The phrase "aim to absorb" is correct and usable in written English.
It can be used when expressing an intention or goal to take in or understand information, experiences, or influences.
Example: "Our goal is to aim to absorb as much knowledge as possible during this training session."
Alternatives: "strive to understand" or "seek to take in".
Because our cultural identity has been well defined for thousands of years we cannot bear a migratory wave of people who have nothing to do with us … who, on the contrary, aim to absorb us".
They use carbon-capture and storage technology similar to the kind that will be deployed at large power plants, but they aim to absorb carbon from dispersed emissions sources, like vehicles and residences, whose mobility or small size makes individual filters impractical or inefficient.
In contrast, an open interferometer has supplementary terminals called base zones with the aim to absorb the electrons scattered at contacts and to forbid multiple encirclements of the ring.
The company said it was aiming to absorb a significant proportion of the raw material cost inflation itself.
They generally use two models representing, respectively, the targeted word (or term) and the "garbage," the latter aiming to "absorb" all nontargeted utterances [16 18].
This paper describes the use of finite element analysis (FEA) for the simulation of the crushing response of glass reinforced plastic (GRP) composite sandwich panels aimed to absorb collision energy.
Its aim is to absorb districts not included in the original pact of July 18th such as the Dooars and the Terai into the GTA.
During these investigations, the aim was to absorb as much contamination as possible in the adhesive to achieve an adequate bonding performance.
These are targets Egypt should be aiming for in order to absorb a reasonable proportion of new entrants into the labor force.
This new solar receiver, developed under the support of the U.S. Department of Energy's SunShot Program, aims to volumetrically absorb concentrated solar irradiation using an air-particle mixture to drive a gas turbine or a combined cycle at much higher temperature than the state-of-the-art molten salt receivers.
