An attempt was made to redistil the water layer in order to recover small amounts of acrylonitrile, but some volatile material present solidified in the condenser causing a blockage, and owing to the development of pressure the bulk had to be ^ettisoned The water-white crude acrylonitrile was dried
Photosensitive adsorption of water vapour on wool
β Scribed by Bright, Norman F. H. ;Carson, Thomas
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1946
- Weight
- 251 KB
- Volume
- 65
- Category
- Article
- ISSN
- 0368-4075
No coin nor oath required. For personal study only.
β¦ Synopsis
By NORMAN F. H. BRIGHT and THOMAS CARSON 'l'he rwlaorption of aiitcr vnlmiir on wool nt ntnios horie pressure of nir nt 5 to 20% mlntive humidity, Llns h e n shown to % influenced by thc nction of light, tlie cffoct of irrndintion boing to incrense tho moisture cmtent. The ningnitude uf tho chnnp is of the onler of 0.3-O.G% incrcneo on a nioisturc contont of 5% nt 12% relntive huniidity nt 20'. The effect, wllich 111x4 h o n obacrrcd n t both 20' nnd 3 V , is mpid nntl mvomiblc. Tho phenonionon hna not 80 fnr h n observed with II aynthetic rtptnbk, protcin fibrc.
π SIMILAR VOLUMES
## Abstract The recent report by Bright and Carson,^1^ of the reversible action of tight on the adsorption of water vapour by wool is of unusual interest. This type of effect has not been hitherto observed in the many absorbateβabsorbent systems studied.^2^ Commenting on the report, Cssie stated th
## Abstract Lignocellulosic wastes are interesting precursors for carbon products. The high amount of Na observed in kraft lignin makes it a promising precursor for the preparation of activated carbons for desiccant applications. Water adsorption capacity and kinetics of kraft ligninβbased chars an
in cyclohexane and water vapour adsorptions and enthalpies of immersion for a series of progressively oxidized porous carbons have been measured. The adsorption and thermal results are discussed in terms of the pore-filling mechanism of Dubinin and the influence of surface oxides on the water adsorp