από την ταχύτητα δημιουργίας υγρού ή στερεού.Όταν επέλθει η ισορροπία τότε οι ατμοί λέγονται κορεσμένοι και η πίεση πού ασκούν είναι η τάση ατμών. Πρέπει να τονιστεί ότι η ισορροπία είναι δυναμική και όχι στατική πού σημαίνει ότι σε κάθε στιγμή ποσότητες από το σώμα αλλάζουν φάση αλλά με ίσες ταχύτητες. * Σώματα με μεγάλη τάση ατμών λέγονται πτητικά. Η τάση ατμών ενός σώματος εξαρτάται τόσο από την φύση τού σώματος όσο και από τη θερμοκρασία του. Αυτό σημαίνει ότι όσο ισχυρότερες είναι οι διαμοριακές δυνάμεις (συνοχής) τόσο μικρότερη είναι αυτή η τάση, καθώς επίσης και όταν αυξάνεται η θερμοκρασία αυξάνεται και η ταχύτητα εξάτμισης με συνέπεια ν΄ αυξάνεται και η πίεση των ατμών στην ισορροπία. Πρόσθετα η τάση ατμών στα διαλύματα μη πτητικών ουσιών εκτός της φύσεως του διαλύτη και της θερμοκρασίας εξαρτάται και από τη συγκέντρωση του διαλυμένου σώματος.</span><small> (el)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="eo" >Vaporpremo aŭ vaportensio de substanco aŭ likva miksaĵo estas la parta premo de ties vaporo kiam ĉi tiu atingas la ekvilibron inter la likva kaj la gasa fazoj. La vaporpremo estas mezurunuo pri la tendenco al vaporado de likvaĵo. Ju pli granda estas la vaporpremo, des pli volatila estos la likvaĵo, kaj malpli granda estos ties bolpunkto rilate al aliaj likvaĵoj kun malpli granda vaporpremo laŭ la sama referencotemperaturo. Laŭ la Internacia Sistemo, la premo estas kutime mezurata en paskaloj. Ĉi fenomeno ankaŭ okazas en la solida stato, kiam iu solida substanco iras al la gasa stato, sen transiri al la likva stato, al kies procezo oni nomas sublimado. Ĉi-propreco posedas interrilaton inverse proporcia rilate al la intermokelukaj altirfortoj, ĉar ju pli granda estas la sistemo, des pli granda estas kvanto da energio necesa por venki kaj produkti la statointerŝangoj. La vaporpremo estas fizika propreco kiu intime dependas de la temperaturograndeco. Kiom ajn estu la temperaturo, la tendenco estas la vaporado de la likvaĵo ĝis la atingo de ties termodinamika ekvilibro kun la vaporo. Kinetike, ĉi-ekvilibro elmontriĝas kiam la grando de la vaporigita likvaĵo egalvaloras al la grando de la kondensita vaporo. Ia likva substanco ekbolas kiam la sistemopremo atingas la vaporpremon de tiu substanco. Tiu punkto ricevas la nomon bolpunkto aŭ boltemperaturo. La normala bolpunkto estas la normala boltemperaturo de la substanco laŭ difinita premo de atmosfero. En lokoj kun pli altaj altitudoj, kie la atmosfera premo estas malpli granda, la bolbunkto de la substancoj estas pli malaltaj, ĉar ties vaporpremo devas egalvalori al malpli granda valoro, konsiderante la malfermitecon de la sistemo.</span><small> (eo)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="de" >Der Dampfdruck ist der Druck, der sich einstellt, wenn sich in einem abgeschlossenen System ein Dampf mit der zugehörigen flüssigen Phase im thermodynamischen Gleichgewicht befindet. Der Dampfdruck nimmt mit steigender Temperatur zu und ist abhängig vom vorliegenden Stoff bzw. Gemisch. Ist in einem offenen System der Dampfdruck einer Flüssigkeit gleich dem Umgebungsdruck, so beginnt die Flüssigkeit zu sieden.</span><small> (de)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="eu" >Lurrun-presioa lurrun-fasean dagoen substantzia baten eta lurrun-fasean ez dagoen substantzia beraren arteko gertatzen denean existitzen den presioa da. Likidoek eta zenbait solidok gas egoerara igarotzeko joera daukate, eta gas guztiek daukate likidora edo solidora kondentsatzeko joera. Lurrun-presioaren orekak likido edo solido baten lurruntze-tasa adierazten du. Molekulek eta atomoek likidotik edo solidotik ihes egiteko duten joera erakusten du. Substantzia batek tenperatura normalean lurrun-presio altua badauka, hegazkorra dela esan ohi da. Kelvin-en ekuazioak erakusten duenez, lurrun-presioa tantaren tamainaren araberakoa da. Kontzeptu hau ulertzeko adibide on bat ur-lurruna da. Airea ur-lurrunez aserik dagoenean, uraren kondentsazio-tasa eta bere lurruntze-tasa orekan daude. Puntu honetan, airearen hezetasun erlatiboa %100ekoa da eta ur-lurruna gehitzen bada, edo tenperatura jaisten bada, kondentsazioa gertatuko da. Oro har, tenperatura altuagoetan lurrun-presioa altuagoa da.</span><small> (eu)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="es" >La presión de vapor es la presión que ejerce la fase gaseosa o vapor sobre la fase líquida en un sistema cerrado a una temperatura determinada, cuando la fase líquida y el vapor se encuentran en equilibrio dinámico. Su valor es independiente de las cantidades de líquido y vapor presentes mientras existan ambas. Este fenómeno también lo presentan los sólidos; cuando un sólido pasa al estado gaseoso sin pasar por el estado líquido (proceso denominado sublimación o el proceso opuesto, llamado sublimación inversa o deposición) también hablamos de presión de vapor. En la situación de equilibrio, las fases reciben la denominación de líquido saturado y vapor saturado. Esta propiedad posee una relación directamente proporcional con las fuerzas moleculares, debido a que cuanto mayor sea el módulo de las mismas, mayor deberá ser la cantidad de energía entregada (ya sea en forma de calor u otra manifestación) para vencerlas y producir el cambio de estado. Inicialmente solo se produce la evaporación, ya que no hay vapor; sin embargo, a medida que la cantidad de vapor aumenta, y por tanto la presión en el interior de la ampolla, se va incrementando también la velocidad de condensación, hasta que transcurrido un cierto tiempo ambas velocidades se igualan. Llegado este punto se habrá alcanzado la presión máxima posible en la ampolla (presión de vapor o de saturación): la presión total del volumen de gas (mezcla vapor-aire) es equivalente a la presión parcial de la fase vapor (presión de saturación). Esta presión de saturación solo podrá superarse aportando más energía (temperatura) a la mezcla, acción que incrementaría la presión de vapor (la tasa de evaporación), y a su vez, la presión total de la mezcla (ya que es un recipiente cerrado). El equilibrio dinámico se alcanzará más rápidamente cuanto mayor sea la superficie de contacto entre el líquido y el vapor, pues así se favorece la evaporación del líquido; del mismo modo que un charco de agua extenso pero de poca profundidad se seca más rápido que uno más pequeño pero de mayor profundidad que contenga igual cantidad de agua. Sin embargo, el equilibrio se alcanza en ambos casos para igual presión. El factor más importante que determina el valor de la presión de saturación es la propia naturaleza del líquido, encontrándose que, en general, entre líquidos de naturaleza similar, la presión de vapor a una temperatura dada es tanto menor cuanto mayor es la masa molecular del líquido. Por ejemplo, el aire al nivel del mar saturado con vapor de agua a 20 °C tiene una presión parcial de 23 mbar de agua y alrededor de 780 mbar de nitrógeno, 210 mbar de oxígeno y 9 mbar de argón.</span><small> (es)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ga" >An brú a imríonn an ghal mórthimpeall ar leacht nó solad. Bíonn leacht nó solad timpeallaithe ag gal an ábhair chéanna i gcónaí agus í i gcothromaíocht leis. Mar shampla, bíonn brú galuisce cothrom le timpeall 0.2% de bhrú an atmaisféir ag teocht an tseomra. Méadaíonn an brú gaile nuair a mhéadaíonn an teocht.</span><small> (ga)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="fr" >La pression de vapeur est la pression partielle de la vapeur d&#39;un corps présent également sous forme liquide ou solide. Lorsque le système est à l&#39;équilibre (les proportions relatives de gaz et liquide ou solide ne varient pas), la pression de vapeur est dite « saturante ». Lorsque le système est hors équilibre : * si la pression de vapeur est inférieure à la pression de vapeur saturante, une portion de liquide ou de solide passe sous forme gazeuse (évaporation, vaporisation ou sublimation) ; * si la pression de vapeur est supérieure à la pression de vapeur saturante, une portion de la vapeur passe sous forme liquide ou solide (liquéfaction, condensation). Ceci tend à ramener la pression de vapeur vers sa valeur saturante. À la température d&#39;ébullition d&#39;un liquide, sa pression de vapeur saturante est égale à la pression dans laquelle se trouve le liquide (pression atmosphérique pour un système ouvert). Par exemple, la pression de vapeur saturante de l&#39;eau à 100 °C est égale à la pression atmosphérique. Pour des produits différents, on peut relier leur pression de vapeur avec leur température d&#39;ébullition. Plus la pression de vapeur (à température ambiante) du produit est élevée, plus sa température d&#39;ébullition sera basse comparée à un produit dont la pression de vapeur sera plus basse à température ambiante.</span><small> (fr)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="in" >Tekanan uap adalah tekanan suatu uap pada kesetimbangan dengan fase bukan uapnya. Semua zat padat dan cair memiliki kecenderungan untuk menguap menjadi suatu bentuk gas, dan semua gas memiliki suatu kecenderungan untuk mengembun kembali. Pada suatu suatu suhu tertentu, suatu zat tertentu memiliki suatu tekanan parsial yang merupakan titik kesetimbangan dinamis gas zat tersebut dengan bentuk cair atau padatnya. Titik ini adalah tekanan uap zat tersebut pada suhu tersebut.</span><small> (in)</small></span></li> <li><span class="literal"><span property="dbo:abstract" lang="en" >Vapor pressure (or vapour pressure in English-speaking countries other than the US; see spelling differences) or equilibrium vapor pressure is defined as the pressure exerted by a vapor in thermodynamic equilibrium with its condensed phases (solid or liquid) at a given temperature in a closed system. The equilibrium vapor pressure is an indication of a liquid&#39;s evaporation rate. It relates to the tendency of particles to escape from the liquid (or a solid). A substance with a high vapor pressure at normal temperatures is often referred to as volatile. The pressure exhibited by vapor present above a liquid surface is known as vapor pressure. As the temperature of a liquid increases, the kinetic energy of its molecules also increases. As the kinetic energy of the molecules increases, the number of molecules transitioning into a vapor also increases, thereby increasing the vapor pressure. The vapor pressure of any substance increases non-linearly with temperature according to the Clausius–Clapeyron relation. The atmospheric pressure boiling point of a liquid (also known as the normal boiling point) is the temperature at which the vapor pressure equals the ambient atmospheric pressure. With any incremental increase in that temperature, the vapor pressure becomes sufficient to overcome atmospheric pressure and lift the liquid to form vapor bubbles inside the bulk of the substance. Bubble formation deeper in the liquid requires a higher temperature due to the higher fluid pressure, because fluid pressure increases above the atmospheric pressure as the depth increases. More important at shallow depths is the higher temperature required to start bubble formation. The surface tension of the bubble wall leads to an overpressure in the very small, initial bubbles. The vapor pressure that a single component in a mixture contributes to the total pressure in the system is called partial pressure. For example, air at sea level, and saturated with water vapor at 20 °C, has partial pressures of about 2.3 kPa of water, 78 kPa of nitrogen, 21 kPa of oxygen and 0.9 kPa of argon, totaling 102.2 kPa, making the basis for standard atmospheric pressure.</span><small> (en)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="nl" >Dampdruk (ook wel dampspanning) is de druk die de damp van een stof op de wanden van een gesloten ruimte uitoefent. Wanneer een gecondenseerde fase - bijvoorbeeld een vloeistof of een kristallijne vaste stof - in een gesloten ruimte met een groter volume dan het eigen volume tot evenwicht gebracht wordt, gaat een deel van de gecondenseerde fase over in damp. De damp oefent een druk uit op de wanden van de gesloten ruimte. Deze druk is sterk afhankelijk van de temperatuur en de vluchtigheid van de (vloei)stof en wordt de dampdruk genoemd. Bij voldoende hoge temperatuur zal de dampdruk één atmosfeer bedragen. Deze temperatuur wordt bij vloeistoffen het normaal kookpunt genoemd omdat bij deze temperatuur het verdampingsproces niet langer alleen maar aan het oppervlak plaatsvindt maar ook in staat is overal in de vloeistof dampbellen te vormen. Bij groot-moleculaire vaste stoffen en complexe stoffen zoals natuurlijke materialen - bijvoorbeeld hout of wol - zal de dampdruk echter over het algemeen nooit de waarde van één atmosfeer bereiken voordat de stof door de warmte gaat ontleden. In het geval van mengsels is de dampdruk bij een bepaalde temperatuur over het algemeen de som van de dampdrukken van de samenstellende stoffen van het mengsel., met de standaard dampdruk van component i. Aansluitend op het hierboven beschrevene: stel je een afgesloten vat voor dat geheel leeg (vacuüm) is. Doe dit vat nu halfvol met vloeibaar water. Als nu het vat verwarmd wordt tot 100 °C dan zal de druk in het vat 1 atmosfeer zijn. Bij kamertemperatuur (20 °C) zal de druk in het vat nog maar 0,023 atmosfeer zijn. Bij 200 °C zal de druk in het vat daarentegen 15,3 atmosfeer zijn. In de 18e eeuw was al bedacht dat gas (of damp) onder hoge druk met behulp van zuigers en een krukas mechanische arbeid zou kunnen verrichten. De vraag was op dat moment alleen hoe aan gas op hoge druk te komen (eerdere ideeën gingen uit naar het gebruiken van buskruit, als het ware een vroege versie van de verbrandingsmotor). Water verwarmen is veel eenvoudiger en de ontdekking dat de dampspanning van water zo snel oploopt met de temperatuur leidde tot de uitvinding van de stoommachine.</span><small> (nl)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="it" >La pressione di vapore (o tensione di vapore o più propriamente pressione di vapore saturo) di una sostanza è la pressione esercitata dal vapore della sostanza sulla fase condensata (solida o liquida) della stessa sostanza quando tali fasi sono in condizioni di equilibrio termodinamico tra loro all&#39;interno di un sistema chiuso, cioè in condizioni di vapore saturo. Dal punto di vista fisico, la pressione di vapore può essere interpretata come il risultato della tendenza di una particolare sostanza a passare dalla fase condensata alla fase gassosa (cioè ad evaporare o sublimare). Trattandosi di una pressione, nel Sistema Internazionale la pressione di vapore si misura in pascal. La pressione di vapore può essere definita in termini di pressione assoluta o pressione relativa (con riferimento alla pressione atmosferica). In entrambi i casi il significato fisico è identico, ma cambia il valore numerico associato a tale grandezza. Le sostanze caratterizzate da un&#39;elevata pressione di vapore in condizioni normali sono dette &quot;volatili&quot;, mentre quelle caratterizzate da una bassa pressione di vapore in condizioni normali sono dette &quot;altobollenti&quot;.</span><small> (it)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ko" >증기 압력(영어: Vapor Pressure, 蒸氣壓) 또는 증기압은 증기가 고체 또는 액체와 동적 평형 상태에 있을 때 증기의 압력을 의미한다. 증기 장력(蒸氣張力) 이라고도 한다. 증기 압력은 어떠한 액체의 증발속도와 관련이 있기 때문에, 실온 상태에서 증기압이 매우 높은 액체상태의 물질은 을 갖는 물질이라고 표현되기도 한다. 증기 압력 또는 균형 증기 압력은 닫힌 계의 주어진 온도에서 응결된 위상(고체 또는 액체)과 함께 열역학적 평형에 의해 증기에 의해 발휘되는 압력으로 정의된다. 평형 증기 압력은 액체의 증발률을 나타내는 지표이다. 그것은 액체로부터 증발할 수 있는 입자들의 경향과 관련이 있다. 정상 온도에서 높은 증기 압력을 가진 물질은 흔히 휘발성이라고 한다. 액체 표면 위에 존재하는 증기로 표시되는 압력은 증기압이라고 알려져 있다. 액체의 온도가 증가함에 따라, 분자의 운동 에너지 또한 증가하는데,분자의 운동 에너지가 증가함에 따라서 수증기로 변하는 분자의 수 또한 증가한다. 따라서 증기 압력이 증가한다. 어떤 물질의 증기 압력은 ClausiusXMClairon 관계에 따라 비선형성이 증가한다. 액체의 정상 끓는점은 증기압이 대기압과 같아지는 온도이다. 그 온도가 증가하면 증기 압력은 대기압을 극복하기에 충분하고 액체의 부피 내에서 기포를 형성하기 위해 액체를 들어 올린다. 액체에서 더 깊게 형성되는 기포는 더 높은 압력을 필요로 한다. 얕은 깊이에서 더 중요한 것은 기포 형성을 시작하는데 필요한 온도가 더 높다는 것이다. 기포 벽의 표면 장력은 매우 작은 초기 기포의 과도한 압력으로 이어진다. 그러므로, 온도계 보정은 끓는 물의 온도에 의존하지 말아야 한다. 혼합물의 단일 성분이 시스템의 총 압력에 기여하는 증기 압력은 부분 압력이라 불린다. 예를 들어, 해수면의 공기 중 수증기로 포화된 공기는 약 2.3kPa, 질소는 78kPa, 산소는 21kPa, 아르곤은 0.9kPa, 총 102.2 kPa는 표준 기압을 기준으로 한다.</span><small> (ko)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ja" >蒸気圧(じょうきあつ、英語: vapor pressure)あるいは平衡蒸気圧(へいこうじょうきあつ、英語: equilibrium vapor pressure)とは、液相あるいは固相にある物質と相平衡になるような物質の気相の圧力のことである。蒸気圧は物質に特有の物性値であり、温度に依存して決まる。 物質の沸点とは、その物質が液相にあるときの蒸気圧が外圧に等しくなる温度である。また、物質の昇華点とは、その物質が固相にあるときの蒸気圧が外圧に等しくなる温度である。さらに物質が液相と固相の平衡状態にあるときの蒸気圧が外圧に等しくなる温度は三重点と呼ばれる。 液体の物質の周囲でのその物質の蒸気の分圧が液相の蒸気圧に等しいとき、その液体は蒸気と気液平衡の状態にある。気液平衡から温度を上げると蒸気圧が上がり、蒸気の分圧より大きくなる。蒸気を理想気体とみなせば、分圧は蒸気量に比例する。液体が蒸発することで蒸気量が増えて分圧も上がり、新たな温度での蒸気圧と等しくなることで再び気液平衡となる。逆に温度を下げると蒸気圧が下がる。このときは蒸気が液体に凝縮することで分圧が下がり、新たな温度で気液平衡となる。気相と固相の相平衡でも同様に、温度の変化に対して物質が昇華して分圧が蒸気圧と等しくなるように蒸気量が変化して平衡が保たれる。 純物質の蒸気圧はクラウジウス・クラペイロンの式によって近似される。溶液であれば蒸気圧降下が起こり、これはラウールの法則で近似される。</span><small> (ja)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="pt" >Pressão de vapor é a pressão exercida por um vapor quando este está em equilíbrio termodinâmico com o líquido que lhe deu origem, ou seja, a quantidade de líquido (solução) que evapora é a mesma que se condensa, em um sistema fechado. A pressão de vapor é uma medida da tendência de evaporação de um líquido. Quanto maior for a sua pressão de vapor, mais volátil será o líquido, e menor será sua temperatura de ebulição relativamente a outros líquidos com menor pressão de vapor à mesma temperatura de referência. A pressão de vapor é uma propriedade física que depende do valor da temperatura. Qualquer que seja a temperatura, a tendência é de o líquido se vaporizar até atingir equilíbrio termodinâmico com o vapor; em termos cinéticos, esse equilíbrio manifesta-se quando a taxa de líquido vaporizado é igual à taxa de vapor condensado. Uma substância líquida entra em ebulição quando a pressão do sistema ao qual faz parte atinge a pressão de vapor dessa substância. Esse ponto recebe o nome de ponto de ebulição ou temperatura de ebulição. O ponto de ebulição normal é a temperatura de ebulição da substância à pressão de uma atmosfera. Em locais com maior altitude, onde a pressão atmosférica é menor, a temperatura de ebulição das substâncias líquidas é mais baixa já que sua pressão de vapor precisa se igualar a um valor menor (considerando que o sistema é aberto). Quando o sistema é fechado, tende a entrar em equilíbrio termodinâmico. Nesse ponto, a pressão exercida pelo vapor se mantêm constante, caso a temperatura e pressão também se mantenham, e essa pressão de equilíbrio é denominada pressão máxima de vapor.</span><small> (pt)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="pl" >Ciśnienie (prężność) pary nasyconej – ciśnienie, przy którym w określonej temperaturze gaz jest w stanie równowagi z cieczą. Występuje wówczas równowaga między parowaniem i skraplaniem. Ciśnienie pary nasyconej zależy od rodzaju cieczy (substancji), a dla danej cieczy zależy od jej temperatury, wzrastając wraz z temperaturą i osiągając największą wartość (ciśnienie krytyczne) w temperaturze krytycznej. W wyższej temperaturze ciecz już nie istnieje (stąd nazwa). Gdy w danej temperaturze w układzie otwartym w warunkach równowagi ciśnienie pary nasyconej jest równe ciśnieniu panującemu w otoczeniu, to substancja wrze. W temperaturze poniżej temperatury punktu potrójnego ciecz nie może istnieć w równowadze z gazem, ale gaz może być w równowadze z ciałem stałym w procesach sublimacji i resublimacji. Ciśnienie pary nasyconej jest jedną z wielkości fizycznych charakteryzujących substancje, szczególnie ciecze. Jeżeli nie podano temperatury, przy której określono to ciśnienie, przyjmuje się temperaturę normalną. W mieszaninie gazów danego składnika może być najwyżej tyle, aby jego ciśnienie parcjalne odpowiadało ciśnieniu pary nasyconej w danej temperaturze.</span><small> (pl)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="sv" >Ångtryck definieras som det tryck vid vilket ett ämnes avdunstning är i jämvikt mellan dess flytande och fasta tillstånd vid någon given temperatur. Inom vissa områden, som exempelvis meteorologi och , används ångtryck som beteckningen på partialtrycket för vattenånga i luften.</span><small> (sv)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="ru" >Насы́щенный пар — это пар, находящийся в динамическом равновесии с жидкостью или твёрдым телом того же состава. Насыщенный водяной пар над водой (льдом) — водяной пар, находящийся в термодинамическом равновесии с плоской поверхностью жидкой воды или льда в чистом виде или в составе влажного газа. Давление (называемое также упругостью) насыщенного пара связано определённой для данного вещества зависимостью от температуры. Когда внешнее давление падает ниже давления насыщенного пара, происходит испарение (кипение) жидкости или возгонка твёрдого вещества; когда оно выше — напротив, конденсация или десублимация. Для воды и многих других веществ, имеющих твердую фазу, существует значительная разница в давлении насыщенных паров над поверхностью жидкости и твердой фазы. В таблице приведены значения давления насыщенного пара для некоторых веществ:</span><small> (ru)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="uk" >Наси́чена па́ра — пара, що перебуває в термодинамічній рівновазі з рідиною або твердим тілом. Тиск, температура і хімічний потенціал у насиченої пари однаковий із тими фазами, з якими вона співіснує. Доки рівновага не встановилася пара може бути ненасиченою. Існує також метастабільний стан перенасиченої пари — газу з густиною, більшою, ніж густина насиченої пари. З підвищенням температури тиск насиченої пари збільшується, оскільки більше атомів чи молекул переходять із конденсованого стану в газ.</span><small> (uk)</small></span></li> <li style="display:none;"><span class="literal"><span property="dbo:abstract" lang="zh" >一種物質的蒸氣壓也称作飽和蒸氣壓,指的是這種物质的气相与其非气相达到平衡状态时的压强;任何物质(包括液态与固态)都有挥发成为气态的趋势,其气态也同样具有凝結为液态或者凝华为固态的趋势。在给定的温度下,一种物质的气态与其凝聚态(固态或液态)之间会在某一个压强下存在动态平衡。此时单位时间内由气态转变为凝聚态的分子数与由凝聚态转变为气态的分子数相等。这个压强就是此物质在此温度下的饱和蒸气压。 在密閉空間,物質在給定的溫度下,可使該物質沸騰的氣體分壓,此时蒸发/凝结过程达到动态平衡。当气体的压力(分压)与饱和蒸汽压相等时,对应的温度称为露点,这时空气的相对湿度为100%。此时如果降低温度或者增加空气中水蒸气的含量,就会出现水凝结的现象。 它们之间的关系可以用克劳修斯-克拉佩龙方程(Clausius–Clapeyron relation)描述。随着温度的升高,物质蒸气压随之升高直到足以克服周围大气的压强从而在物质本体内的任何位置发生气化而产生大量气泡。这一现象叫做沸腾,而这个温度叫做此压强下的沸点。物质的常压沸点就是此物质的饱和蒸气压等于一个标准大气压时候的温度。需要注意的是在较深液体中发生的沸腾所需温度会高于较浅液体中的沸腾,因为除了大气压强外还需要克服液体自身深度所造成的压强。對於溶液,計算需用拉午耳定律。 水的饱和蒸汽压可以根据Goff-Gratch方程式确定。</span><small> (zh)</small></span></li> </ul></td></tr><tr class="even"><td class="col-2"><a class="uri" 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text-break"><ul> <li><span class="literal"><a class="uri" rel="dcterms:subject" resource="http://dbpedia.org/resource/Category:Gases" prefix="dcterms: http://purl.org/dc/terms/" href="http://dbpedia.org/resource/Category:Gases"><small>dbc</small>:Gases</a></span></li> <li><span class="literal"><a class="uri" rel="dcterms:subject" resource="http://dbpedia.org/resource/Category:Thermodynamic_properties" prefix="dcterms: http://purl.org/dc/terms/" href="http://dbpedia.org/resource/Category:Thermodynamic_properties"><small>dbc</small>:Thermodynamic_properties</a></span></li> <li><span class="literal"><a class="uri" rel="dcterms:subject" resource="http://dbpedia.org/resource/Category:Engineering_thermodynamics" prefix="dcterms: http://purl.org/dc/terms/" href="http://dbpedia.org/resource/Category:Engineering_thermodynamics"><small>dbc</small>:Engineering_thermodynamics</a></span></li> <li><span class="literal"><a class="uri" rel="dcterms:subject" 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href="http://www.w3.org/2000/01/rdf-schema#comment"><small>rdfs:</small>comment</a> </td><td class="col-10 text-break"><ul> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="de" >Der Dampfdruck ist der Druck, der sich einstellt, wenn sich in einem abgeschlossenen System ein Dampf mit der zugehörigen flüssigen Phase im thermodynamischen Gleichgewicht befindet. Der Dampfdruck nimmt mit steigender Temperatur zu und ist abhängig vom vorliegenden Stoff bzw. Gemisch. Ist in einem offenen System der Dampfdruck einer Flüssigkeit gleich dem Umgebungsdruck, so beginnt die Flüssigkeit zu sieden.</span><small> (de)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ga" >An brú a imríonn an ghal mórthimpeall ar leacht nó solad. Bíonn leacht nó solad timpeallaithe ag gal an ábhair chéanna i gcónaí agus í i gcothromaíocht leis. Mar shampla, bíonn brú galuisce cothrom le timpeall 0.2% de bhrú an atmaisféir ag teocht an tseomra. Méadaíonn an brú gaile nuair a mhéadaíonn an teocht.</span><small> (ga)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="in" >Tekanan uap adalah tekanan suatu uap pada kesetimbangan dengan fase bukan uapnya. Semua zat padat dan cair memiliki kecenderungan untuk menguap menjadi suatu bentuk gas, dan semua gas memiliki suatu kecenderungan untuk mengembun kembali. Pada suatu suatu suhu tertentu, suatu zat tertentu memiliki suatu tekanan parsial yang merupakan titik kesetimbangan dinamis gas zat tersebut dengan bentuk cair atau padatnya. Titik ini adalah tekanan uap zat tersebut pada suhu tersebut.</span><small> (in)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="sv" >Ångtryck definieras som det tryck vid vilket ett ämnes avdunstning är i jämvikt mellan dess flytande och fasta tillstånd vid någon given temperatur. Inom vissa områden, som exempelvis meteorologi och , används ångtryck som beteckningen på partialtrycket för vattenånga i luften.</span><small> (sv)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="uk" >Наси́чена па́ра — пара, що перебуває в термодинамічній рівновазі з рідиною або твердим тілом. Тиск, температура і хімічний потенціал у насиченої пари однаковий із тими фазами, з якими вона співіснує. Доки рівновага не встановилася пара може бути ненасиченою. Існує також метастабільний стан перенасиченої пари — газу з густиною, більшою, ніж густина насиченої пари. З підвищенням температури тиск насиченої пари збільшується, оскільки більше атомів чи молекул переходять із конденсованого стану в газ.</span><small> (uk)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="zh" >一種物質的蒸氣壓也称作飽和蒸氣壓,指的是這種物质的气相与其非气相达到平衡状态时的压强;任何物质(包括液态与固态)都有挥发成为气态的趋势,其气态也同样具有凝結为液态或者凝华为固态的趋势。在给定的温度下,一种物质的气态与其凝聚态(固态或液态)之间会在某一个压强下存在动态平衡。此时单位时间内由气态转变为凝聚态的分子数与由凝聚态转变为气态的分子数相等。这个压强就是此物质在此温度下的饱和蒸气压。 在密閉空間,物質在給定的溫度下,可使該物質沸騰的氣體分壓,此时蒸发/凝结过程达到动态平衡。当气体的压力(分压)与饱和蒸汽压相等时,对应的温度称为露点,这时空气的相对湿度为100%。此时如果降低温度或者增加空气中水蒸气的含量,就会出现水凝结的现象。 它们之间的关系可以用克劳修斯-克拉佩龙方程(Clausius–Clapeyron relation)描述。随着温度的升高,物质蒸气压随之升高直到足以克服周围大气的压强从而在物质本体内的任何位置发生气化而产生大量气泡。这一现象叫做沸腾,而这个温度叫做此压强下的沸点。物质的常压沸点就是此物质的饱和蒸气压等于一个标准大气压时候的温度。需要注意的是在较深液体中发生的沸腾所需温度会高于较浅液体中的沸腾,因为除了大气压强外还需要克服液体自身深度所造成的压强。對於溶液,計算需用拉午耳定律。 水的饱和蒸汽压可以根据Goff-Gratch方程式确定。</span><small> (zh)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ar" >ضغط البخار هو الضغط الذي توجد عليه مادة ما في حالة التعادل الثرموديناميكي مع أطوار المادة الأخرى اللابخارية. جميع المواد السائلة والصلبة تميل إلى التبخر إلى الحالة الغازية وجميع الغازات تميل إلى التكاثف أو الترسب لتعود إلى حالتها الأصلية (صلبة كانت أم سائلة). وعند أي درجة حرارة لمادة معينة، هناك ضغط يكون عنده غاز هذه المادة في حالة تعادل ديناميكي مع أطواره السائلة أو الصلبة. وهذا ما يسمى بضغط البخار لهذه المادة عند درجة الحرارة هذه.</span><small> (ar)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ca" >La pressió de vapor o tensió de vapor és la pressió exercida per un vapor en equilibri termodinàmic amb les seves fases condensades (sòlida o líquida) a una temperatura concreta i en un sistema tancat. La pressió de vapor dona una indicació de la taxa d&#39;evaporació d&#39;un líquid, i explica la tendència de les partícules a escapar-ne. Una substància amb una alta pressió de vapor a temperatures normals se sol qualificar de volàtil.</span><small> (ca)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="el" >Τάση ατμών ενός υγρού (ή στερεού), σώματος σε μία ορισμένη θερμοκρασία, ονομάζεται η πίεση των ατμών τού σώματος όταν ατμοί και υγρό (ή ατμοί και στερεό) βρίσκονται σε ισορροπία στη θερμοκρασία αυτή. * Κατάσταση ισορροπίας, εν προκειμένω χαρακτηρίζεται η κατάσταση εκείνη κατά την οποία η ταχύτητα εξάτμισης (ή εξάχνωσης) εξισώνεται με την ταχύτητα υγροποίησης (ή στερεοποίησης) στον ίδιο περιβάλλοντα χώρο. εξάτμιση υγρό αέριο συμπύκνωση * Σώματα με μεγάλη τάση ατμών λέγονται πτητικά.</span><small> (el)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="eo" >Vaporpremo aŭ vaportensio de substanco aŭ likva miksaĵo estas la parta premo de ties vaporo kiam ĉi tiu atingas la ekvilibron inter la likva kaj la gasa fazoj. La vaporpremo estas mezurunuo pri la tendenco al vaporado de likvaĵo. Ju pli granda estas la vaporpremo, des pli volatila estos la likvaĵo, kaj malpli granda estos ties bolpunkto rilate al aliaj likvaĵoj kun malpli granda vaporpremo laŭ la sama referencotemperaturo. Laŭ la Internacia Sistemo, la premo estas kutime mezurata en paskaloj. Ĉi fenomeno ankaŭ okazas en la solida stato, kiam iu solida substanco iras al la gasa stato, sen transiri al la likva stato, al kies procezo oni nomas sublimado. Ĉi-propreco posedas interrilaton inverse proporcia rilate al la intermokelukaj altirfortoj, ĉar ju pli granda estas la sistemo, des pli gran</span><small> (eo)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="es" >La presión de vapor es la presión que ejerce la fase gaseosa o vapor sobre la fase líquida en un sistema cerrado a una temperatura determinada, cuando la fase líquida y el vapor se encuentran en equilibrio dinámico. Su valor es independiente de las cantidades de líquido y vapor presentes mientras existan ambas. Este fenómeno también lo presentan los sólidos; cuando un sólido pasa al estado gaseoso sin pasar por el estado líquido (proceso denominado sublimación o el proceso opuesto, llamado sublimación inversa o deposición) también hablamos de presión de vapor. En la situación de equilibrio, las fases reciben la denominación de líquido saturado y vapor saturado. Esta propiedad posee una relación directamente proporcional con las fuerzas moleculares, debido a que cuanto mayor sea el módulo d</span><small> (es)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="eu" >Lurrun-presioa lurrun-fasean dagoen substantzia baten eta lurrun-fasean ez dagoen substantzia beraren arteko gertatzen denean existitzen den presioa da. Likidoek eta zenbait solidok gas egoerara igarotzeko joera daukate, eta gas guztiek daukate likidora edo solidora kondentsatzeko joera. Lurrun-presioaren orekak likido edo solido baten lurruntze-tasa adierazten du. Molekulek eta atomoek likidotik edo solidotik ihes egiteko duten joera erakusten du. Substantzia batek tenperatura normalean lurrun-presio altua badauka, hegazkorra dela esan ohi da. Kelvin-en ekuazioak erakusten duenez, lurrun-presioa tantaren tamainaren araberakoa da.</span><small> (eu)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="fr" >La pression de vapeur est la pression partielle de la vapeur d&#39;un corps présent également sous forme liquide ou solide. Lorsque le système est à l&#39;équilibre (les proportions relatives de gaz et liquide ou solide ne varient pas), la pression de vapeur est dite « saturante ». Lorsque le système est hors équilibre : Ceci tend à ramener la pression de vapeur vers sa valeur saturante.</span><small> (fr)</small></span></li> <li><span class="literal"><span property="rdfs:comment" lang="en" >Vapor pressure (or vapour pressure in English-speaking countries other than the US; see spelling differences) or equilibrium vapor pressure is defined as the pressure exerted by a vapor in thermodynamic equilibrium with its condensed phases (solid or liquid) at a given temperature in a closed system. The equilibrium vapor pressure is an indication of a liquid&#39;s evaporation rate. It relates to the tendency of particles to escape from the liquid (or a solid). A substance with a high vapor pressure at normal temperatures is often referred to as volatile. The pressure exhibited by vapor present above a liquid surface is known as vapor pressure. As the temperature of a liquid increases, the kinetic energy of its molecules also increases. As the kinetic energy of the molecules increases, the num</span><small> (en)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="it" >La pressione di vapore (o tensione di vapore o più propriamente pressione di vapore saturo) di una sostanza è la pressione esercitata dal vapore della sostanza sulla fase condensata (solida o liquida) della stessa sostanza quando tali fasi sono in condizioni di equilibrio termodinamico tra loro all&#39;interno di un sistema chiuso, cioè in condizioni di vapore saturo. Dal punto di vista fisico, la pressione di vapore può essere interpretata come il risultato della tendenza di una particolare sostanza a passare dalla fase condensata alla fase gassosa (cioè ad evaporare o sublimare).</span><small> (it)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ko" >증기 압력(영어: Vapor Pressure, 蒸氣壓) 또는 증기압은 증기가 고체 또는 액체와 동적 평형 상태에 있을 때 증기의 압력을 의미한다. 증기 장력(蒸氣張力) 이라고도 한다. 증기 압력은 어떠한 액체의 증발속도와 관련이 있기 때문에, 실온 상태에서 증기압이 매우 높은 액체상태의 물질은 을 갖는 물질이라고 표현되기도 한다. 증기 압력 또는 균형 증기 압력은 닫힌 계의 주어진 온도에서 응결된 위상(고체 또는 액체)과 함께 열역학적 평형에 의해 증기에 의해 발휘되는 압력으로 정의된다. 평형 증기 압력은 액체의 증발률을 나타내는 지표이다. 그것은 액체로부터 증발할 수 있는 입자들의 경향과 관련이 있다. 정상 온도에서 높은 증기 압력을 가진 물질은 흔히 휘발성이라고 한다. 액체 표면 위에 존재하는 증기로 표시되는 압력은 증기압이라고 알려져 있다. 액체의 온도가 증가함에 따라, 분자의 운동 에너지 또한 증가하는데,분자의 운동 에너지가 증가함에 따라서 수증기로 변하는 분자의 수 또한 증가한다. 따라서 증기 압력이 증가한다.</span><small> (ko)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ja" >蒸気圧(じょうきあつ、英語: vapor pressure)あるいは平衡蒸気圧(へいこうじょうきあつ、英語: equilibrium vapor pressure)とは、液相あるいは固相にある物質と相平衡になるような物質の気相の圧力のことである。蒸気圧は物質に特有の物性値であり、温度に依存して決まる。 物質の沸点とは、その物質が液相にあるときの蒸気圧が外圧に等しくなる温度である。また、物質の昇華点とは、その物質が固相にあるときの蒸気圧が外圧に等しくなる温度である。さらに物質が液相と固相の平衡状態にあるときの蒸気圧が外圧に等しくなる温度は三重点と呼ばれる。 液体の物質の周囲でのその物質の蒸気の分圧が液相の蒸気圧に等しいとき、その液体は蒸気と気液平衡の状態にある。気液平衡から温度を上げると蒸気圧が上がり、蒸気の分圧より大きくなる。蒸気を理想気体とみなせば、分圧は蒸気量に比例する。液体が蒸発することで蒸気量が増えて分圧も上がり、新たな温度での蒸気圧と等しくなることで再び気液平衡となる。逆に温度を下げると蒸気圧が下がる。このときは蒸気が液体に凝縮することで分圧が下がり、新たな温度で気液平衡となる。気相と固相の相平衡でも同様に、温度の変化に対して物質が昇華して分圧が蒸気圧と等しくなるように蒸気量が変化して平衡が保たれる。</span><small> (ja)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="nl" >Dampdruk (ook wel dampspanning) is de druk die de damp van een stof op de wanden van een gesloten ruimte uitoefent. Wanneer een gecondenseerde fase - bijvoorbeeld een vloeistof of een kristallijne vaste stof - in een gesloten ruimte met een groter volume dan het eigen volume tot evenwicht gebracht wordt, gaat een deel van de gecondenseerde fase over in damp. In het geval van mengsels is de dampdruk bij een bepaalde temperatuur over het algemeen de som van de dampdrukken van de samenstellende stoffen van het mengsel., met de standaard dampdruk van component i.</span><small> (nl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="pl" >Ciśnienie (prężność) pary nasyconej – ciśnienie, przy którym w określonej temperaturze gaz jest w stanie równowagi z cieczą. Występuje wówczas równowaga między parowaniem i skraplaniem. Ciśnienie pary nasyconej zależy od rodzaju cieczy (substancji), a dla danej cieczy zależy od jej temperatury, wzrastając wraz z temperaturą i osiągając największą wartość (ciśnienie krytyczne) w temperaturze krytycznej. W wyższej temperaturze ciecz już nie istnieje (stąd nazwa).</span><small> (pl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="pt" >Pressão de vapor é a pressão exercida por um vapor quando este está em equilíbrio termodinâmico com o líquido que lhe deu origem, ou seja, a quantidade de líquido (solução) que evapora é a mesma que se condensa, em um sistema fechado. A pressão de vapor é uma medida da tendência de evaporação de um líquido. Quanto maior for a sua pressão de vapor, mais volátil será o líquido, e menor será sua temperatura de ebulição relativamente a outros líquidos com menor pressão de vapor à mesma temperatura de referência.</span><small> (pt)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:comment" lang="ru" >Насы́щенный пар — это пар, находящийся в динамическом равновесии с жидкостью или твёрдым телом того же состава. Насыщенный водяной пар над водой (льдом) — водяной пар, находящийся в термодинамическом равновесии с плоской поверхностью жидкой воды или льда в чистом виде или в составе влажного газа. В таблице приведены значения давления насыщенного пара для некоторых веществ:</span><small> (ru)</small></span></li> </ul></td></tr><tr class="even"><td class="col-2"><a class="uri" href="http://www.w3.org/2000/01/rdf-schema#label"><small>rdfs:</small>label</a> </td><td class="col-10 text-break"><ul> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ar" >ضغط البخار</span><small> (ar)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ca" >Pressió de vapor</span><small> (ca)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="de" >Dampfdruck</span><small> (de)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="el" >Τάση ατμών</span><small> (el)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="eo" >Vaporpremo</span><small> (eo)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="es" >Presión de vapor</span><small> (es)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="eu" >Lurrun-presio</span><small> (eu)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ga" >Brú gaile</span><small> (ga)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="in" >Tekanan uap</span><small> (in)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="fr" >Pression de vapeur</span><small> (fr)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="it" >Pressione di vapore</span><small> (it)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ko" >증기 압력</span><small> (ko)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ja" >蒸気圧</span><small> (ja)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="pl" >Ciśnienie pary nasyconej</span><small> (pl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="nl" >Dampdruk</span><small> (nl)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="pt" >Pressão de vapor</span><small> (pt)</small></span></li> <li><span class="literal"><span property="rdfs:label" lang="en" >Vapor pressure</span><small> (en)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="ru" >Насыщенный пар</span><small> (ru)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="sv" >Ångtryck</span><small> (sv)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="zh" >蒸氣壓</span><small> (zh)</small></span></li> <li style="display:none;"><span class="literal"><span property="rdfs:label" lang="uk" >Насичена пара</span><small> (uk)</small></span></li> </ul></td></tr><tr class="odd"><td class="col-2"><a class="uri" href="http://www.w3.org/2002/07/owl#sameAs"><small>owl:</small>sameAs</a> </td><td class="col-10 text-break"><ul> <li><span class="literal"><a class="uri" rel="owl:sameAs" resource="http://rdf.freebase.com/ns/m.0b0kd" href="http://rdf.freebase.com/ns/m.0b0kd"><small>freebase</small>:Vapor pressure</a></span></li> <li><span class="literal"><a class="uri" rel="owl:sameAs" resource="http://d-nb.info/gnd/4148771-0" href="http://d-nb.info/gnd/4148771-0">http://d-nb.info/gnd/4148771-0</a></span></li> <li><span class="literal"><a class="uri" rel="owl:sameAs" resource="http://www.wikidata.org/entity/Q2661322" href="http://www.wikidata.org/entity/Q2661322"><small>wikidata</small>:Vapor 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