14) k k'=-(A-15) z Similarly m 1 1 zz z2 O ' ( o ) = -f tco(t)exp-k'tdt=-po (A-17) m From Equation ( A-11 ) Npe -d N2pe + 4Npe k't T ( o ) = exp (A-19) 2 N p e -.L/N'pe + 4 N ~e k ' t N P e T ' ( o ) = exP d N z p e + 4 N ~e k'z 2 ( A-20 ) By substituting (A-14), (A-16), and (A-19) into (A-12), ther
Carbon dioxide absorption by turbulent plunging jets of water
โ Scribed by Octavian Smigelschi; George Dan Suciu
- Publisher
- Elsevier Science
- Year
- 1977
- Tongue
- English
- Weight
- 951 KB
- Volume
- 32
- Category
- Article
- ISSN
- 0009-2509
No coin nor oath required. For personal study only.
โฆ Synopsis
The absorption process as talung place m a plungmg Jet system IS mvestigated Startmg from the assumption that the site of the mam mass transfer process 1s the submerged blphaslc Jet, a physrcal model is developed and a mass transfer equation IS estabhshed In the second section of the paper, a cntenal correlation eqn (35)
๐ SIMILAR VOLUMES
water jets of diierent lengths were exposed to a pure NOs/NsO, mixture at pressures between 0 06 and 0.3 atm. The amounts of HNO, and HNOs found by chemical analysis in the liquid leaving this absorption system were interpreted in terms of the absorption of NsO, and its subsequent reaction. The mann
## Abstract The process of absorption of pure carbon dioxide by individual drops of water has been studied. It has been shown that, contrary to the assumption of previous workers, the rate of gas absorption of a drop during the period of formation may be very high, especially when the time of forma