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A simplified method called the "inverse approach" (IA) has been developed for sheet forming modeling.
A simplified method called "inverse approach" (IA) has been developed for sheet forming modeling.
A simplified finite element method called inverse approach (IA) has been developed for sheet forming analysis with the consideration of the drawbead restraining forces.
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To date, no practical cryopreservation method has been developed for cell sheets that have been generated in temperature-responsive culture dishes.
So, various forms of PGA-based materials have been developed for bio-applications, including sheet, cross-linked hydrogel, and nanoparticle except injectable hydrogel type.
In order to overcome the limitations of the existing electromagnetic forming systems for deep drawing, a dual-coil system has been developed for deep drawing of sheet metal with large drawing ratio.
Electrochemically cathodic exfoliation in room temperature ionic liquids N-butyl, methylpyrrolidinium bis trifluoromethylsulfonyl -imide (bis trifluoromethylsulfonyl -imidew-layer graphene sheets, demonstrating low levels of oxygen (2.7 at% of O) with a nearly perfect structure (ID/IG < 0.05).
Although a lot of methods have been developed for the preparation of graphene sheets, the most suitable and efficient approach was the solution-based chemical reduction of exfoliated graphite oxide to reduced graphene oxide (rGO) because of its low cost and facile synthetic nature in a controlled, scalable, and reproducible manner[16, 17].
A novel process flow sheet has been developed for the application of catalytic distillation technology to the production of isopropyl alcohol (IPA) by hydration of propylene.
Electrochemically anodic exfoliation of graphite has been developed for nitrogen-doped few-layer graphene sheets (N-FLGS), demonstrating high N-doping levels of 6.05 atom%.
In addition, 4 new semi-structured reflection sheets have been developed for visits with dieticians (Table 3).
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