continuous reactors造句

例句与造句

1. Continuous reactors are used for a wide variety of pharmaceutical industries.
2. Reactors can be divided into two broad categories, batch reactors and continuous reactors.
3. Conditions within a continuous reactor change as the product passes along the flow channel.
4. Continuous reactors are generally smaller than batch reactors and handle the product as a flowing stream.
5. Some continuous reactors use mechanical agitation for mixing ( rather than the product transfer pump ).
6. It's difficult to find continuous reactors in a sentence. 用continuous reactors造句挺难的
7. Continuous reactors may be designed as pipes with or without baffles or a series of interconnected stages.
8. A survey of the continuous reactor market will throw up a daunting variety of shapes and types of machine.
9. Continuous reactors are typically tube like and manufactured from non-reactive materials such as stainless steel, glass and polymers.
10. When classifying continuous reactors, it can be more helpful to look at these design features rather than the whole system.
11. In terms of trajectory through the reactor, the ideal flow condition for a continuous reactor is plug flow ( since this delivers uniform residence time within the reactor ).
12. For the following abstract example and the amounts depicted on the right, the following calculation can be performed with the above definitions, either in batch or a continuous reactor.
13. For batch and continuous reactors ( semi-batch needs to be checked more carefully ) and the definitions marked as the ones generally found in the literature, the three concepts can be combined:
14. It is applicable in the areas of free radical and controlled radical homo-and copolymerization, polyelectrolyte synthesis, heterogeneous phase reactions, including emulsion polymerization, adaptation to batch and continuous reactors, and modifications of polymers.
15. There are 100 mol of A at the beginning or at the entry to the continuous reactor and 10 mol A, 72 mol B and 18 mol C at the end of the reaction or the exit of the continuous reactor.
16. There are 100 mol of A at the beginning or at the entry to the continuous reactor and 10 mol A, 72 mol B and 18 mol C at the end of the reaction or the exit of the continuous reactor.