my weekend reading will be these two very interesting/good papers on the historical account of the BET method and multicomponent gas adsorption measurement:
https://t.co/N6JiYL8SKS
https://t.co/yr475MO5o7
Excellent advice. There really is no excuse for writing less than 120 articles per year!
Follow this plan, with judicious use of self-citation, & a h-index >100 should be easy to achieve in only a few years...
@darren_broom@thirdreviewer I came across this a few years ago while looking for the oldest work on adsorption! I certainly haven't seen anything older.
@darren_broom@TasosGotzias@DWSiderius@jackevansADL I thought the same, but it look like the DDB was last updated last April! I'm curious what's in the binary data set now, 20+ years after the paper was published.
@AndreBardow @darren_broom@DWSiderius@jackevansADL Hi André, thanks for linking the DDBST! In compiling our BISON-20 data set, we ran a keyword search and checked citing & cited papers in open literature from articles that hit those keywords. We could have missed DDBST since the paper wasn't highly cited.
@Nima_Ronaghi + @DannyShade7 's new work, “ Modulation and Tuning of UiO-66 for Lewis Acid Catalyzed Carbohydrate Conversion: Conv of Unprotected Aldose Sugars to Polyhydroxyalkyl and C-Glycosyl Furans", was recently published in @ACSSustainable! https://t.co/beP8JdmpwG
Announcing the next #IASWebinar by @DannyShade7 and @knpai3, winners of the #IASTwitterPoster contest held in Dec 2020. The event was organized by the student committee of @IntAdsSoc.
Jul 20, 10.00 am New York
Youtube Livestream: https://t.co/LvV2vr2MiL
@DavidDanaci@IntAdsSoc We imagined the same! This might be due to structural changes upon pelletization in UiO-66-NH2. We also saw lowered BET area for this sample. We had to pelletize samples for volumetric mixture adsorption msmts and so used pelletized samples for all msmts.
@DavidDanaci@IntAdsSoc Hi David, good catch regarding polarizability- this figure should appear as the attached. Qst values were relatively unchanged when calculated using any pair of isotherms we measured at 15, 25, or 35 C- does this answer your question?
@Juliana_Coelho_@IntAdsSoc Thanks Juliana! We used isotherms at two temperatures (15 C and 35 C) with the Clausius-Clapeyron eqn for the Qst values in these figures. Results are similar using pairs of isotherms at 15 & 25 C or 25 & 35 C.