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11 mag 2021 · Nel 1976 esce un mockumentary dal titolo Impressiones de Mongolia Superior. Il film è diretto da José Montes-Baquer ma è Dalì il suo artefice principale, sia scenicamente che spiritualmente. Si tratta di un viaggio immaginario verso l’alta Mongolia alla ricerca di un enorme e particolare fungo allucinogeno.
Nell'ultimo giorno di scuola il professor Andy Campbell sta cercando di destreggiarsi tra gli scherzi degli studenti, la disastrosa amministrazione e gli immancabili tagli al bilancio, quando si imbatte nel temuto collega Ron Strickland che lo sfida ad un duello da tenersi dopo le lezioni. Scuole secondarie - Superiori.
Sundance 2021 - Film #21. This hurts to type as it was one of the most anticipated films of the festival for myself, but unfortunately, Superior didn’t work for me. Despite an opening and ending that play like a giallo spin on Twin Peaks, the rest of the film feels empty and with little purpose
5 ott 2023 · ”All I ever wanted to do was make a film that people wanted to see and it I feel so blessed that people really enjoyed and during the screening they laugh, they gasp, they applaud, it’s just a really fun experience,” he said. For more information about ‘Below 40′ and the Duluth Superior Film Festival, you can visit their website here.
10 feb 2024 · Among all samples of the BXM Janus film, the through-plane TC and through-plane TD of the BXM-50 Janus film are the highest, reaching 0.72 W m −1 K −1 and 0.67 mm 2 s −1, respectively. For the BXM-50 Janus film, its in-plane TC is substantially higher than its through-plane TC, and the TC anisotropy value of the BXM-50 Janus film is 11.74.
14 set 2021 · The ANF/chitosan/Al2O3 composite film exhibits an ultrahigh electric breakdown strength of 320.1 kV/mm at 15 wt % Al2O3 loading, which is 50.6% higher than that of the neat ANF film. Meanwhile, a large elongation at break of 17.22% is achieved for the composite film, integrated with high tensile strength (~233 MPa), low dielectric loss (<0.02), and remarkable thermal stability.
Herein, chemically–physically double cross-linked and stretching orientation strategies were combined to construct a highly ordered cellulose nanofiber network and edge-hydroxylated boron nitride nanosheets (BNNS–OH) structure for fabricating robust cellulose/BNNS–OH composite film with superior thermal conductivity.
