前者为：可逆过程， 后者为：不可逆过程
1 Reversible&Irreversible Processes ReversibleProcess Aprocessthat,oncehavingtakenplace,can bereversedandindoingsoleavesno changeineitherthesystemorthe surroundings Networkandnetheattransfermustbezero Areversibleprocessisanidealthatwenever achieve–allprocessesareirreversible 2 Whydowestudyreversible processes? They...
Learn about the reversible and irreversible process, the factors on which the irreversibility of an equation depends and the ideal case of reversibility. Explore more on topic at BYJU'S.
Arlt, "Reversible vs. Irreversible Conversion of Hydrogen: How to Store Energy Efficiently?," Energy Technology, no. 1, pp. 42-47, 2013. DOI:10.1002/ente.201200022.Müller, K.; Geng, J.; Arlt, W. Reversible vs. Irreversible Conversion of Hydrogen: How to Store Energy Efficiently?
Reversible process: A reversible process is a process, involving the system and its environment, in which its direction can be reversed by endless changes in other environments, such as pressure or temperature. Irreversible process: This concept often arises in thermodynamics. ...
The reversible and irreversible contributions to the magnetization are evidenced through the minor loop parameter such as pseudo hysteresis loss (WF*) and energy loss coefficient (WF). In particular, the energy loss coefficient is found to decrease from 28 × 10 (A/m. mT) at 50 W to 21 x...
The detection of small nanoparticles in high ionic strength media evidence the clustering to be a reversible process. As a result it is concluded that agglomeration rather than irreversible aggregation takes place. This observation is of general importance for all colloids as it provides a feasible ...
The cost-benefit trade-off of reversible vs. irreversible programming is ultimately context-dependent. 5.2. How to control reversible programs? Reversible flowcharts are a useful model of imperative reversible languages because they naturally represent the programs' control flow and structure. Reversible ...
Inspired by the process of tattooing on human skin, a method for engraving non‐permanent or permanent messages on plastics is developed. A self‐healing polymer containing dynamic disulfide bonds is employed as substrate for encryption of written messages. The polymer is engraved with a dye ...
(3HB-co-4HB) with increased 4HB molar fraction from 30 to 89% when maintaining the culture temperature at 30, 31, and 32 °C in a 7-L bioreactor throughout the 32-h fermentation bioprocess (Supplementary Fig.20). In contrast to the PHB-b-P4HB fermentation process, the synergetic ...