![]() "증기압" is not found on TREX in Korean-English direction
          
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        "증기압" is not found on TREX in Korean-English direction
          
                                            Try Searching In English-Korean
                                                                    (
증기압)
                                                            
고압 나트륨 표준 증기압은 10kPa, 방출 스펙트럼 가장 레드 오렌지 빛과 약간 청록색 빛.  High pressure sodium standard vapor pressure is about 10kPa, the emission spectrum most are red-orange light and a little blue-green light.
High pressure sodium standard vapor pressure is about 10kPa, the emission spectrum most are red-orange light and a little blue-green light.그것은 물과 약간 섞이며, 높은 끓는점과 낮은 증기압을 가지고 있습니다.  It is slightly miscible with water, has a high boiling point and low vapor pressure.
It is slightly miscible with water, has a high boiling point and low vapor pressure.증기압은 1000L IBC를 가진 모노 에테르 아세테이트 1.7 mm Hg 프로필렌 글리콜 북을 칩니다.  Vapor Pressure 1.7 mm Hg Propylene Glycol Monoethyl Ether Acetate with 1000L IBC drums.
Vapor Pressure 1.7 mm Hg Propylene Glycol Monoethyl Ether Acetate with 1000L IBC drums.여 가지의 화학물질의 증기압식, 밀도식, 임계압력, 임계온도 등 제공.  Equation for vapor pressure and density, critical pressure, critical temperature, etc. for 1,600 chemical substances.
Equation for vapor pressure and density, critical pressure, critical temperature, etc. for 1,600 chemical substances.텅스텐의 녹는 점은 다른 모든 금속의 녹는 점보다 높으며 증기압이 가장 낮습니다.  Tungsten's melting point exceeds that of all other metals and it has the lowest vapor pressure.
Tungsten's melting point exceeds that of all other metals and it has the lowest vapor pressure.그는 증기압을 이용해 물을 한쪽 용기에서 다른 쪽으로 옮기는 방법 또한 고안했다.  He also describes a way of transferring water from one vessel to another using pressure.
He also describes a way of transferring water from one vessel to another using pressure.이것은 물 및 공기의 온도 그리고 증기압이 똑같게 하기 것을 시도하기 때문에 일어난다.  This happens because the temperature and the vapor pressure of the water and the air attempt to equalize.
This happens because the temperature and the vapor pressure of the water and the air attempt to equalize.증기압은 일정한 주어진 온도에서 몸체가 단독으로 놓인 압력이 증기와 평형을 이룬 압력입니다.  The vapor pressure is the pressure under which the single body placed at a given constant temperature, is in equilibrium with its vapor.
The vapor pressure is the pressure under which the single body placed at a given constant temperature, is in equilibrium with its vapor.이것은 물 및 공기의 온도 그리고 증기압이 똑같게 하기 것을 시도하기 때문에 일어난다.  The air temperature drops because the temperature and vapor pressure of the water and air attempt to equalize.
The air temperature drops because the temperature and vapor pressure of the water and air attempt to equalize.수증기압: 하루의 평균 증기압은 2.2kPa 이상이어야합니다. 한달 평균 증기압은 1.8kPa 이하 여야합니다.  Water vapour pressure: The average vapour pressure of a day should be more than 2.2kPa.
Water vapour pressure: The average vapour pressure of a day should be more than 2.2kPa.조밀도 (액체로) 그것의 자신의 증기압의 밑에 액체로 발송되는 0.485 kg/L.  Density(as a liquid) 0.485 kg/L. Shipped as a liquid under its own vapor pressure.
Density(as a liquid) 0.485 kg/L. Shipped as a liquid under its own vapor pressure.Ethaline 200은 증기압이 낮고 열 안정성이 좋았으며 금속염과 함께 특이한 용 매화 특성을 나타내었다.  Ethaline 200 had low vapour pressure and good thermal stability, and exhibited unusual solvation properties with metal salts.
Ethaline 200 had low vapour pressure and good thermal stability, and exhibited unusual solvation properties with metal salts.R500의 공비 혼합물에는, 경미하게 더 높은 증기압이 있고 동일한 압축기 진지변환에서 고용량을 제공합니다.  R500, an azeotropic mixture, has slightly higher vapor pressures and provides higher capacities from the same compressor displacement.
R500, an azeotropic mixture, has slightly higher vapor pressures and provides higher capacities from the same compressor displacement.예를 들어, 어떠한 주어진 온도에서도, 염화물은 차트 안에 있는 모든 액체 중에서 가장 높은 증기압을 가진다.  For example, at any given temperature, chloromethane(methyl chloride) has the highest vapor pressure of any of the liquids in the chart.
For example, at any given temperature, chloromethane(methyl chloride) has the highest vapor pressure of any of the liquids in the chart.낮은 압력 나트륨 등장 이전, 나트륨 증기압 이상 Pa 이며 방출 스펙트럼은 주로 노란색, 589nm에 일반적으로 다른 광원을 사용된 단지만.  Low pressure sodium appeared earlier, the sodium vapor pressure is not more than a few Pa, and the emission spectrum is mainly in the 589nm yellow, usually only used complexes with other light sources.
Low pressure sodium appeared earlier, the sodium vapor pressure is not more than a few Pa, and the emission spectrum is mainly in the 589nm yellow, usually only used complexes with other light sources.결국, 이것은 증기압 상승을 불러일으켜 증기 회수 장치(Vapor Recovery Unit, VRU)는 위험한 적색 구간으로 가파르게 올라가고 있었습니다.  In turn, this was causing rising vapour pressure and the Vapour Recovery Unit(VRU) was climbing into the hazardous red zone.
In turn, this was causing rising vapour pressure and the Vapour Recovery Unit(VRU) was climbing into the hazardous red zone.액화한 병에 넣어진 가스에는 증기압 (816.55 kgf/° cm2 @ 21.1 C)의 압력이 있습니다.  The liquefied bottled gas has a pressure of vapor pressure(816.55 kgf/ cm2@ 21.1° C.
The liquefied bottled gas has a pressure of vapor pressure(816.55 kgf/ cm2@ 21.1° C.재산 (궤란되는) 179 -181℃의 감도불량한 냄새 그리고 경미하게 검습기 및 융해점을 가진 무색 결정; 증기압은 사소합니다;  Properties Colorless crystal with a faint odor and slightly hygroscopic and a melting point of 179 -181℃(decomposed);
Properties Colorless crystal with a faint odor and slightly hygroscopic and a melting point of 179 -181℃(decomposed);그것은 뿐만 아니라 냉장계를 침식하고 또한 냉장계를 보다 적게 능률에게 하기 냉장계의 증기압을 바꿉니다.  It not only corrodes the refrigeration system but also changes the vapor pressure of the refrigeration system, making the refrigeration system less efficient.
It not only corrodes the refrigeration system but also changes the vapor pressure of the refrigeration system, making the refrigeration system less efficient.텅스텐은 융점이 높고, 전자 방출 능력이 강하며, 탄성 계수가 높고 증기압이 낮기 때문에 텅스텐 전극이 열전자 방출 재료로 일찍 사용되었습니다.  Tungsten has high melting point, strong electron emission ability, high elastic modulus and low vapor pressure, so tungsten electrode was used as thermal electron emission material early.
Tungsten has high melting point, strong electron emission ability, high elastic modulus and low vapor pressure, so tungsten electrode was used as thermal electron emission material early. 
        
     
 
            
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                            
                
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