"robust flexibility" is a grammatically correct phrase that can be used in written English.
It means the ability to adapt or change effectively and resiliently. It can be used in various contexts, such as describing a person's character, a company's strategy, or a product's design. Example: "The success of the company's expansion can be attributed to its robust flexibility in responding to changing market demands." In this example, "robust flexibility" is used to describe the company's ability to adapt to changes in the market, indicating that they are able to adjust and thrive in different circumstances.
In addition, the ASC device demonstrates highly stable cyclic performance with outstanding and robust flexibility.
In addition, the CoMoO4/MnO2//AC asymmetric supercapacitor device demonstrates highly stable cyclic performance with outstanding and robust flexibility.
The robust flexibility of prealloyed steel PM powders containing molybdenum to provide answers for demanding customers has been restated through work carried out by a Hoeganaes team….
Corresponding additive-free self-anchoring behavior of active sodium vanadates material on graphene surface is representatively investigated, architecturing unique dendritic structure, a first-of-this-kind configuration, with robust flexibility and sufficient capability of structure-preservation.
Neural networks exhibit robust flexibility in the face of the challenges posed by the real world.
Imperial Aramaic was highly standardized; its orthography was based more on historical roots than any spoken dialect, and the inevitable influence of Persian gave the language a new clarity and robust flexibility.
In addition, our parallel research showed that polyampholyte hydrogel electrolyte maintains mechanical flexibility at very low temperature by slush-like ice formation21; thus we envision making robust, flexible, and eco-friendly aqueous energy storage devices suitable for cold climates.
Currently, the design of novel three-dimensional (3D) graphene structures with high energy capability, superior electron and ion conductivity, and robust mechanical flexibility is still a great challenge.
The development of flexible electronics requires the power sources with matchable flexibility, robust mechanic property, as well as high power and energy density that would maintain the durability of flexible electronics during use.
"And then further out," Mr. Moers said, "you look for the airlines with robust operations, the flexibility to adjust and the ones that are best capitalized".
Important issues in the design and realization of the beamline are the high heat load, robust system design, flexibility of operation and user-friendliness.
