"But you have shown me the potential of your approach. After he is defeated in battle, he allows access to Ghetsis's chamber, wanting to see if the player can stop him. Later on, during the battle against the new Team Plasma on the Plasma Frigate while at the Giant Chasm, Colress is seen in a chamber, where he reveals that he joined Team Plasma to pursue and research the true strength of Pokémon. "If it means the strength must be brought out by the interactions between Pokémon and Trainers, then so be it! If it means you have to use a merciless approach, like Team Plasma's, and force out all of the Pokémon's power, then so be it! And yes, if the entire world is destroyed as a result, then so be it." What I desire is to bring out the entirety in Pokémon potential! If I can accomplish that, I don't care what it takes!" "Welcome! I was asked by an acquaintance to help with his research. Like usual, he talks to the player mostly about Team Plasma, as well as handing the player a machine required to get past the Crustle blocking the way inside Seaside Cave. Colress is once again seen as a participant in the Pokémon World Tournament, matched against the player in the final round of the tournament. Colress uses his machine to drive the Crustle away and challenges the player to a battle. The player re-encounters Colress on Route 4, where several Crustle block the path. He is met again at Castelia City, where he tells the player that he disagrees with the old Team Plasma's goals to liberate Pokémon from humans. Conversely, it should be humans who bring out the hidden potential in Pokémon!"Ĭolress is first encountered in Castelia Sewers. "Team Plasma said we should recognize the potential in Pokémon and liberate them from humans. The way you brought out the power of your Pokémon against an opponent like Team Plasma… Astounding. This implies that innovations in textile technology are still needed to substitute PFASs in some types of occupational protective clothing and other end uses where oil and stain repellency is essential."You there! That was an excellent demonstration of battling. in the case of medical clothing, to bodily fluids and protect the wearer from the transmission of diseases), current non-fluorinated DWRs do not provide sufficient liquid repellency. medical clothing) often must provide protection against liquid of a wider range of polarities ( e.g. Since occupational protective clothing ( e.g. Only fluorinated side-chain polymers with 'short' fluorinated carbon chains ≤6 carbons were seen to provide sufficient protection to polar liquids with very low surface tension (olive oil or gastric fluid). For polar liquids, with lower surface tensions, the repellency provided by non-fluorinated alternatives was clearly reduced, although they had a moderate repellency towards liquids with intermediate polarity (e.g. These results are supported by a survey of end-use requirements indicating water repellency and durability were the most important purchasing criteria. The best non-fluorinated alternatives demonstrated high water repellency equal to fluorinated side-chain polymers with 'short' fluorinated carbon chains ≤6 carbons, and should be considered as suitable substitutes for consumer outdoor clothing. This improved method allowed an enhanced mechanistic understanding of the droplets’ roll-off processes on woven textiles. Repellency towards water and non-polar liquids was evaluated with established standard test methods and by measuring the roll-off angle of liquid droplets with a novel sample holder setup. Recently developed non-fluorinated durable water repellents, some based on green chemistry principles, were evaluated in an in-depth assessment for their functionality against fluorinated short-chain alternatives (with hydro-and oleophobic moieties of carbon chain length of six or less). This paper aims to inform the potential substitution of fluorochemicals with more environmentally friendly durable water repellents, taking a case-by-case approach and evaluating protection needs for consumer outdoor clothing and medical protective clothing separately. Ongoing regulation of, and concerns regarding, per- and polyfluoroalkyl substances (also popularly known as “highly fluorinated chemicals”), has driven the textile market to search for sustainable alternative chemistries that can provide similar liquid repellency to per- and polyfluoroalkyl substances in performance textiles.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |