Penny Dreadfuls, 1927 · page 9 of 42
Doctoral Thesis Cover Page — page 9: what you’re looking at
What you’re looking at
# Content Analysis This page is **scientific text with accompanying figures and data tables**, not a Victorian penny dreadful. It appears to be from a chemistry or materials science journal article titled "Adsorption of Gases by Metallized Silica Gels." The page contains Figure 3, which displays two graphs showing adsorption isotherms (at 0 degrees Celsius) for palladized and copperized gels with various gases, and Table II presenting specific experimental data on ethylene adsorption by palladized gel at different pressure levels, measuring gas volume admitted and the X/M ratio.
📄 Transcribed text from this page (OCR, searchable)
Machine-transcribed from the original scan — historical spelling and the odd misread are preserved.
ADSORPTION OF GASES BY METALLIZED SILICA GELS a Pes v' as = Ss i. (1) Ke 50 - FE e 25 S ris ay is /0 ha Za i = S&S Ce ee Ler — a) > WNR — 258 <S5 ‘ose Se = laa oO ia — = = pe (qe) aia dui a, ee) [FI <2 Ne als 4. Metha o.Hy drogen 6.carbon monox EA VN Hes IN aa ne (%)-Volume of Gas Adsorbed Lal \ Be La at alte 4 <a ae ae a ce EN 00 700 200 * Pressure inmm mercury Fia. 3 Adsorption Isotherms at 0° 93 as these the data presented in Table III were obtained. These data give the equilibrium values at o°. In addition to measurements at 0°, adsorptions of carbon dioxide, ethylene and sulphur dioxide were made at temperatures ranging from o° up to 218° as indicated previously. Table IV gives the ad- sorption equilibrium values at actual atmospheric pressures at the time of measurement. TABLE II Adsorption of Ethylene by Palladized Gel at 0° Pressure in Volume of gas Free space mm. Mercury admitted from the X/M (cc. at standard helium value conditions) 20, 20 2.80 .85 25 Os 95.20 10270 4.02 6.68 22.5220 2 40 Ga 50 12.90 Aes OO : ea ee LOLs 19.43 749.50 56.68 ZEOO 25.08 (C(O) ail Doo KS GO