The phrase "a durable performance" is correct and usable in written English.
It can be used to describe a performance that is long-lasting or resilient, often in contexts such as product reviews, sports, or artistic performances.
Example: "The new engine design promises a durable performance, ensuring that it can withstand harsh conditions over time."
Alternatives: "a lasting performance" or "a robust performance".
A wider particle size distribution creates a low porosity, improves packing density, decreases water demand in comparison with mixtures with the same amount of total addition using only nSi, provides higher compressive strength and an improved durable performance.
The exploration of novel O/W filters having not only high permeation and rejection but also durable performance is a key driver of membrane material research.
A company needs to have a defensive business that allows for durable performance over the long run.
In this paper, we compare the performance and durability of PSCs employing these two device configurations and conclude that although a planar architecture routinely provides high initial photoconversion efficiency (PCE), particularly high open-circuit voltage (VOC), a scaffold is crucial to achieve long term durable performance of such devices.
The specimens coated with silicate containing 15% TiO2 showed satisfactory degradation efficiency in laboratory accelerated tests up to 2500 h of simulated UV irradiation, similar to at least 2.4 years based on a tropical warm and humid condition, indicating its durable performance.
As a whole, the thin and flexible composite film made with 3D G-CNT-Fe2O3 nanostructures and Poly 3,4-ethylenedioxythiophene) Poly 3,4-ethylenedioxythiophenetrates excellent EMI shielding effectiveness over 130 dB and shows flexible and durable polyormance under repeated bending tests over 1000 times, without a remarkable degradation of the performance.
Modern technology has created durable performance equipment that's low-polluting, organic and recycled.
The dual channel Miniature optical Transmitter (MTx) is developed for the ATLAS Phase-I upgrade requiring durable performance in the Large Hadron Collider environment.
In addition, the foam structure facilitates the ion diffusion and electron transport properties of the electrode materials, leading to high-rate and highly durable performance.
