The phrase "architecture is responsible for" is correct and usable in written English.
You can use it when discussing the role or impact of architecture in a specific context, such as design, functionality, or aesthetics.
Example: "In urban planning, architecture is responsible for shaping the environment and influencing the quality of life for residents."
Alternatives: "architecture plays a role in" or "architecture contributes to".
The two-layer porous architecture is responsible for the enhancement of electrochemical properties.
The porous architecture is responsible for the enhancement of the electrochemical properties, and it increases electrochemical reaction area, shortens ions diffusion paths and relaxes volume change caused by the electrochemical reactions.
This architecture is responsible for the enhancement of the photocatalytic activity, which reached a maximum hydrogen production rate of 11.61 mmol H2 g−1 h−1 for the TiO2 aerogel with a cocatalyst content of 0.4 wt% Pt.
Each processing component in the architecture is responsible for a single use case, such as those previously mentioned.
First, McRAIT architecture is responsible for optimally managing the processing memory and the limited energy which it collects from the incoming communications.
In securing the wireless ad hoc networks, Hoeper and Gong [24] listed the various schemes based on the TTP or CA. In all these schemes, the centralized architecture is responsible for countering identity attacks in 802.11-based ad hoc networks.
Some nodes of these networks, thanks to their peculiar location in the network architecture, are responsible for the sensitivity aspects, while the large degree of interconnection is at the basis of the resilience properties of the system.
We suggest that, the good electronic conductivity owing to the core-shell structure and the facilitated mass transport supplied by the array architecture are responsible for the enhanced rate performances in the two devices.
As muscle differentiation and maturation appear normal in these mice, we have proposed that defects in maintenance of muscle cell architecture are responsible for the internalization of nuclei and other organelles.
To see if changes in the left ventricular architecture are responsible for the healing defects, animals underwent echocardiography at day 3 after permanent coronary artery ligation, a time point before left ventricular rupture takes place.
Although suggestive, these data do not actually show that the patterns of incoming and outgoing connectivity in the static architecture are responsible for the similar patterns in the abundance of the mRNAs.
