The phrase "an increased angle" is correct and usable in written English.
It can be used in contexts related to geometry, physics, or any situation where angles are being discussed, indicating that the angle has become larger.
Example: "To achieve better performance, we need to adjust the mechanism to create an increased angle between the two components."
Alternatives: "a larger angle" or "an augmented angle".
The increase of L1 S1 lordosis is neither linked with an increased angle at the prosthesis level, nor with an increased ROM at the prosthesis level.
In clubfoot, a tight heel cord restricts calcaneal movement during dorsiflexion, thus resulting in an increased angle.
IOP reduction after clear corneal phacoemulsification is considered to be a consequence of increased outflow of aqueous humor due to an increased angle width and tensioning of the trabecular meshwork.
The lateral tibiocalcaneal angle is influenced by the relationship between the tibia and the calcaneus (de Gheldere and Docquier 2008), and an increased angle indicates severe contracture of the soft tissue around the posterior ankle joint, including the Achilles tendon, posterior capsule of the ankle joint, tibialis posterior, peroneal tendon sheath, and other soft tissues.
An increased angle of the flow channel improved the capability of bubbles to escape from the surface of the catalyst, which, when appropriately designed, increased the efficiency by 13.4%.
An increased angle corresponds to vertical tilting of the sacrum, which biomechanically produces an increased load on the anterior column and accelerates the degenerative processes of the L5 S1 disc.
The hydrophobic properties of polymer films were greatly enhanced after CF4-PSII treatment as evidenced by an increased contact angle and an decreased surface energy.
We have previously highlighted that a decrease in kneedrop distance and timing, as found in the present study when lvf was occluded at penultimate step contact, results in an increased foot angle relative to the floor, so that landing occurs more 'on the toes' [10].
Our hypothesis is that the increased angle between the petioles and the stem is caused by a delayed or incomplete fibre development relative to leaf expansion.
The increased angle and decreased length were statistically significant starting at the 10th internode from the apex (where the first internode is the first leaf longer than 1 cm) (p < 0.05).
Thus the compliant surface allows the required (greater) take-off speed to be achieved despite the increased angle, presumably due to the impulse provided by the springboard as it returns stored energy during the final stages of the take-off.
