The phrase "adhesive fields" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or any field discussing properties of adhesives or bonding surfaces.
Example: "The adhesive fields in this experiment demonstrate how different materials interact under stress."
Alternatives: "bonding areas" or "adhesion zones".
For an assessment of the accuracy, the calculated adhesive stress fields are compared to numerical results obtained by Finite Element Analyses.
We developed highly adhesive uniform field emitters (FEs) from carbon nanotube (CNT) pastes by reacting nanometer-scale silicon carbide (SiC) fillers on a Kovar substrate at a high temperature in vacuum.
This difference between F y and F z could be due to the adhesive force field that exists between the roller and the Cu film, which results in an increased stick slip behavior.
One-dimensional (1D) silver nanowires (Ag-NWs) are among the most important nanomaterials due to their potential applications in photoluminescence [1], photonic crystals [2], surface-enhanced Raman scattering [3], isotropic conductive adhesives [4], field emission devices [5], high-density magnetic recording devices [6], and sensors [7].
The article concludes with a discussion of remaining modeling challenges in development of discrete-element methods for adhesive particulate flow fields.
There are numerous publications concerning good results of use of fibrin tissue adhesive in all fields of surgery, but many reports are uncontrolled studies and some trials show no benefits but harmful effects [11].
The vacuum-assisted closure kit used in this study consisted of chlorhexidine sponges (which are usually used for antisepsis of the surgical team), a 16F nasogastric tube, and two sterile adhesive films (OPSITE) for surgical field reinforcement.
For the adhesive, the displacement field is expressed in terms of those of laminates by using the shear-lag model.
Residues and by-products from plants, animals, and microorganisms are a valuable stock material to be used in a wide range of sectors, including bioenergy, fertilizers, food, feed, biomaterials (textiles, adhesives), or other fields.
Electric fields alter adhesive forces between materials.
Research efforts in the field of adhesive bonding have firstly concentrated on the evaluation of the performance of single joints.
