Unless you cheat, this game won't grant you any reprieve, no matter if you are level 99.

Once you get the best gear and have the best magic does it become a cakewalk? NOPE.

If you know where to look fo r that is, as deeper explorations depend on the things you find and the weapons/magic/levels you get. This game is at the very least twice as big as the previous one, so if you want to really find everything the game has to offer, be prepared to offer it a good 60+ hours. Also, it takes its control scheme from early FPS' like DOOM so you will need to learn to circle strafe your opponents unless you like dying. They will take getting used to them because there's no analog stick support so you 'aim' by using the shoulder buttons. There's also the issue with the controls. It is touted as one of the inspirations for the Dark Souls series so you know it is HARD. Our results demonstrate that the construction of S-scheme heterojunction is a preferable strategy that can be applied to design the photoanode for highly efficient PEC water splitting.Continuing on the tradition of its predecessor, this game is completely unfair to beginner players, frustration source to the intermediate and hard on the seasoned players. Besides, the same direction between the internal electric field and applied bias can reduce the applied bias voltage. According to the experimental and theoretical calculation results, the internal electric field formed on heterojunction interface can induce a step-scheme charge transfer mechanism, which not only promotes the separation of photogenerated charge but also maintains the strong redox ability of photogenerated charge. The onset potential reduces from 0.97 to 0.82 VRHE. The photocurrent density reaches 3.22 mA/cm2 (1.23 VRHE) without cocatalyst, higher than the photocurrent density yet reported for most BiVO4-based photoanodes.

The proposed S-scheme BiVO4/WO3 photoanode (S-BiVO4/WO3) is inverse to the typical type-Ⅱ WO3/BiVO4 heterojunction photoanode (Ⅱ-WO3/BiVO4), and shows a significantly better PEC performance. Herein, it is first proposed that an S-scheme heterojunction is used as photoanode in the PEC field. However, type-II heterojunctions are disadvantaged by such drawbacks as the reduced redox ability and occurrence of repulsion against photogenerated charge transfer. Type-Ⅱ heterojunction film is widely applied as photoanode for the purpose of photoelectrochemical (PEC) water splitting.

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