RESTART THE COMPUTER once the package setup is complete.ġ - Double-click the installation file (2019_TTRS_1.exe) to proceed with the installation.Ģ - Follow the instructions displayed onscreen.ģ- When done, select Start/All Apps/Thrustmaster/FFB Racing Wheel/Control Panel. DO NOT CLICK in any Windows-specific panes that may appear during the update process. DO NOT CONNECT the racing wheel to your PC before being prompted to do so. IT WILL THEN BE NECESSARY TO RUN IT AGAIN TO PROCEED TO THE INSTALLATION OF THE NEW VERSION IF A DRIVER PACKAGE FOR YOUR PRODUCT IS ALREADY INSTALLED ON THE COMPUTER, RUNNING THE PACKAGE INSTALLATION ONCE WILL ACTUALLY UNINSTALL THE PREVIOUS VERSION. Formula Wheel Add-On Ferrari SF1000 Edition: V5.51 BT LED Display: V1.17 (Main) - 1.18 (Bluetooth) T-GT Racing Wheel: V10 (for the base) and V32 (for the rim) Your wheel's Firmware version appears in the top right in the Control Panel's tabs: Fixed an issue with the T-LCM pedal set (when connected to the T248 base) Fixed an issue with the T3PM pedal set (when connected to the T248 base) Fixed an issue with the 2 magnetic paddle shifters (Up and Down) Added some features with the MODE BUTTON (AUTO in ROT°) Added new firmware for the T248 Racing Wheel: Added support for the T248 Racing Wheel Fixed an issue in Thrustmaster Firmware Updater software Fixed an issue (for all Thrustmaster Racing Wheels) with some PC Games (WRC 10 - Euro Truck Simulator 2 - American Truck Simulator - and some others) The concept is highly generic, and a number of high-performance gas separations are possible in this way.Thrustmaster T150 PRO Force Feedback Racing Wheel Driver/Firmware 2021.TTRS.3 - Description Changes: "This two-dimensional nature of the membrane drastically increases the CO 2 permeance, making membranes even more attractive for carbon capture. "Functionalizing CO 2-selective polymeric chains on nanoporous graphene allows us to fabricate nanometer-thick yet CO 2-selective membranes," says Agrawal. The GPUs shot up to 11,790 when the scientists combined optimized graphene porosity, pore size, and functional groups (the chemical groups that actually react with CO 2), while other membranes they made showed separation factors up to 57.2. The membranes that the EPFL scientists developed show six-fold higher CO 2 permeance at 6,180 GPUs with a separation factor of 22.5. The membranes are based on single-layer graphene with a selective layer thinner than 20 nm, and have highly tunable chemistry, meaning that they can pave the way for next-generation high-performance membranes for several critical separations.Ĭurrent membranes are required to exceed 1000 gas permeation units (GPUs), and have a CO 2/N2 separation factor above 20-this is a measure of their carbon-capturing specificity. Scientists led by Kumar Varoon Agrawal at EPFL Valais Wallis have now developed a new class of high-performance membranes that exceeds post-combustion capture targets by a significant margin. They are now considered as one of the most energy-efficient routes for reducing CO 2 emissions. These membranes are environmentally friendly, they don't generate waste, they can intensify chemical processes, and can be used in a decentralized fashion. Carbon capture can be done using high-performance membranes, which are polymer filters that can specifically pick out CO 2 from a mix of gases, such as those emitted from a factory's flue.
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